India’s State-Level Energy Efficiency Implementation Readiness Prepared for the World Bank Energy and Extractives Global Practice, South Asia Region Prepared by: Ashok Sarkar and Neha Mukhi of the World Bank, Padu S. Padmanaban, Senior Advisor, and team from PwC comprising of Amit Kumar, Kulbhushan Kumar, Manoj Bansal, Shyamasis Das, Shuboday Ganta and Anurag Verma 2016 1 Contents Acknowledgments ..................................................................................................................... 6 Acronyms and Abbreviations .................................................................................................... 7 Executive Summary .................................................................................................................. 9 Rationale and Objectives ................................................................................................................................... 9 Methodology ...................................................................................................................................................... 9 Readiness Assessment ......................................................................................................................................12 Policy and Incentives .................................................................................................................................12 Market Maturity ......................................................................................................................................... 15 Institutional Capacity ................................................................................................................................ 17 Recommended Action Points ...........................................................................................................................19 1. Economic and Energy Use Paradigms of Indian States: Need for Local Approach towards Energy Efficiency .................................................................................................................... 22 2. India’s Energy Efficiency Governance Framework and the States’ Roles ............................ 24 Energy Conservation Act, 2001....................................................................................................................... 24 The Electricity Act, 2003 ................................................................................................................................. 25 National Action Plan on Climate Change ....................................................................................................... 25 Other National Energy Efficiency Programs .................................................................................................. 26 3. Assessment: Objectives and Methodology ........................................................................... 28 Rationale .......................................................................................................................................................... 28 Objectives ......................................................................................................................................................... 28 Literature Review ............................................................................................................................................ 28 Methodology .................................................................................................................................................... 29 Caveats ............................................................................................................................................................. 34 4. Readiness Assessment of States .......................................................................................... 36 Sector-Specific Action Plan for Scaling Up Energy Efficiency Efforts .......................................................... 36 Significance of the Readiness Factor ....................................................................................................... 36 Outcome of Index-Based Evaluation ....................................................................................................... 37 Mandates for Utilities to Invest in Energy Efficiency .................................................................................... 37 Significance of the Readiness Factor ....................................................................................................... 37 Outcome of Index-Based Evaluation ....................................................................................................... 38 Mandates for Public Institutions to Invest in Energy Efficiency ...................................................................41 Significance of the Readiness Factor ........................................................................................................41 Outcome of Index-Based Evaluation ........................................................................................................41 Incentives for MSMEs to Invest in Energy Efficiency ................................................................................... 42 Significance of the Readiness Factor ....................................................................................................... 42 Outcome of Index-Based Evaluation ....................................................................................................... 42 Incentives for Large-Scale Users to Invest in Energy Efficiency .................................................................. 43 Significance of the Readiness Factor ....................................................................................................... 43 Outcome of Index-Based Evaluation ....................................................................................................... 43 Implementation of ECBCs ............................................................................................................................... 44 2 Significance of the Readiness Factor ....................................................................................................... 44 Outcome of Index-Based Evaluation ....................................................................................................... 45 Information or Tools Available to Consumers on Electricity Usage ............................................................. 45 Significance of the Readiness Factor ....................................................................................................... 45 Outcome of Index-Based Evaluation ....................................................................................................... 46 Energy Efficiency Potential and Implementation Experience ...................................................................... 46 Significance of the Readiness Factor ....................................................................................................... 46 Outcome of Index-Based Evaluation ....................................................................................................... 48 Financing Mechanisms Available for Energy Efficiency Investments........................................................... 51 Significance of the Readiness Factor ........................................................................................................ 51 Outcome of Index-Based Evaluation ........................................................................................................ 51 Institutional Framework and Capacity ........................................................................................................... 52 Significance of the Readiness Factor ....................................................................................................... 52 Outcome of Index-Based Evaluation ....................................................................................................... 52 Monitoring and Evaluation Systems .............................................................................................................. 54 Significance of the Readiness Factor ....................................................................................................... 54 Outcome of the Index-Based Evaluation ................................................................................................. 54 Overall Outcome of Index-Based Evaluation ................................................................................................. 56 5. Snapshot and Insights ......................................................................................................... 61 Sector-Specific Action Plan for Scaling Up Energy Efficiency Efforts .......................................................... 62 Mandates for Utilities to Invest in Energy Efficiency .................................................................................... 64 Mandates for Public Institutions to Invest in Energy Efficiency .................................................................. 66 Incentives for MSMEs to Invest in Energy Efficiency ................................................................................... 68 Incentives for Large-Scale Users to Invest in Energy Efficiency ................................................................... 71 Implementation of ECBCs ............................................................................................................................... 73 Information or Tools Available to Consumers on Electricity Usage ............................................................. 75 Energy Efficiency Potential and Implementation Experience .......................................................................77 Financing Mechanisms Available for Energy Efficiency Activities ............................................................... 79 Institutional Framework and Capacity ........................................................................................................... 81 Monitoring and Evaluation ............................................................................................................................. 83 Policy and Incentives ....................................................................................................................................... 85 Market Maturity............................................................................................................................................... 86 Institutional Capacity ...................................................................................................................................... 87 Overall Energy Efficiency Implementation Readiness .................................................................................. 88 6. Recommendations for States to Scale Up Energy Efficiency from the Current Scenario .... 89 Sector-Specific Action Plan for Scaling Up Energy Efficiency Efforts .......................................................... 89 Mandates for Utilities to Invest in Energy Efficiency .................................................................................... 89 Mandates for Public Institutions to Invest in Energy Efficiency .................................................................. 90 Incentives for MSMEs to Invest in Energy Efficiency ....................................................................................91 Incentives for Large-Scale Users to Invest in Energy Efficiency ...................................................................91 Implementation of ECBCs ................................................................................................................................91 Information or Tools Available to Consumers on Electricity Usage ............................................................. 92 Energy Efficiency Potential and Implementation Experience ...................................................................... 93 3 Financing Mechanisms Available for Energy Efficiency Investments.......................................................... 93 Institutional Framework and Capacity ........................................................................................................... 94 Monitoring and Evaluation Systems .............................................................................................................. 94 Appendix A: Selection Approach for Evidence Indicators ...................................................... 95 Appendix B: The States’ Readiness Scores ............................................................................. 114 Box Box: Role of the State Governments under the EC Act, 2001 .................................................................................. 24 Figures Figure 1: Percentage Scores of the States for Their Performance in “Policy and Incentives” ................................. 14 Figure 2: Percentage Scores of the States for Their Performance in “Market Maturity” ........................................ 16 Figure 3: Percentage Scores of the States for Their Performance in “Institutional Capacity” ................................ 18 Figure 4: Highest Sectoral Share in Electricity Consumption, 2013 –14 ................................................................. 23 Figure 5: Highest Sectoral Share in GSDP, 2013 –14 ................................................................................................ 23 Figure 6: State-Wise per Capita Electricity Consumption ....................................................................................... 23 Figure 7: State-Wise Energy Intensity for Electricity ............................................................................................... 23 Figure 8: Status of DSM Regulations in the States, as of April 2016 ...................................................................... 39 Figure 9: Status of UJALA Distribution Scheme in the States, as of May 6, 2016 ................................................. 48 Figure 10: Status of Load Research Study across the States, as of April 2016 .........................................................55 Figure 11: Percentage Scores of the States for Their Performance in “Sector -Specific Action Plan for Scaling Up Energy Efficiency Efforts” .......................................................................................................................................... 62 Figure 12: Number of States Having a Sector-Specific Action Plan ........................................................................ 63 Figure 13: Percentage Scores of the States for Their Performance in “ Mandates for Utilities to Invest in Energy Efficiency” ................................................................................................................................................................... 64 Figure 14: Number of States Where Utilities Have Specific Energy Efficiency Obligation .................................... 65 Figure 15: Percentage Scores of the States for Their Performance in “Mandates for Public Institutions to Invest in Energy Efficiency” .................................................................................................................................................. 66 Figure 16: Number of States Where Public Institutions Have Specific Energy Efficiency Mandate ..................... 67 Figure 17: Percentage Scores of the States for Their Performance in “Incentives for MSMEs to Invest in Energy Efficiency” ................................................................................................................................................................... 68 Figure 18: Number of States Providing Incentives to MSMEs ................................................................................ 70 Figure 19: Percentage Scores of the States for Their Performance in “ Incentives for Large-Scale Users to Invest in Energy Efficiency” ................................................................................................................................................... 71 Figure 20: Number of States Giving Incentives to Large-Scale Energy Users.........................................................72 Figure 21: Percentage Scores of the States for Their Performance in “ Implementation of ECBCs”.......................73 Figure 22: Number of States Implementing Building Energy Codes ...................................................................... 74 Figure 23: Percentage Scores of the States for Their Performance in “ Information or Tools Available to Consumers on Electricity Usage” ...............................................................................................................................75 Figure 24: Number of States Providing Quality Information or Tools to Consumers ........................................... 76 Figure 25: Percentage Scores of the States for Their Performance in “ Energy Efficiency Potential and Implementation Experience” ...................................................................................................................................... 77 Figure 26: Number of States Implementing Energy Efficiency Programs .............................................................. 78 Figure 27: Percentage Scores of the States for Their Performance in “ Financing Mechanisms Available for Energy Efficiency Activities” ...................................................................................................................................... 79 Figure 28: Number of States Where Specific Financing Mechanisms Are Available ............................................. 80 Figure 29: Percentage Scores of the States for Th eir Performance in “Institutional Framework and Capacity” .. 81 Figure 30: Number of States Having Dedicated Institutions for Energy Efficiency Policies, Regulation, and Implementation .......................................................................................................................................................... 82 Figure 31: Percentage Scores of the States for Their Performance in “Monitoring and Evaluation” .................... 83 Figure 32: Number of States Taking Measures for Energy Efficiency Enforcement or Implementation ............. 84 Figure 33: Percentage Scores of the States for Their Performance in “Policy and Incentives” ............................. 85 Figure 34: Percentage Scores of the States for Their Performance in “Market Maturity” ..................................... 86 Figure 35: Percentage Scores of the States for Their Performance in “Institutional Capacity” ............................. 87 Figure 36: Percentage Scores of the States for their Overall Energy Efficiency Implementation Readiness ....... 88 4 Tables Table 1: Readiness Factors Chosen for Establishing the “Energy Efficiency Implementation Readiness Index” .10 Table 2: List of Evidence Indicators Evaluated for Establishing the Energy Efficiency Implementation Readiness Index...........................................................................................................................................................10 Table 3: Key Action Points for the States to Improve Their Readiness for Scaling Up Energy Efficiency Activities ...................................................................................................................................................................................... 19 Table 4: Required Involvement of Key Stakeholders in Implementing the BEE Programs in the States ..............27 Table 5: Readiness Factors Chosen for Establishing the “Energy Efficiency Implementation Readiness Index” 30 Table 6: Evidence Indicators Applied under the Three Broad Categories and Eleven Factors ............................. 30 Table 7: Evidence Indicators for Evaluating the Readiness Index Factor, “Mandates for Utilities to Invest in Energy Efficiency” .......................................................................................................................................................37 Table 8: Specified Threshold Star Ratings for Select Appliances for Public Procurement ..................................... 41 Table 9: Evidence Indicators for Evaluating the Readiness Factor, “Mandates for Public Institutions to Invest in Energy Efficiency” ....................................................................................................................................................... 41 Table 10: Evidence Indicators for Assessing the Readiness Factor, “Implementation of ECBCs” ........................ 44 Table 11: Evidence Indicators for Evaluating the Readiness Factor, “Information or Tools Available to Consumers on Electricity Usage” .............................................................................................................................. 45 Table 12: Evidence Indicators for Assessing the Readiness Factor, “Energy Efficiency Potential and Implementation Experience” ..................................................................................................................................... 47 Table 13: State-Wise Progress of EESL’s LED Street Lighting Program, as of May 6, 2016 .................................. 49 Table 14: Salient Features of UDAY Scheme ............................................................................................................ 50 Table 15: Evidence Indicators for Examining the Readiness Factor, “Financing Mechanisms Available for Energy Efficiency Investments” .................................................................................................................................. 51 Table 16: Evidence Indicators for Evaluating the Readiness Factor, “Institutional Framework and Capacity” .. 52 Table 17: Evidence Indicators for Assessing the Read iness Factor, “Monitoring and Evaluation Systems” ........ 54 Table 18: Index-Based Scorecard of the States for Policy and Incentives ............................................................... 56 Table 19: Index-Based Scorecard of the States for Market Maturity ........................................................................57 Table 20: Index-Based Scorecard of the States for Institutional Capacity ............................................................. 58 Table 21: Index-Based Scorecard of the States for Overall Energy Efficiency Implementation Readiness .......... 59 Table 22: Key Action Points for the States to Improve Their Readiness by Framing Necessary Energy Efficiency Action Plans ................................................................................................................................................................ 89 Table 23: Key Recommendations for the States to Improve Their Readiness by Mandating Utilities to Invest in Energy Efficiency ........................................................................................................................................................ 89 Table 24: Key “To Do’s” for the States to Improve Their Readiness by Mandating Public Institutions to Invest in Energy Efficiency ........................................................................................................................................................ 90 Table 25: Key Recommendations for the States to Promote Energy Efficiency in MSMEs .................................... 91 Table 26: Key Action Points for the States regarding Promotion of Energy Efficiency among Large-Scale Energy Users ............................................................................................................................................................................. 91 Table 27: Key Recommendations with Respect to Implementation of ECBCs in the States ................................. 92 Table 28: Key Action Points to Enhance Consumer Response to the Need for Energy Efficiency ........................ 92 Table 29: Key Recommendations for Scaling Up DSM Activities in Agriculture ................................................... 93 Table 30: Key Action Points to Improve the Financing Ecosystem for Energy Efficiency Investments in the States ........................................................................................................................................................................... 93 Table 31: Key Recommendations for the States to Improve Their Institutional Effectiveness ............................. 94 Table 32: Key “To Do’s” for Improving the Energy Efficiency Monitoring and Evaluation Systems in the States ..................................................................................................................................................................................... 94 Table A1: Assessment of States for the State Plan for Energy Efficiency ............................................................... 114 Table A2: Assessment of States for Mandates for Utilities ..................................................................................... 116 Table A3: Assessment of States for Mandates for Public Institutions.................................................................... 118 Table A4: Assessment of States for Incentives to MSMEs ...................................................................................... 119 Table A5: Assessment of States for Incentives to Large-Scale Energy Users........................................................ 120 Table A6: Assessment of States for the Implementation of ECBCs ........................................................................ 121 Table A7: Assessment of States for Information or Tools Provided to Consumers ............................................... 123 Table A8: Assessment of States for Energy Efficiency Potential and Implementation Experience ..................... 125 Table A9: Assessment of States for Financing Mechanisms for Energy Efficiency Activities .............................. 127 Table A10: Assessment of States for Institutional Framework and Capacity ........................................................129 Table A11: Assessment of States for Monitoring and Evaluation Systems ............................................................. 131 5 Acknowledgments The Report was prepared under the World Bank activity on “ Scaling up the Demand-Side Energy Efficiency Business Line in South Asia (P147807)”, supported by the Energy Sector Management Assistance Program (ESMAP) at the World Bank. The preparation of this report was led by Ashok Sarkar (Senior Energy Specialist, Global Energy Practice and Task Team Leader) and Neha Mukhi (Climate Change Specialist, and co-Task Team Leader) of the World Bank, with Padu S. Padmanaban as the Senior Advisor to the activity. The analysis was conducted and report was drafted by the knowledge partner and team from PwC comprising of Amit Kumar (Team Leader), Kulbhushan Kumar, Manoj Bansal, Shyamasis Das, Shuboday Ganta, and Anurag Verma. The report with the analyses was prepared by Shyamasis Das. The team benefited from the strategic guidance, operational support and encouragement provided throughout the project by many in the World Bank including Julia Bucknall and Defne Gencer of Energy Practice, South Asia Region and Ivan Jaques of ESMAP. The team would like to acknowledge contributions and valuable technical feedback provided by a number of internal and external peer reviewers including Saurabh Kumar of Energy Efficiency Services Limited-India, Jonathan Sinton and Xiaodong Wang of the World Bank. Particular thanks go to Boonsri Kim of World Bank’s Global Energy Practice for providing excellent administrative support throughout the project. Finally, the team would like to express its gratitude to Rebecca Kary for editing the draft version of this Report. For further information about this Report, please contact: Ashok Sarkar at the World Bank (asarkar@worldbank.org). 6 Acronyms and Abbreviations AC Air conditioner AFEX Arab Future Energy Index AgDSM Agricultural DSM Program ARR Annual revenue requirement BEE Bureau of Energy Efficiency DC Designated consumer DELP Domestic Efficient Lighting Program DISCOM Distribution company DPR Detailed Project Report DSM Demand-side management EA Electricity Act EC Act Energy Conservation Act ECBC Energy Conservation Building Code EE Energy efficiency EEFP Energy Efficiency Financing Platform EESL Energy Efficiency Services Limited ESCO Energy service company FAR Floor area ratio GRIHA Green Rating for Integrated Habitat Assessment GSDP Gross state domestic product HP Horsepower IEA International Energy Agency IGBC Indian Green Building Council IMF International Monetary Fund INR Indian rupee IRP Integrated energy resource planning JICA Japan International Cooperation Agency KPI Key performance indicator kVA Kilovolt-ampere kW Kilowatt LED Light-emitting diode LEED Leadership in Energy and Environmental Design M&V Measurement and verification MoUD Ministry of Urban Development MSME Micro, small, and medium enterprise MTEE Market Transformation for Energy Efficiency Mtoe Million tons of oil equivalent MW Megawatt NABARD National Bank for Agricultural and Rural Development NMEEE National Mission for Enhanced Energy Efficiency PAT Perform, Achieve, and Trade PSU Public sector undertaking PwC PricewaterhouseCoopers Private Limited, a limited liability company in India, which is a member firm of PricewaterhouseCoopers International Limited, each member firm of 7 which is a separate legal entity RE Renewable energy RISE Readiness for Investment in Sustainable Energy ROI Return on investment SAD Special additional duty SAPCC State’s Action Plan on Climate Change SDA State-designated agency SE4ALL Sustainable Energy for All SEC Specific energy consumption SECF State Energy Conservation Fund SECM State Energy Conservation Mission SEEP Super Efficient Equipment Program SERC State Electricity Regulatory Commission SFC State finance corporation SHR Station heat rate SSEE Supply-side energy efficiency T&D Transmission and distribution ToD Time of day toe Tons of oil equivalent TPA Third-party accessor UDD Urban development department ULB Urban local body UT Union territory 8 Executive Summary India is currently one of the fastest growing major economies in the world. Sustaining a high growth rate is believed to be critical for India to alleviate poverty in the country, since it feeds more than a billion people. Energy, being a key enabler of a country’s economic growth and development , has witnessed a significant rise in its consumption in India. In 2013 about 528.34 million tons of oil equivalent (Mtoe) were consumed, making India the third largest consumer of energy in the world —more than 70% of which is supplied by fossil sources. Increasing energy demand naturally strains the country’s resources and impacts the environment. This warrants decoupling the country’s economic growth and energy demand. This is also echoed through India’s Intended Nationally Determined Contribution submitted in the run-up to the Paris Climate Conference, where the government has highlighted energy conservation as a key mitigation strategy. It seeks to achieve total avoided capacity addition of 19,598 MW and fuel savings of around 23 million tons per year through the National Mission for Enhanced Energy Efficiency (NMEEE). However, this requires concerted effort at the central and state levels, especially considering the existing federal governance architecture where many subjects, including electricity, fall under the jurisdictions of both the center and the state. Rationale and Objectives In the current structure of India’s energy efficiency and electricity governance framework, states have an important role to play to achieve the desired developmental goals. This is clearly spelled in the Energy Conservation Act (EC) 2001, where the states are required to develop and enforce critical energy efficiency standards and regulations, build institutional capacity, formulate policies, plan and implement projects, extend financial support, and create self-sustaining markets for energy efficiency. The distribution vertical of the electricity value chain, where the majority of energy efficiency potential (both supply and demand side) exists, lies entirely with the states according to the Electricity Act (EA) 2003. Moreover, since the business of electricity generation, transmission, and distribution is regulated, the state electricity regulatory commissions are poised to play a crucial role in guiding and regulating the electrical energy efficiency activities in the states. With the energy efficiency agenda gaining traction and momentum in India, there is a need to continuously evaluate institutional capacity, policies, programs, and markets at the state level to identify best practices and promote cross learning. Comparative benchmarking is a proven methodology to evaluate states and give recommendations for improving their governance performance. This study aims to develop a framework and methodology for the evaluation of state’s readiness for energy efficiency implementation. The study adopts an index-based evaluation of individual states to benchmark their readiness. The benchmarking across the states will serve as a comparative reference point for the states to measure, monitor, and evaluate the chosen indicators that best depict the energy efficiency implementation readiness. To benchmark Indian states, this study has considered 28 states (excluding the newly formed state of Telangana) and the National Capital Territory: Delhi. Methodology The framework for establishing the “energy efficiency implementation readiness index” consists of 11 readiness factors under three broad categories: (a) policy and incentives (b) market maturity, and (c) institutional capacity. These 11 factors are further evaluated by a suite of evidence indicators that are both qualitative and quantitative. The qualitative evidence indicators capture whether a specific policy, mandate, incentive, institution, financing mechanism, and other characteristics exist under each of the readiness factors. The quantitative evidence indicators aim to assess the energy efficiency potential already unlocked and also reflect the current progress towards implementing important energy efficiency measures or programs. Recognizing states’ performance in project implementation has significance since the states having prior implementation experience are expected to be better prepared to scale up intervention in the future. The 11 readiness factors chosen for evaluation, as presented in Table 1, reflect the various aspects of the state’s readiness for scaling up energy efficiency implementation. The evidence indicators are chosen primarily on the basis of data availability in the public domain. 9 Table 1: Readiness Factors Chosen for Establishing the “Energy Efficiency Implementation Readiness Index” Policy and incentives Market maturity Institutional capacity • Sector-specific action plan • Information or tools • Institutional framework for scaling up energy available to consumers on and capacity efficiency efforts electricity usage • Monitoring and • Mandates for utilities to • Energy efficiency evaluation systems invest in energy efficiency potential and • Mandates for public implementation institutions to invest in experience energy efficiency • Financing mechanisms • Incentives for MSMEs to available for energy invest in energy efficiency efficiency investments • Incentives for large-scale users (industry or commercial) to invest in energy efficiency • Implementation of energy conservation building codes Table 2 provides the comprehensive list of evidence indicators chosen under each of the 11 readiness factors. Table 2: List of Evidence Indicators Evaluated for Establishing the Energy Efficiency Implementation Readiness Index Sector specific action plan for Mandates for utilities to invest Mandates for public institutions scaling up energy efficiency in energy efficiency to invest in energy efficiency efforts Adoption of legislation, policy or Mandates for compliance with energy Obligations for procurement of energy sector-specific action plan efficiency efficiency end use applications Penalties for noncompliance Quantified energy efficiency goals or Notification of DSM regulations Adoption of energy conservation targets awards Notification of guidelines on cost effectiveness and M&V Mandate for establishment of DSM cells within Distribution Utilities Incentives for demand response (e.g., peak-time rebates) Mandate for integrated resource planning Incentives for MSMEs to invest in Incentives for large scale users Implementation of energy energy efficiency (industry/commercial) to invest conservation building codes in energy efficiency Incentives to invest in energy efficiency Incentives to invest in energy Status of adoption of ECBC efficiency Programmatic assistance to identify Programmatic assistance to identify Type of buildings and building energy savings investment energy savings investment renovation covered for ECBC opportunities opportunities compliance Availability of standardized rating system (certification) for qualifying the energy performance of buildings Incentives for individual buildings to meet high quality energy efficiency certifications Mandates to disclose property energy 10 usage Information or tools available to Energy efficiency potential and Financing mechanisms available consumers on electricity usage implementation experience for energy efficiency investments Bills with energy usage information Distribution of LED lamps among State Energy Conservation Fund households (SECF) Customised bills comparing previous energy consumption Customised bills comparing with other users in the same region and/or usage class Customer access to real-time energy Upgrading of agriculture pumpset Capital subsidy for energy efficiency usage data efficiency programs Customer ability/control to manage Adoption of LED technology for On-bill financing/prepayment energy usage remotely street lighting applications Distribution of BEE star rated Credit lines with banks for energy household fans efficiency activities Implementation of solar irrigation Energy services agreements (pay-for- pump program performance contracts) Transmission & Distribution losses Partial risk guarantees (%) Peak power deficit (%) Cost recovery through ARR/tariffs Electrical energy deficit (%) DSM funds created by levy/cess Others Institutional framework and Monitoring and evaluation capacity systems Dedicated entity for formulating Monitoring / tracking system for energy efficiency strategy/policy energy efficiency targets / performance indicators for Utilities Dedicated entity for regulating energy Independent validation of energy efficiency activities of energy suppliers efficiency targets / performance indicators by third parties Dedicated entity for regulating energy Tracking utilities’ compliance with efficiency activities of energy for providing energy usage consumers information to customers by regulator Dedicated entity for regulating Load research studies conducted by equipment energy efficiency standards the utilities to plan for DSM programs Dedicated entity for enforcing / Empanelment mechanism for energy certifying compliances with building consultants and auditors energy efficiency standards Compliance monitoring system for ECBC Independent verification of ECBC compliance by third parties Like any index-based benchmarking exercise, this evaluation also depends heavily on data or information. Most of the information or data used for the assessment of states against evidence indicators has been sourced from publicly available sources. None of the information collected or compiled for the purposes of this report has been vetted by state government officials. For maintaining consistency while assessing the states’ readiness, the exercise has considered states’ actions recorded until December 2015, unless otherwise mentioned in the report. 11 Readiness Assessment The following sections present the benchmark of the performance of the states under each of the three readiness categories: policy and incentives, market maturity, and institutional capacity. Here, the readiness of individual states is expressed in percentage of the total index-based score in each category. Policy and Incentives This readiness category comprising of six readiness factors broadly captures the state of play in the states concerning the existence of specific policies, mandates or incentive mechanisms. Key Findings This section highlights the main outcomes of the state level energy efficiency readiness assessment under each of the six readiness factors of the category “policy and incentives.” State Plan for Energy Efficiency About 14 states have officially adopted a sector-specific energy efficiency action plan. Most of these states have included the energy efficiency action plan as part of the State’s Action Plan on Climate Ch ange (SAPCC). Andhra Pradesh has developed an energy efficiency action plan as part of the Power for All program recently launched by the Government of India. None of the states have enacted legislation backing the energy efficiency action plan. Kerala and Karnataka are the only states that have identified energy savings targets. However, these targets are yet to be officially adopted. Some other states have mentioned energy-saving potential without setting any target to achieve them. Mandates for Utilities Regarding energy efficiency intervention in power transmission and distribution (T&D), SERCs in all states have given targets or issued directives to utilities to reduce T&D losses in power distribution. The regulators have also extended incentives for utilities to achieve the targets. Demand-side management (DSM), a promising frontier to improve energy efficiency in the power sector, has attracted certain initiatives at the state level. As of April 2016, 19 states have issued DSM regulations, which provide a framework for undertaking DSM measures. Andhra Pradesh deserves special mention in this regard. In spite of the absence of any announced DSM regulation, the state has witnessed several utility-driven DSM measures thanks to the initiatives taken by the state regulator and DISCOMs (distribution companies). Up to now, none of the state DSM regulations specifies any energy saving targets through utility-driven DSM or offers any incentive to DISCOMs to take DSM measures. The regulations only allow provisions DISCOMs to recover the DSM-related costs by accounting them in the annual revenue requirement (ARR) estimates. As far as introducing guidelines on evaluation of the cost-effectiveness and M&V of utility-driven DSM measures is concerned, Maharashtra and Punjab are the only states in the country that have acted upon it. International experience suggests that mandating utilities to adopt integrated energy resource planning (IRP) is one of the important enabling factors for promoting utility-driven DSM programs in a country. However, none of the existing national policies, acts, or regulations in India (read EC Act 2001; EA 2003; National Electricity Policy 2005) has promoted mandating utilities to adopt IRP in their investment plans. Mandates for Public Institutions As far as public procurement of energy efficient end-use applications are concerned, the index-based evaluation finds that in 15 states, the governments have issued circulars on the procurement of star-rated appliances: split ACs, frost-free refrigerators, ceiling fans, and water heaters for use in public buildings. States where such circulars have not been traced have failed to score under the relevant sub-indicator. Few states have made it mandatory for municipalities to incorporate energy efficiency measures in their services. For instance, the government of Himachal Pradesh has directed all urban local bodies (ULBs) in the state to install energy- efficient streetlighting. The study also found that none of the states has made it mandatory for state road transport corporations to improve fuel economy in public vehicles. Incentives to MSMEs The assessment reveals that initiatives to encourage energy efficiency among MSMEs are limited. These initiatives may include giving fiscal incentives for investing in energy efficiency, recognizing selected MSMEs for their energy-saving efforts, and offering assistance to identify energy efficiency opportunities. 12 The state of Andhra Pradesh, Gujarat, Karnataka, Kerala, Maharashtra, Punjab, and Tamil Nadu reportedly have energy efficiency investment promotion schemes for MSMEs. One of the initiatives is conducting walkthrough energy audits and preparing feasibility studies for certain MSME clusters to identify energy efficiency opportunities. Some states also provide monetary assistance (such as a subsidy for energy audits) to MSMEs to undertake energy audit exercises and/or prepare Detailed Project Reports (DPRs). Incentives for Large-Scale Energy Users In India, one can see center-driven energy efficiency initiatives targeted at large-scale energy users, namely, the Perform, Achieve and Trade (PAT) scheme. However, although section 18 of the EC Act includes provisions allowing states to devise any energy efficiency regulation for large-scale energy consumers, hardly any state government has utilized them. Only Kerala and Maharashtra have offered some kind of financial incentives to these consumers for taking up energy efficiency activities. Implementation of Energy Conservation Building Codes The readiness index result gives a fair impression of state-wise status of energy conservation policy thrust in the buildings sector. While the EC Act directs the states to amend the Energy Conservation Building Codes (ECBCs) and issue notification for enforcement, only six states —Andhra Pradesh, Karnataka, Odisha, Punjab, Rajasthan, and Uttarakhand—have notified the ECBC, whereas 13 states have amended it, but are yet to notify it.1 In some cases, the ECBC directives include disclosure of building energy usage annually. However, currently no ECBC- compliant building is reported in any of these states, and it is difficult to confirm the actual procedure followed to enforce the building code. Moreover, none of the states has made it mandatory to submit a disclosure of the property’s energy usage at the time of sale or leasing of building. Some states (Andhra Pradesh, Karnataka, Odisha, Punjab, Rajasthan, and Sikkim) have adopted an energy labeling or rating system (GRIHA or BEE star labeling) for building certification. 2 Some of these states reportedly offer incentives in the form of tax concessions or additional free-of-cost floor area ratio (FAR) to GRIHA-compliant buildings3. Few cities or ULBs (such as Hyderabad in Andhra Pradesh; Pune, Pimpri, and Mumbai in Maharashtra; Jaipur in Rajasthan; Noida in Uttar Pradesh; and Kolkata in West Bengal) also give incentives to GRIHA-compliant buildings. It is found that in states where SERCs give energy efficiency targets to utilities with respect to power generation and T&D, those targets are usually associated with some kind of penalty mechanism in the case of noncompliance. For instance, SERC considers the target level of T&D loss in estimating ARR for the DISCOM, even though the latter could not achieve the target. This implies that a part of the power purchase cost for the volume of electricity lost in T&D is not accounted for in the ARR, which is therefore a loss of revenue to the DISCOM. Similar penalization mechanism is followed if the utility is given a target at the generation side. However, such penalty mechanism is not universally applicable across all states. As far as introducing guidelines on evaluation of cost-effectiveness and measurement and verification (M&V) of utility-driven DSM measures is concerned, Maharashtra and Punjab are the only states in the country that have acted upon it. A review of the retail tariff orders indicates that in almost all states, the tariff structures include an off-peak time rebate or time of day (ToD) tariff as an instrument to reduce peak load. However, currently, such a tariff rebate is applicable only for industrial consumers. International experience suggests that mandating utilities to adopt IRP is one of the key enabling factors for driving utility-driven DSM programs in a country. However, none of the existing national policies, acts, or regulations in India (that is, EC Act 2001; EA 2003; or National Electricity Policy 2005) has promoted mandating utilities to adopt IRP in their investment plans. Figure 1 showcases the benchmark of the performance of the states in percentage scores, under the readiness category “policy and incentives.” 1 Union Territory of Puducherry has also notified ECBC. 2 GRIHA. 3 In addition, multi-story residential buildings having GRIHA or IGBC certification are entitled to get fast-track environmental clearance. 13 Figure 1: Percentage Scores of the States for Their Performance in “Policy and Incentives” Andhra Arunachal Information provided to Himachal Assam Bihar Chhattisgarh Delhi Goa Gujarat Haryana Pradesh Pradesh State EE strategic policies consumers State EE strategic policies Pradesh State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policies 7% 22% 10% 35% 23% 25% 32% 32% 38% 43% 63% Jammu & Madhya Jharkhand Karnataka Kerala Maharashtra Manipur Meghalaya Mizoram Nagaland Kashmir State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policies State Pradesh EE strategic policies State EE strategic policiesState EE strategic policiesState EE strategic policies State EE strategic policies State EE strategic policies 10% 10% 10% 13% 10% 35% 18% 23% 53% 55% EE mandates for public EE mandates for public Information provided to Uttar Odisha Punjab institutions Rajasthan institutions Sikkim Tamil Nadu Tripura Uttarakhand West Bengal India average consumers Pradesh State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policiesState EE strategic policies State EE strategic policiesState EE strategic policies 10% 20% 35% 25% 28% 50% 50% 50% 50% 38% 33% 47% 63% 14 Market Maturity This readiness category comprising three readiness factors reflects the status of enabling factors, such as financing mechanisms or consumer tools available in the states, and the energy efficiency potential currently harnessed, which can be scaled up in the near future. Key Findings This section highlights the key takeaways of the state-level energy efficiency readiness assessment under each of the three readiness factors of the category “market maturity.” Information or Tools Available to Consumers All the states are typically guided by the electricity supply codes that specify the standards and norms for providing electricity usage information to consumers. Currently, none of the states inform the consumers about the electricity usage levels of peer groups or make any such comparison to benchmark usage levels. Also, there is no regulation that requires utilities to furnish such information by defining what constitutes peer groups and what indicators are to be adopted. With regard to empowering consumers through smart features in power distribution, other than in Delhi, the facility for real-time feedback to customers about their energy usage or managing consumption remotely is yet to be implemented beyond pilot project scale in the country. 4,5 Energy Efficiency Potential and Implementation Experience India has made significant headway in implementing DSM programs, largely driven by Energy Efficiency Services Limited (EESL), a Government of India undertaking. The most significant initiative is EESL’s DSM - based DELP (UJALA Distribution scheme), which involves large-scale replacement of incandescent bulbs with self-ballasted LED lamps in the residential sector. As of May 6, 2016, 16 states have undertaken the DELP with varying degree of LED lamp penetration among consumers. The Agricultural DSM Program (AgDSM) and Energy Efficient Street Lighting Program are two other major DSM programs currently pursued throughout India. While performing the evaluation of the states, this study has taken into consideration those initiatives that have been undertaken since 2010 through utility-driven DSM programs whereby old inefficient agricultural pumpsets are replaced by BEE star-rated pumps. As of February 2016, these states include Andhra Pradesh, Karnataka, Maharashtra, and Rajasthan. With respect to energy-efficient streetlighting programs, states that have started implementing them include Andhra Pradesh, Chhattisgarh, Delhi, Gujarat, Jharkhand, Kerala, Maharashtra, Odisha, Rajasthan, Tripura, and Uttar Pradesh. Recently EESL has launched the energy-efficient domestic fan program, which, until May 6, 2016, was limited to two states: Andhra Pradesh and Uttar Pradesh. The state nodal agencies in nine states, with support from the Government of India, have started implementing the solar irrigation pump program. They are Andhra Pradesh, Bihar, Chhattisgarh, Gujarat, Karnataka, Madhya Pradesh, Rajasthan, Tamil Nadu, and Uttar Pradesh. Financing Mechanisms for Energy Efficiency Activities The evaluation outcome reflects that many states are yet to adequately consider energy efficiency in making fiscal policies. One can see limited number of financial instruments applied in implementing energy efficiency measures. Financing energy efficiency measures through energy service contracts (ESCO model) is one of them, which has been getting traction in recent years. Cost recovery through tariffs on utilities is also one of the preferred financing options. Here, expenditures incurred for adopting energy efficiency measures by the utilities are accounted for in the latter’s ARR as stated in their retail tariff orders. The states of Delhi, Gujarat, Haryana, Karnataka, Kerala, Maharashtra, and Punjab have capital subsidy schemes for energy efficiency projects. On-bill financing, a new breed of financing model for energy efficiency projects, has been tried in such states as Delhi, Gujarat, Himachal Pradesh, Karnataka, Maharashtra, and Punjab for funding DSM-based DELP among households. Here, the costs of the LED lamps distributed to households are included in the monthly electricity bills of the consumers. 4 L. Philip (May 10, 2015). “Honeywell, Tata Power implement first ever automated demand response project,” The Economic Times. Retrieved from http://articles.economictimes.indiatimes.com/2015-05-20/news/62413011_1_tata- power-delhi-distribution-tpddl-honeywell). 5 Pilot-scale projects have not been considered in the evaluation. 15 Figure 2 presents the benchmark of the performance of the states in percentage scores, under the readiness category “ market maturity.” Figure 2: Percentage Scores of the States for Their Performance in “Market Maturity” Andhra Arunachal Himachal Assam Bihar Chhattisgarh Delhi Goa Gujarat Haryana Pradesh Pradesh Pradesh State EE market maturity State EE market maturity State EE market maturity State EE strategic policies State EE market maturityState EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE strategic policies 27% 25% 34% 26% 35% 41% 50% 40% 44% 57% Jammu & Madhya Jharkhand Karnataka Kerala Maharashtra Manipur Meghalaya Mizoram Nagaland Kashmir Pradesh State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity 11% 11% 11% 11% 23% 32% 33% 47% 49% 51% Uttar Odisha Punjab Rajasthan Sikkim Tamil Nadu Tripura Uttarakhand West Bengal India average Pradesh State EE market maturity State EE State EE strategic policies State EE market maturity State EE market maturityState EE market maturity State EE market maturity State EE market maturity market maturity State EE market maturityState EE market maturity 13% 22% 25% 32% 24% 24% 33% 32% 42% 53% 16 Institutional Capacity This readiness category, comprising two readiness factors, intends to capture the existing institutional framework and oversight systems in the states. Key Findings This section highlights the key findings of the state-level energy efficiency readiness assessment under each of the two readiness factors of the category “institutional capacity .” Institutional Framework and Capacity In the current framework of energy efficiency governance, SDAs have been vested with the responsibility of formulating energy efficiency strategies or policies at the state level, according to the provisions of the EC Act (2001). It is interesting to note that the profiles of the SDAs vary greatly among the states. Out of the 34 SDAs, 14 are renewable energy development agencies, 9 are power departments of state governments, 6 are electrical inspectorate offices, 3 are electricity DISCOMs, and 2 are societies registered under the Societies Registration Act, 1860. Clearly, most SDAs have been given the mandate of energy efficiency governance as an additional mission or portfolio. This creates a sense of competition between the energy efficiency and other mainstream functions of the SDAs for internal resources. Only the SDA of Andhra Pradesh’s (State Energy Conservation Mission (SECM)) has been constitut ed with the sole mandate of promoting energy efficiency in the state.6 The Energy Management Centre (EMC), Kerala’s SDA, is also unique in this regard. Constituted in 1996 as an autonomous body under the Department of Power, Government of Kerala, its primary mandate includes promotion of energy conservation in the state. 7 It is interesting to note, however, that Section 18 of the EC Act empowers a state to direct the regulation of the energy consumption standards for equipment and appliances . However, Kerala is the only state that has exercised this power; it has issued the Energy Conservation (Energy Consumption Standards for Equipment and Appliances) Directions, 2015. Otherwise, currently this function is carried out by the BEE at the central level. Alternatively, while the EC Act (2001) directs the states to amend the ECBC and issue notification for enforcement, only six states (Andhra Pradesh, Karnataka, Odisha, Punjab, Rajasthan, and Uttarakhand) have notified the ECBC. Monitoring and Evaluation System In case SERC sets energy efficiency targets to utilities in power generation and T&D, the energy savings or related indicators, such as SHR and T&D losses, are measured and reported to SERC at the time of annual performance reviews. Load research studies holds strategic importance as they help characterize the end-use electricity consumption, identify strategic demand side measures, and develop action plans to formulate and design possible DSM interventions. Load research studies were reportedly being carried out by one or more utilities in 23 states as of April 2016. Empanelling energy consultants or auditors is one of the important steps SDAs should take to create an ecosystem for scaling up energy conservation efforts in a state. This state-wise assessment on energy efficiency implementation readiness has identified 12 states that have adopted mechanisms for the empanelment of energy auditors. Other states do not have a publicized system for empanelling these players. The ECBCs notified by the states should clearly state the compliance or M&V protocol for proper enforcement. However, there are cases where ECBC directives lack clear-cut guidelines on compliance–roles and responsibilities of the authorities involved are not clearly mentioned, leaving enough ambiguity. Moreover, compliance requirement involving verification by independent third parties is not included in the ECBC directives in all the six states where ECBC is notified. Figure 3 showcases the benchmark of the performance of the states in percentage scores, under the readiness category “institutional capacity.” 6 Society registered under the AP Societies Registration Act, 2001. 7 Registered under the Travancore-Cochin Literary, Scientific and Charitable Societies Act of 1955. 17 Figure 3: Percentage Scores of the States for Their Performance in “Institutional Capacity” EE institutional State Andhra Arunachal State EE institutional State EE State EE institutional State EE institutional State EE institutional institutional State EE institutional State EE institutional Himachal State EE institutionalState EE institutional Assam Bihar Chhattisgarh Delhi Goa Gujarat Haryana Pradesh strength Pradesh strength strength strength strength strength strength strength strength Pradesh strength 29% 41% 35% 35% 47% 47% 47% 53% 53% 71% State EE institutional State EE institutional State EE institutional State EE institutional State EE institutionalState EE institutional State EE institutional State EE institutionalState EE institutionalState EE institutional Jammu & Madhya strength Jharkhand strength Karnataka strength Kerala strength strength Maharashtra strength Manipur strength Meghalaya strength Mizoram strength Nagaland strength Kashmir Pradesh 35% 35% 29% 35% 35% 29% 47% 47% 47% 59% State EE institutionalState EE institutional State EE institutional State EE State EE institutional State EE institutionalState EE institutional State EE institutional institutional Uttar State EE institutionalState EE institutional Odisha Punjab strength Rajasthan Sikkim strength Tamil Nadu Tripura strength Uttarakhand strength strength West Bengal strength India average strength strength strength strength Pradesh 29% 41% 29% 47% 41% 47% 47% 44% 65% 65% 18 Recommended Action Points From the assessment, one could identify key intervention areas where most states are found lagging and that warrant further action. Based on this, the study has put forward a set of key recommendations or action points (refer to Table 3) for the states to improve their readiness for scaling up energy efficiency activities. Because of the varied energy efficiency scenarios and economic profiles among the states, proposing a separate set of recommendations for each state is beyond the scope of this exercise. It is also to be underlined that prioritizing these actions depends on the states’ development objectives and need. In the cases where interventions at national level are deemed important, the following recommendations also highlight those action-points. Table 3: Key Action Points for the States to Improve Their Readiness for Scaling Up Energy Efficiency Activities Issue Recommended actions The state energy efficiency action plans Undertake a detailed study to identify plausible energy efficiency lack specific energy savings targets. interventions across energy-consuming sectors, and estimate their energy-saving potential and corresponding investment requirements. Adopt achievable energy savings targets against the identified energy efficiency interventions and set a time frame to pursue these targets. Absence of an energy efficiency policy or The states should endeavor to bring sector-specific energy legislation at the state level. efficiency policies with definite goals and time-bound action plans. This can be reinforced by introducing necessary legislation. Although states have designated agencies It is necessary for each state to have a dedicated agency with (SDAs) for pursuing energy efficiency, adequate resources (including budgetary) and expertise for most of these organizations are vested with steering energy efficiency action plans. other missions (ranging from RE to power distribution) even though they are not fully equipped to drive all these missions. Enforcing energy efficiency compliance States should exercise their power conferred by section 18 of the requirements, such as star labeling of EC Act to enforce such compliance requirements. appliances and ECBC, has been a challenge. Currently, these are mostly centrally driven. Empaneling energy consultants or auditors Direct all states to set mechanisms to empanel certified energy can catalyze energy efficiency investments consultants or auditors. across sectors, and are essential in enforcing energy efficiency compliance They should be properly mobilized to pursue the states’ energy requirements, such as ECBC. efficiency goals. There is enormous potential to scale up Policy-level actions should consider providing a clear, utility-driven DSM in India. So far India’s unambiguous, and explicit clarification that demand-side utility DSM progress and achievements resources can be an alternative resource option for utilities. have been primarily driven by national institutions, policies, and programs in the Regulatory actions may involve: broader context of energy efficiency and - Stipulating and enforcing DSM targets in the form of resource conservation. purchase obligations. - Institutionalizing load research functions within the utility with dedicated resources and authority. These should be followed by: - Issuing regulations and guidelines on examining cost effectiveness of DSM programs. - Issuing guidelines on M&V of DSM measures to evaluate the resulting energy savings. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 19 In order to facilitate these changes, the center should bring necessary provisions in the legal and regulatory framework to promote demand-side resources with supply-side options. Are regulations evolving in tandem with An adaptive regulatory regime is paramount to support new DSM new financing mechanisms in DSM? financing models. Adoption of new financing models: The Recognizing the potential risks and liabilities of stakeholders and On-bill Financing and Standard Offer their legal implications, SERCs should initiate consultation with program have raised serious questions all partners and reassess key provisions of current DSM about adequacy of current DSM regulations from the point of view of suitability to support the regulations to accommodate the evolving On-bill Financing and Standard Offer program. dynamics of DSM. SERCs should bring necessary regulatory provisions to support effective application of new financing mechanisms: On-bill Financing and Standard Offer. Information or tools provided to Provide consumers with the right kind of information, such as consumers goes a long way towards comparisons of their electricity consumptions with average usage improving end-use efficiency by way of levels in same category of consumers. The supply codes issued by operational and behavioral changes of the SERCs should include the necessary provisions to mandate consumers. Certain critical information utilities to provide this information. can help consumers make informed decisions to respond to price signals or The utilities should explore implementing automated metering utility incentives, thereby increasing the infrastructure to enable real-time feedback to consumers on their overall capacity for DSM. electricity consumptions. This will allow consumers to manage their electricity usage. Off-peak time rebate is still applicable for SERCs should also extend off-peak time rebate or ToD tariff to industrial consumers only. domestic and commercial consumers also. Currently, none of the national policies, To strengthen the draft Renewable Energy (RE) Act to promote acts or regulations, which usually give demand-side resources, a simple yet effective amendment can be direction to state-level actions, have given implemented to include demand-side resource as a qualifying thrust on mandating utilities to adopt IRP resource under the definition of RE sources, along with separate in their investment plans. Recently, the definitions that clarify what constitutes the demand-side resource draft National Renewable Energy Act, and meaning of DSM. 2015, has put emphasis on the need to move towards IRP. However, there is no Moreover, suitable amendments in the Electricity (Amendment) clear mandate for the utilities or SERCs to Bill, 2014, and/or in the Electricity Act, 2003, can be made to undertake or enforce IRP by considering provide an explicit impetus for DSM as a resource option for the demand-side resources. utilities and empower state commissions to stipulate DSM resource purchase obligations. Notification of state ECBC is limited to six Each state should develop a group of experts on ECBC, consisting states only. It is facing a myriad of of BEE ECBC experts, architects, engineers, town planners, and challenges, such as the absence of policy representatives of the state urban development department guidelines for building bylaws, ineffective (UDD). The group of experts will be responsible to address the institutional structure for ECBC technical challenges related to ECBC implementation and for administration, a limited number of amending the code. building planners who have a proper understanding of ECBC, and lack of To overcome the hurdles in notifying ECBC, a steering committee awareness. comprising representatives from a group of experts, ULBs, SDAs, and state officials from the Ministry of Urban Development (MoUD) is proposed, which should initiate a consultative process with other stakeholders, such as DISCOMs, building planners, and schools of architecture. Taking inputs from stakeholders, the steering committee should develop a model general development control regulation (GDCR); this will outline the framework for land use and building bylaws. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 20 Following this, the UDD can amend the existing building bylaws and building approval process. These key measures can pave the way for notification of ECBC in a state. Enforcement of ECBC is facing hurdles ULBs should have the central role in enforcing ECBC. However, ranging from lack of proper framework and considering their limited capacity and preoccupation, a TPA planning to inadequate capacity of the system should be developed for ECBC implementation. TPAs implementing agencies. should be ECBC-accredited professionals certified by the BEE. BEE should lay out separate guidelines that TPAs should follow in their assessment and reporting, and on appointment of TPAs by the compliant party. The lack of incentives is discouraging A greater number of urban local bodies should offer incentives to builders from applying for certification builders to apply for energy labeling. under a labeling scheme, such as GRIHA or BEE star labeling. Though the states have constituted SECFs, Mobilize the fund for identifying potential new financing they are yet to realize the full potential of mechanisms required to overcome the barriers in investing in the financial support line. energy efficiency. Being a revolving fund, SECFs can be utilized to provide support to targeted financial instruments, such as energy audit subsidies, interest buy-down schemes, and partial risk guarantees. Until now, only a few states have taken Provide financial assistance to MSMEs to conduct investment- initiatives to realize the energy-saving grade energy audits and to prepare feasibility studies for potential in the MSME sector. implementing cost-effective energy efficiency measures. Design schemes for demonstration projects on energy efficiency in selected MSME clusters, followed by scaling up through an energy service contract (ESCO) based model. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 21 1. Economic and Energy Use Paradigms of Indian States: Need for Local Approach towards Energy Efficiency India is currently one of the fastest-growing major economies in the world. Sustaining a high growth rate is believed to be critical for India to alleviate poverty in the country, since it feeds more than a billion people. Energy, being a key enabler of a country’s economic growth and development, has witnessed a significant rise in its consumption in India. In 2013 about 528.34 million tons of oil equivalent (Mtoe) were consumed, making India the third largest consumer of energy in the world—more than 70% of which is supplied by fossil sources.8 Increasing energy demand naturally strains the country’s resources and impacts the environment. This warrants decoupling the country’s economic growth and energy demand. This is also echoed through India’s Intended Nationally Determined Contribution, which was submitted in the run-up to the Paris Climate Conference, where the government highlighted energy conservation as an important mitigation strategy. It seeks to achieve a total avoided capacity addition of 19,598 MW and fuel savings of around 23 million tons per year through the National Mission for Enhanced Energy Efficiency (NMEEE). However, this requires concerted effort at the central and state levels, especially considering the existing federal governance architecture where many subjects, such as electricity, economic and social planning, and industrial development, fall under the jurisdictions of both the center and the state. India consists of 29 states, including the recently formed Telangana, the National Capital Territory of Delhi and six union territories (UTs). It exemplifies a myriad of variations in demography, geographic and climatic patterns, and economic profiles across the length and breadth of the country. It is therefore impractical to take a “one-size-fits-all” approach in solving the problems of the country. It is imperative to consider policies, programs, or activities tailor-made for local situations. Otherwise, the possibility of failure in achieving the targeted objectives will be high. To gain a necessary understanding of India’s energy efficiency scenario, it is therefore not sufficient to limit the understanding to the central level; one has to endeavor to have knowledge of the situation at the state level. This chapter intends to give a snapshot of the state-level variations in economic and energy use profiles by highlighting some important parameters: highest sectoral shares in electricity use and gross state domestic product (GSDP), per capita electricity consumption, and energy intensity related to electricity consumption or GSDP (refer to Figures 4–7). 8Based on IEA’s data on India’s energy balance for 2013. https://www.iea.org/statistics/statisticssearch/report/?country=India&product=balances India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 22 Highest share of electricity consumption Highest share in GSDP Industries Agriculture Domestic Industry Agriculture Services Figure 4: Highest Sectoral Share in Electricity Figure 5: Highest Sectoral Share in GSDP, 2013–14 Consumption, 2013–14 Source: Ministry of Statistics and Programme Implementation. Source: CEA General Review 2014; Energy Statistics 2015. Per capita electricity consumption Up to 500 501–1,000 1,001–1,500 Above 1,500 Energy intensity (kWh/lakh INR) Up to 500 501-1,000 1,001–1,500 1,501–2,000 Above 2,000 Figure 6: State-Wise per Capita Electricity Figure 7: State-Wise Energy Intensity for Electricity Consumption Note: A lakh is a unit in the Indian numbering system equal to 100,000. Source: CEA General Review 2014; Census 2011. Source: CEA General Review 2014; Ministry of Statistics and Programme Implementation. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 23 2. India’s Energy Efficiency Governance Framework and the States’ Roles In India, both supply and demand sides are important to ensure the energy efficiency is advanced in a comprehensive manner. Supply-side energy efficiency (SSEE) ensures that the extraction, mining, production, and transmission and distribution (T&D) of energy commodities are conducted efficiently. Demand-side energy efficiency ensures that the end-use of energy (for example, energy consumption by appliances, buildings, industries, and vehicles) is efficient as a result of technological performance and effective energy management through operational or behavioral changes. The supply side of energy is governed by both central and state agencies,9 whereas the demand side is predominantly governed by the states. Energy Conservation Act, 2001 Without discriminating between any form or source of energy, the Energy Conservation (EC) Act, 2001, defines the governing framework for efficient use of energy and its conservation in India. Under the EC Act, the central and state governments are provided with multiple functions and statutory powers to facilitate, coordinate, regulate, and enforce efficient use of energy and its conservation. The EC Act provides a statutory basis for regulating energy consumption and enforcing energy efficiency standards among any energy users notified as designated consumers (DCs), buildings or building complexes, and energy-consuming equipment or appliances. The Bureau of Energy Efficiency (BEE) has been set up under the EC Act as a central nodal agency with specific powers and functions to implement provisions at the national level. The EC Act also required the state governments to designate an agency for the implementation of the functions assigned to the states. In this regard, the state designated agencies (SDAs) for energy efficiency have been notified in the 28 states and 6 union territories. The box highlights the key roles of the state governments as delineated by the EC Act (2001). Box: Role of the State Governments under the EC Act, 2001  Coordinate, regulate, and enforce provisions of the EC Act, 2001, within the state.  Regulate norms for process and energy consumption standards in any industry or building or building complex.  Regulate energy consumption standards for equipment and appliances.  Take all measures necessary to create awareness and disseminate information for efficient use of energy and its conservation.  Arrange and organize training of personnel and specialists in the techniques for efficient use of energy and its conservation.  Take steps to encourage preferential treatment for the use of energy efficient equipment or appliances.  Constitute a fund to be called the State Energy Conservation Fund (SECF) to promote efficient use of energy and its conservation within the state.  Enforcement of Perform, Achieve, and Trade (PAT) scheme compliance within the state. 9 Coal, oil, and other petroleum products, as well as gas and nuclear energy sources, are predominantly governed by national agencies. Electricity and renewable energy sources of energy are governed by both central and state agencies, but with the state playing a major role. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 24 The Electricity Act, 2003 The Electricity Act (EA), 2003, was enacted to restructure and reform the ailing power sector. The EA has created a consolidated governance framework for generation, transmission, distribution, trading, and consumption of electricity adhering to market-based mechanisms. The EA aims to promote efficient and environmentally benign policies across the value chain of electricity. The EA has empowered the State Electricity Regulatory Commissions (SERCs), under section 61 (c) and (e), to regulate tariffs by considering the factors that will encourage competition, efficiency, economical use of resources, good performance, optimal investments, and principles rewarding efficiency in performance. Section 42 (1) of the EA stipulates that developing and maintaining an efficient, coordinated, and economical distribution system is one of the principal duties of the distribution licensees in the country. This signifies the important role played by the states in advancing energy efficiency across the value chain of electricity in India. National Action Plan on Climate Change Recognizing the need to maintain a high economic growth rate for realizing developmental objectives while also reducing vulnerability to the impacts of climate change, the Prime Minister’s Council on Climate Change (PMCCC) initiated the National Action Plan on Climate Change in 2008. The plan outlined eight national missions running through 2017.  National Solar Mission.  National Mission for Enhanced Energy Efficiency (NMEEE).  National Mission on Sustainable Habitat.  National Water Mission.  National Mission for Sustaining the Himalayan Ecosystem.  National Mission for a Green India.  National Mission for Sustainable Agriculture (NMSA).  National Mission on Strategic Knowledge for Climate Change (NMSKCC). With the ultimate goal of advancing market-based approaches to unlock energy efficiency opportunities in India, the NMEEE was administered under four major initiatives: Perform, Achieve, and Trade (PAT): PAT is a market-based mechanism to enhance the cost-effectiveness of improvements in energy efficiency in large energy-intensive industries and facilities, through certification of energy savings that can be traded. The EC Act (2001) provides the legal framework to establish and prescribe energy consumption norms for any energy user notified as a DC. Under the PAT scheme, introduced in 2010, the Government of India notified energy efficiency improvement targets in 2012 for 478 individual obligated entities in eight energy-intensive sectors, namely, thermal power plants, aluminum, cement, chlor-alkali, fertilizer, iron and steel, pulp and paper, and textiles. These sectors represent 65% of India’s total industrial energy consumption. The targets were stipulated in the form of specific energy consumption (SEC) improvement over a three-year cycle (2012–15). To drive compliance under the PAT scheme, DCs achieving SEC levels that are lower than their targets can receive energy savings certificates for their excess savings. These certificates can be traded on the power exchanges and bought by other DCs, notified under the PAT scheme, to meet their compliance requirements. DCs that are unable to meet the targets, either through their own actions or through purchase of certificates, are liable for financial penalty under the EC Act. The SDAs are entrusted with a crucial role of enforcement of compliance under the PAT scheme. Market Transformation for Energy Efficiency (MTEE): The objective of this initiative is to accelerate the shift to energy-efficient appliances in designated sectors through innovative measures to make the products more affordable. Under the MTEE, the BEE has launched the Super Efficient Equipment Program (SEEP). This aims to enhance the penetration of the best available energy efficient technology in the market. SEEP is structured to offer upstream incentives to the manufacturers that meet the technical specifications set out by India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 25 the BEE that are beyond the current product specifications prevalent in India. The BEE has also developed a robust M&V framework involving quantity and quality checks of samples at the manufacturer and retailer premises to verify compliance with technical standards, production, and sales data. A third-party measurement and verification (M&V) agency will be appointed by the BEE for validation of sales and quality standards. In times to come, the SDAs may play a crucial coordination role in monitoring and evaluating the effectiveness of this scheme within the states. Energy Efficiency Financing Platform (EEFP): This initiative aims to create mechanisms that will help finance energy efficiency investments in all sectors by capturing future energy savings. Partial Risk Guarantee Fund and Venture Capital Fund are conceptualized to be administered at the national level to support energy efficiency investments. Another key objective of this platform is to stimulate financing from energy service companies (ESCOs) by adopting energy performance contracting models. Some of the potential markets for scaling up ESCO financing are municipal lighting, commercial buildings, industry (including micro, small, and medium enterprises (MSMEs)), and utility demand-side management (DSM) (including residential appliances and agriculture pumping). The states have a major role to play in demonstrating the benefits of innovative financing mechanisms through pilot-scale energy efficiency projects and also facilitating a conducive policy environment to replicate successful models. Framework for Energy-Efficient Economic Development (FEEED): This component intends to provide appropriate fiscal instruments that may supplement the efforts of the government for the creation of an energy efficiency market. The central government (income tax department) has allowed accelerated depreciation of 80%10 (percentage of written-down value) for 43 energy-saving devices. The Government of India has exempted special additional duty (SAD) on all imported components for their use in the manufacture of light-emitting diode (LED) drivers and metal-clad printed circuit board for LED lights and fixtures and LED lamps. In addition, the basic customs duty is being exempted on lithium-ion automotive batteries for manufacture of lithium ion battery packs for supply to the manufacturers of hybrid and electric vehicles. The Government of India has also launched the Faster Adoption and Manufacturing of (Hybrid &) Electric Vehicles scheme, known as FAME India, offering demand incentives to buyers of hybrid and electric vehicles at the point of purchase. In times to come, the states will have a crucial role to further drive the uptake of energy-efficient technologies and services through state-administered fiscal instruments. Other National Energy Efficiency Programs Apart from NMEEE initiatives, BEE has been administering several other programs, which include the following: Standards and Labeling (S&L): S&L is one of the flagship initiatives of BEE that aims to enable consumers make informed decisions regarding the purchase of energy-consuming equipment or appliances based on the latter’s energy consumption labels. The EC Act, 2001, has provided the necessary legal framework to specify energy performance standards and direct display of labels for appliances and equipment consuming energy. Currently, 14 categories of appliances and equipment have been covered under the program with four categories (frost-free refrigerator, tubular fluorescent lamp, room AC, and distribution transformer) in the mandatory comparative labeling regime and 10 others in the voluntary comparative labeling regime. During 2007–11, BEE’s S&L program delivered about 11.6 billion units of energy savings and 5 ,100 MW of avoided generation capacity. Six more categories of appliances and equipment are expected to be covered in the near future. As per the EC Act, SDAs have a crucial role in appointing inspecting officers for ensuring compliance of S&L within the state. Energy Conservation Building Code (ECBC): The BEE developed and issued the ECBC in 2007, which applies to commercial buildings with a connected load of 100 kW or 120 kVA. However, currently only seven states have notified it. Another nine states have amended the ECBC to suit their local and regional climatic 10 Retrieved from www.incometaxindia.gov.in/Pages/charts-and-tables.aspx. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 26 condition. Another seven states are in the process of making such amendments.11 The National Building Code, 2005, formulated by the Bureau of Indian Standards, is the comprehensive building code providing guidelines for regulating all types of building construction activities across the country. It serves as a model code for adoption by all states and agencies in all jurisdictions. Apart from this, there are other systems, such as the Leadership in Energy and Environmental Design (LEED) and Green Rating for Integrated Habitat Assessment (GRIHA) that consider environmental norms for rating of buildings and labeling them as green buildings. The state governments have an important role to play by incorporating the ECBC into the building bylaws and enforced by municipalities. The BEE has developed ECBC compliance check tools to build the capacity of local municipalities for the enforcement of ECBC. Capacity building of electricity distribution utilities: The BEE, in partnership with the Energy Efficiency Services Limited (EESL), has recently initiated a nationwide capacity building program to mainstream DSM into utility operations. As part of the capacity building initiatives, The EESL is currently supporting 33 selected utilities across the country in doing the following:  Conducting load research study to characterize end-use electricity consumption and identify strategic demand-side measures.  Developing concrete action plans to formulate and design programmatic DSM interventions.  Strengthening the capacity of DSM cells with technical and financial advisory support for DSM program implementation and coordination.  The states have an important role to effectively coordinate with central agencies, plan, and realize demand-side resources in a cost-effective manner within the purview of relevant regulations. Table 4 lists the different stakeholders whose participation is necessary in implementing the BEE-promoted national schemes. Table 4: Required Involvement of Key Stakeholders in Implementing the BEE Programs in the States Urban Distribution Generation local National scheme/program SDA SERC companies companies bodies (discoms) (ULBs) PAT X X MTEE X X EEFP X X S&L X ECBC X X Capacity building of electricity X X X distribution utilities Note: The Framework for Energy-Efficient Economic Development involves fiscal policies, such as tax instruments, which are currently governed by central departments or agencies. 11 Retrieved from http://www.beeindia.in/. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 27 3. Assessment: Objectives and Methodology Rationale Given that the energy sector, specifically the power sector, is in the concurrent list of the Indian constitution and that economic and industrial development is also a state subject, the promotion and implementation of energy efficiency policies and programs are a shared responsibility of the center and states. It is, therefore, important that national institutions like the BEE, responsible for the formulation of energy conservation programs, engage with the states to pursue energy efficiency goals in the country. In other words, the effectiveness of central policies towards a resource efficient economy lies in pursuing a state focused agenda. On the other hand, the concerned state agencies must complement the central efforts, guided by the states’ priorities and local conditions, to facilitate market-driven approaches and create self-sustaining energy efficiency markets. With the energy efficiency agenda gaining traction and momentum in India, there is a need to continuously evaluate the policies and programs at the state level. Comparative benchmarking is a proven methodology to evaluate states on their policy and program efforts, identify best practices, and give recommendations for improving their governance performance. Objectives One of the key objectives of this study is to develop a framework and methodology for the evaluation of a state’s strategic energy efficiency policies, market maturity for its energy efficiency services, and institutional strength to plan, implement, and deliver energy efficiency programs, projects, or activities. This report presents an index-based evaluation of individual states to benchmark their readiness for energy efficiency implementation. The benchmarking across the states will serve as a comparative reference point for the states to measure, monitor, and evaluate the chosen indicators that best depict the energy efficiency implementation readiness. This report is expected to raise the profile of energy efficiency in the state government’s decision-making process, strengthen ongoing activities, and enable state-level institutions to perform and target better results. Moreover, the indexing of the states will act as a benchmarking tool, which in turn will create a sense of competitiveness, leading the states to push for more aggressive reforms and programs towards energy efficiency. The report will also highlight unique and successful best practices adopted across the states, which have the potential to be scaled up or replicated throughout the country. To benchmark Indian states, this study has considered 28 states (excluding the newly formed state of Telangana) and the National Capital Territory of Delhi. Literature Review The idea of comparative benchmarking of territorial energy efficiency performance has been in existence for more than a decade now. Earlier research has scored and ranked states and countries in a particular region on a number of energy efficiency policies. Recent efforts have considered a wider range of indicators going beyond policies. Some of the world-recognized efforts in this regard are described below.  The American Council for an Energy-Efficient Economy (ACEEE) has published nine editions of the State Energy Efficiency Scorecard and two editions each of the city and international energy efficiency scorecards. These scorecards have measured the progress of policies and programs that save energy while also benefiting the environment and promoting economic growth. The state scorecard ranks U.S. states on six broad categories of indicators—utility programs, transportation, building energy codes, combined heat and power, state initiatives, and appliance standards. The city scorecard ranked 51 large U.S. cities for their energy efficiency efforts across five policy areas: local government operations, community-wide initiatives, buildings, energy and water utilities, and transportation. The international India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 28 scorecard ranked the world’s 16 largest economies by looking at policies and quantifiable performance indicators to evaluate how efficiently these economies use energy.  Readiness for Investment in Sustainable Energy (RISE) involves a suite of indicators that assesses the legal and regulatory environment for investment in sustainable energy. It establishes a framework for depicting the national enabling environment better to attract investments into three pillars of sustainable energy—energy access, RE, and energy efficiency. With more than 25 specially designed indicators and detailed country-specific data from across the globe, RISE intends to provide a global reference point that will support decision making for governments and inform country-level interventions under SE4ALL (Sustainable Energy for All). The data collected through RISE will help countries evaluate their enabling environment in each of the three SE4ALL pillars and identify policies and other instruments they may need to move towards their sustainable energy vision. RISE ultimately will help stimulate policy dialogue, identify priority areas for change, and point to good practices across nations that can foster an enabling environment for sustainable energy. The RISE pilot report covered 17 developed and developing countries and was launched in November 2014.  The Arab Future Energy Index (AFEX) is the first native Arab index dedicated to monitoring and analyzing sustainable energy competitiveness in the Arab region. AFEX offers both quantitative and qualitative analysis for key RE and energy efficiency market dimensions. Countries are ranked under 30 indicators that illustrate key energy market aspects, including policies, institutional and technical capacities, strategies, socioeconomic data, and investments. AFEX is published annually and consists of two components: AFEX RE and AFEX Energy Efficiency. The latest edition (2013) of AFEX Energy Efficiency index ranked 17 Arab nations and provided tailored recommendations for countries to help improve their transition towards sustainable energy pathways. In India's context, a study carried out by Prayas Energy Group had performed assessment of state-level initiatives on DSM front. The study reviewed utility-driven DSM activities, DSM regulations or directives by state commissions, and DSM-related planning in eight States: Andhra Pradesh, Delhi, Gujarat, Haryana, Karnataka, Maharashtra, Tamil Nadu, and West Bengal. Maharashtra, Gujarat, Andhra Pradesh, Karnataka, Tamil Nadu, Delhi, Haryana, and West Bengal. Methodology Aligning with the objective of the study, which is to evaluate state-level energy efficiency implementation readiness under three broad areas or categories—(a) policies and incentives, (b) market maturity, and (c) institutional strength—this study adopts a set of 11 readiness factors that are assessed by applying a suite of evidence indicators that are both qualitative and quantitative. The qualitative evidence indicators capture whether a specific policy, mandate, incentive, institution, financing mechanism, or other characteristic exists under each of the readiness factors. The quantitative evidence indicators aim to assess the energy efficiency potential already unlocked and also reflect the current progress towards implementing key energy efficiency measures or programs recognizing that the states having prior implementation experience would be better prepared to scale the intervention. Appendix A provides an overview of the selection approach for the different evidence indicators. These 11 factors and corresponding evidence indicators are chosen so that the assessment becomes comprehensive yet simple and analytical, and that it appropriately reflects the states’ readiness performances in the context of their role in the existing energy efficiency governance framework, growing market-based opportunities, and overall national policy environment. This approach will allow meaningful comparative analysis and benchmarking among the states. The 11 factors considered for the evaluation are presented in Table 5. These are further broken down into 77 evidence indicators for appropriate depiction of energy efficiency implementation readiness at the state level (refer to Table 6). India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 29 Table 5: Readiness Factors Chosen for Establishing the “Energy Efficiency Implementation Readiness Index” Policy and incentives Market maturity Institutional capacity • Sector-specific action plan • Information or tools • Institutional framework for scaling up energy available to consumers on and capacity efficiency efforts electricity usage • Monitoring and • Mandates for utilities to • Energy efficiency evaluation systems invest in energy efficiency potential and • Mandates for public implementation institutions to invest in experience energy efficiency • Financing mechanisms • Incentives for MSMEs to available for energy invest in energy efficiency efficiency investments • Incentives for large-scale users (industry or commercial) to invest in energy efficiency • Implementation of energy conservation building codes Table 6: Evidence Indicators Applied under the Three Broad Categories and Eleven Factors I. Policies and incentives (i) Sector-specific action plan for scaling up energy efficiency efforts Is there legislation, policy, or sector-specific action plan that aims to improve energy efficiency? Is there a quantified energy efficiency goal or target (such as kWh/toe saving)? (ii) Mandates for utilities to invest in energy efficiency Are state utilities required to carry out energy efficiency activities in the following areas? - Generation - T&D - Demand side Are there penalties for noncompliance with energy efficiency requirements? - Generation - T&D - Demand side Are DSM regulations notified for state utilities? Are there guidelines on evaluation of cost-effectiveness and measurement and verification (M&V) of utility- driven DSM measures? Are the utilities required to establish in-house DSM cells? Does the selected utility provide customers incentives for demand response, such as peak-time rebates? Are utilities required to submit an IRP to the regulators? (iii) Mandates for public institutions to invest in energy efficiency India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 30 Are there obligations for procurement of energy efficiency end-use applications for the following? - Public buildings - Municipalities (includes water supply, waste water services, and streetlighting) - State road transport corporation Is the Energy Conservation Award given at the state level? (iv) Incentives for MSMEs to invest in energy efficiency Are there energy efficiency incentives for MSMEs? Is there a program offering assistance to MSMEs to identify energy savings investment opportunities? (v) Incentives for large-scale users (industry/commercial) to invest in energy efficiency Are there energy efficiency incentives for large-scale energy consumers? Is there a program offering assistance to large-scale energy consumers to identify energy savings investment opportunities? (vi) Implementation of ECBCs Status of adoption of ECBC - Notification issued - Amended Are there energy efficiency codes for the following building types? - New residential buildings - New commercial buildings Are building renovations required to meet a building energy efficiency code? - Residential - Commercial Is there a standardized labeling scheme or rating system (certification) for qualifying the energy performance of buildings (such as LEED/GRIHA/BEE star labeling)? Are owners of commercial and residential buildings required to disclose property energy usage at the point of sale or when leased? Are commercial and residential buildings required to disclose annual property energy usage? Are there incentives for individual buildings to meet high-quality energy efficiency certifications? II. Market maturity (vii) Information or tools available to consumers on electricity usage Do customers receive a bill or report that shows their energy usage compared to previous bills or reports over time? - Domestic - Commercial - Industrial Do customers receive a bill or report which compares them with other users in the same region and/or usage class? - Domestic - Commercial - Industrial India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 31 Does the utility offer customers access to the following: - Real-time feedback on energy usage (for either prepaid or post-paid systems) - Ability to manage energy usage levels remotely (through apps or other technology mediums that can track real-time energy usage) (viii) Energy efficiency potential and implementation experience Has the state implemented utility driven domestic LED program? Has the state implemented utility driven DSM program to replace old agricultural pumps with BEE star- rated pumpsets? Have the state municipalities adopted a program of installing LED lighting technology for streetlighting applications? Has the state implemented a domestic energy-efficient fan program? Has the state nodal agency implemented a solar irrigation pump program? To what extent have the state utilities been successful in driving the adoption of LED self-ballasted lamps among households? To what extent have old agricultural pumps been replaced with BEE star-rated pumpsets through a utility- driven DSM program? To what extent have the state municipalities been successful in driving the adoption of LED lighting technology for streetlighting applications? To what extent have the state utilities been successful in driving the adoption of BEE 5-star–rated fans among households? To what extent has the state nodal agency been successful in installing solar irrigation pumps? Level of T&D loss (%) Level of peak power deficit (%) Level of power deficit (%) (ix) Financing mechanisms available for energy efficiency investments Are the following financial mechanisms available for energy efficiency activities? - State Energy Conservation Fund (SECF) - Capital subsidy for energy efficiency programs - On-bill financing/prepayment - Credit lines with banks for energy efficiency activities - Energy services agreements (pay-for-performance contracts) - Partial risk guarantees - Cost recovery through annual revenue requirement (ARR) or tariffs - DSM funds created by levy or cess or any notification in this regard - Others India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 32 III. Institutional capacity (x) Institutional framework and capacity Are entities set up to do the following? - Setting up a state energy efficiency strategy or policy. Do they have the sole mandate of promoting energy efficiency? - Regulating energy efficiency activities of energy suppliers - Regulating energy efficiency activities of energy consumers - Regulating equipment energy efficiency standards - Enforcing and certifying compliance with building energy efficiency standards (xi) Monitoring and evaluation systems Are energy savings or other target indicators measured to track performance in meeting energy efficiency requirements? - Generation - T&D - Demand side Are the requirements measured or validated by independent third parties? - Generation - T&D - Demand side Does the regulator track utilities’ compliance with directives for providing energy usage information to customers? Are load research studies conducted by the utilities to plan DSM programs? Has the SDA developed an empanelment mechanism for energy consultants and auditors? Does the notified ECBC directive specify a system for compliance with the building energy efficiency codes? Is the ECBC compliance verified by independent third parties? As discussed earlier, both qualitative and quantitative evidence indicators are adopted to capture and evaluate the current status and progress of the readiness factors. All the evidence indicators considered under “Energy efficiency potential and implementation experience” are quantitative. All other remaining evidence indicators across the 10 different readiness factors are qualitative. For the sake of maintaining simplicity and objectivity in the evaluation, most of the evidence indicators are structured as questions with simple “Yes/No” alternatives. Index-based assessment against each evidence indicator is done on a scale of 0 to 1. A state is awarded a score of 1 against an evidence indicator when a qualifying activity is recorded in the state on that front, or else it gets a 0. In some cases, for example, when an energy efficiency regulation, policy, or action plan is found to be in the process of development, in the draft stage or yet to be notified, the state is awarded a score of 0.5. Evidence indicators that represent quantitative performance (such as the extent of distribution of LED lamps among households) are normalized to compare states on a level playing field irrespective of their size, and scaled between 0 and 1. The distance to frontier approach is adopted, where the frontier represents the best performance by any state observed against that evidence indicator. All evidence indicators are scored between 0 and 1 and aggregated with equal weights. While each factor can have a different number of evidence indicators, the latter holds equal weight and the indicators are aggregated to form the factor score. One may construe that the number of evidence indicators in each of the readiness factor becomes an inherent weight for that factor in estimating the overall index for the state. In this regard, the states with higher index values are deemed to be able to fare better than other states. In addition, this exercise expresses factor-wise or category-wise scores of individual states in percentages, which will reflect the progress of the states in specific areas as well as overall. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 33 As with any index-based benchmarking exercise, this evaluation also heavily depends on data or information. Most of the information or data used for the assessment of states against evidence indicators has been sourced from publicly available sources. None of the information collected or compiled for the purpose of this report is vetted by state government officials. Information related to state legislation, policies, regulations, directives or schemes and programs has been checked on the websites of competent authorities, which include state- designated agencies (nodal agency for energy efficiency in a state) and state electricity regulatory commissions. Relevant data related to given energy efficiency programs are collected from reliable databases in public domain. Data on sector parameters are sourced from flagship reports or central information repositories of the Government of India. All these sources are so chosen that the furnished information or data are authentic. For maintaining consistency while assessing the states’ readiness, the exercise has considered states’ actions recorded until December 2015 unless otherwise mentioned in the report. Caveats Domestically, this is a significant and first-of-its-kind effort that aims to benchmark the readiness of all the Indian states for advancing energy efficiency implementation. With no precedence of such evaluation, the study has its own share of challenges and imperfections. The readiness factors and corresponding evidence indicators chosen for benchmarking under this study may not be comprehensive in all aspects to reflect the readiness of states for advancing energy efficiency implementation. Moreover, the current structure of readiness index builds on the hypothesis that it is important to accelerate energy efficiency implementation by way of enforcing regulatory compliance, building institutional capacity, creating self-sustaining policy driven markets and attracting investments. While this may be true, there are several other factors that may drive the implementation of energy efficiency measures and actions within states and therefore that may be relevant for consideration in building a more comprehensive readiness index. It is envisaged that this benchmarking exercise will be updated at least once every two years to sustain the objectives and outcomes. The future editions of this report can gradually build the readiness index into a more comprehensive one, considering all facets of energy efficiency implementation drivers within the control of states. Some of the readiness factors and indicators that can be considered for future index building are listed below: 1. The political environment. 2. Coordination and cooperation with national and federal policies and institutions. 3. Access to energy efficient technologies. 4. Energy efficiency services market. 5. Cross-cutting factors relevant for attracting energy efficiency investments (such as energy price or tariff and level of subsidies). 6. The budget allocated for energy efficiency promotion (as % of total State budget). 7. The budget allocated for energy efficiency awareness and training programs (as a percentage of the total energy efficiency budget). 8. The energy-saving potential unlocked through successful pilots by utilities and other state authorities (such as state road transport corporations and municipalities). 9. The energy-saving potential unlocked from energy audits. 10. The human resource capacity available with the state authorities for energy efficiency governance and implementation. Furthermore, 90% of the readiness factors and the corresponding evidence indicators considered for comparative benchmarking of states are qualitative in nature and reflect the current status of policy, institutions, and market maturity. Only 10% of the readiness factors are quantitative in nature. They reflect the potential for energy efficiency and also the performance towards implementation of energy efficiency actions in the states. At this early and nascent stage of energy efficiency evolution among most of the Indian states, the current mix of readiness, potential, and results-oriented indicators may be acceptable; this mix best reflects the India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 34 state’s energy efficiency readiness. However, as the scenario evolves, it is important that the future iterations of this benchmarking exercise increases the share of performance-driven factors in order to reflect the readiness of Indian states in the best way possible. It is also important to note that the states with higher readiness index than others may not always achieve greater progress towards implementation. This is simply because there are multiple factors that affect private and public investment decisions, many of them outside the immediate control of authorities, private sector, and other stakeholders. Another key challenge is the availability of updated and latest information to periodically update the readiness index and make it more comprehensive. Most of the information used for the assessment of evidence indicators in this report has been sourced from publicly accessible sources, including laws, regulations, public documents, and existing databases. None of the information collected and compiled for the purpose of this report has been vetted by state government officials. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 35 4. Readiness Assessment of States This chapter examines the state-level energy efficiency readiness under 11 readiness factors with the help of index-based evaluation framework. The index-based scores of the states against each evidence indicator and their resulting factor scores are presented in Appendix B. Sector-Specific Action Plan for Scaling Up Energy Efficiency Efforts The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor Planning represents the visions of governments translated into time-bound targets, actions, and milestones. Clearly articulated sector-specific actions and targets are important ingredients of an enabling ecosystem for energy efficiency implementation. Planning helps in setting a direction for all stakeholders to align their decision making. Action plans backed by legislation show the commitment of the government towards achieving energy efficiency goals. Targets help in motivating implementing agencies to be more proactive and to measure the progress of the energy efficiency initiatives. Targets also provide a basis for long-term energy efficiency programs and provide justification for obtaining funding. For targets to be useful in measuring progress, they should be supported by a strong analytical base, high-quality data, and a transparent measurement procedure. Targets can be expressed in different ways while keeping in mind the SMART principles: specific, measurable, ambitious, realistic, and time-bound. Sector and subsector level targets are the most effective, since they are more focused. Targets must be quantified, and they should reflect the intended change from the baseline situation. In this regard, a core task of indicative target-setting for energy efficiency is a precise calculation of the baseline consumption. Following are the key elements of a successful energy efficiency action plan :  Baseline assessment: Energy consumption disaggregated among various economic sectors and energy sources and fuels.  Assessment of energy efficiency and conservation potential: Disaggregated among sectors and energy sources and fuels.  Assessment of short- and long-term targets, goals, and performance indicators: Disaggregated among sectors.  Sector-specific action plan to achieve desired goals.  Resource (human and financial) assessment to meet desired goals.  Monitoring and evaluation framework. Indian states pursuing energy efficiency on a mission mode are expected to progress faster and more effectively. This is also advocated in the national legislative framework for energy efficiency (EC Act 2001). A state that has formulated sector-specific policy or an action plan, along with quantified energy savings targets, is expected to score full marks. States that have not taken any of the measures will obviously score nil. Answers to the following questions yield the evidence indicators evaluated under this factor:  Is there legislation, policy, or a sector-specific action plan that aims to improve energy efficiency?  Is there a quantified energy efficiency goal or target (such as kWh/toe saving)? India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 36 Outcome of Index-Based Evaluation About 14 states have officially adopted sector-specific energy efficiency action plans. Most of these states have included the energy efficiency action plan as part of the State’s Action Plan on Climate Change (SAPCC). Andhra Pradesh has developed an energy efficiency action plan as part of the Power for All program recently launched by the Government of India. None of the states have enacted legislation backing the energy efficiency action plan. Karnataka and Kerala are the only states that have identified energy savings targets. However, these targets are yet to be officially adopted. Some other states have mentioned energy-saving potential without setting any target to achieve it. Mandates for Utilities to Invest in Energy Efficiency The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor Electricity utilities are at the center of energy efficiency delivery systems in India. The collective potential of utilities to improve energy efficiency both at supply and demand sides is enormous. The quintessential approach to capture this potential is by regulating the energy efficiency activities of utilities with clear and unambiguous mandates. Worldwide experience shows that several countries (for example, Australia: New South Wales; Canada: Ontario; China; Italy; Poland; the United Kingdom; and the United States: California) have mandated some form of quantified energy efficiency improvement targets for energy utilities, enforced by laws and regulations with the threat of financial penalties. In the United States, compliance with such mandates is poised to be the primary driver for the increase in utility spending for energy efficiency programs through 2025.12 Similarly for Indian states, utility mandates for energy efficiency will significantly enhance the readiness for large-scale implementation. Evidence indicators considered for evaluation of the readiness index in the above context are mentioned in Table 7. Table 7: Evidence Indicators for Evaluating the Readiness Index Factor, “Mandates for Utilities to Invest in Energy Efficiency” Are state utilities required to carry out energy efficiency activities in the following areas? - Generation - T&D - Demand side Are there penalties for noncompliance with energy efficiency requirements? - Generation - T&D - Demand side Are DSM regulations notified for state utilities? Are there guidelines on evaluation of cost effectiveness, measurement & verification (M&V) of utility-driven DSM measures? Are the utilities required to establish in-house DSM cells? 12The future of utility customer–funded energy efficiency programs in the United States: Projected spending and savings to 2025; Ernest Orlando Lawrence Berkeley National Laboratory, 2013. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 37 Does the selected utility provide customers incentives for demand response, such as off-peak time rebates? Are utilities required to submit an IRP to the regulators? Outcome of Index-Based Evaluation The findings of the assessment have been presented under each evidence indicator applied. Stipulating State Utilities to Carry Out Energy Efficiency Activities in Generation, T&D, or Demand Side The EA, 2003, allows SERCs to bring necessary regulations in power generation, transmission, distribution, and trading. The EA also empowers SERCs to advise the state governments on matters related to promotion of efficiency in activities of the electricity industry . This index-based assessment intends to find out whether state utilities are carrying out energy efficiency activities in their operations. As far as energy efficiency in power generation is concerned, in few states, SERCs are found to direct thermal power generators to improve efficiency in the form of reducing station heat rates (SHRs). The electricity regulatory commissions in Delhi, Gujarat, Karnataka, Rajasthan, and Tamil Nadu are the notable ones that have set targets through generation tariff orders to the state utilities to achieve certain SHRs. Regarding energy efficiency intervention in power T&D, SERCs in all states have given targets or issued directives to utilities to reduce T&D losses in power distribution. The regulators have also extended incentives for utilities to achieve the targets. For example, Delhi Electricity Regulatory Commission (DERC) has included incentives in the form of additional return on investment (ROI) in the retail tariff orders if the distribution companies (DISCOMs) surpass the T&D loss targets. DSM, a promising frontier to improve energy efficiency in the power sector, has attracted certain initiatives at the state level. As of April 2016, 19 states have notified DSM regulations, which establish a framework for undertaking DSM measures. However, this does not necessarily imply that the DISCOMs in these states are obligated to implement DSM measures. There should be directives from SERCs to the DISCOMs to implement DSM measures. Alternatively, in the absence of a DSM regulation, SERCs can require a DISCOM to take necessary action against the DSM, which may include ToD tariff as a demand-side response. Andhra Pradesh deserves special mention in this regard. In spite of the absence of any notified DSM regulation, the state has witnessed several utility-driven DSM measures, thanks to the initiatives taken by the state regulator and DISCOMs. Up to now, none of the state DSM regulations specify any energy savings targets through utility- driven DSMs or offer any incentive to DISCOMs to take DSM measures. The regulations only allow provisions for DISCOMs to recover the DSM-related costs in their accounting by including them in the ARR estimates. In this scoring exercise, states that have directives to implement DSM measures, including ToD, are considered for scoring. Awarding Penalties for Noncompliance with Energy Efficiency Requirements It is found that in states where SERCs give energy efficiency targets to utilities with respect to power generation and T&D, those targets are usually associated with some kind of penalty mechanism in the case of noncompliance. For instance, SERC considers the target level of T&D loss in estimating the ARR for the DISCOM, even though the latter could not achieve the target. This implies that a part of the power purchase cost for the volume of electricity lost in T&D is not accounted for in the ARR, which is therefore a loss of revenue to the DISCOM. A similar penalization mechanism is followed if the utility is given a target at the generation side. However, such a penalty mechanism is not universally applicable across all states. Alternatively, since DISCOMs do not have a DSM-based energy savings target, the question of penalty for noncompliance does not arise. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 38 Notification of DSM Regulations in States DSM initiatives have gained traction in the states in recent years. As of April 2016, 19 states have announced DSM regulations that establish a framework for undertaking DSM measures. Few other states have published draft regulations. Figure 8 depicts the states where the DSM regulations have become effective. DSM regulation notified No DSM regulation/in draft form Figure 8: Status of DSM Regulations in the States, as of April 2016 Guidelines on the Evaluation of Cost-Effectiveness and M&V of Utility-Driven DSM Measures DSM is at a nascent stage of development in the country. Currently, Maharashtra and Punjab are the only states in the country that have guidelines on the evaluation of cost-effectiveness or the M&V of DSM measures. Maharashtra is the first state to so implement them. Directive to Establish In-House DSM Cells The Government of India launched a scheme for capacity building of distribution licensees in an effort to mainstream DSM activities in their operation. In this regard, 30 DISCOMs across 21 states were selected under this program. Under this program, the DISCOMs were required to establish in-house DSM cells. The current assessment has awarded score against this evidence indicator to those states. Moreover, DSM regulations in certain states have also stipulated that DISCOMs to set up DSM cells. Providing Customer Incentives for Demand Responses A review of the retail tariff orders indicates that in almost all states, the tariff structures include off-peak time rebates or ToD tariffs as an instrument to reduce peak load. However, currently, such a tariff rebate is applicable only for industrial consumers. Some special-category states, namely, Arunachal Pradesh, Manipur, Meghalaya, Mizoram, Nagaland, and Sikkim, do not have such provisions in their retail tariffs. Directive to Submit an IRP to the Regulators IRP is a long-term utility plan for meeting forecast annual and peak energy demand, plus some established reserve margin, through a combination of supply-side and demand-side resources over a specified future India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 39 period. International experience suggests that mandating utilities to adopt IRP is one of the important enabling factors for driving utility-driven DSM programs in a country. IRP has been practiced in the United States for more than 25 years through state legislation and regulatory oversight. However, none of the existing national policies, acts, or regulations in India (read EC Act 2001; EA 2003; or National Electricity Policy 2005) has given thrust on mandating utilities to adopt IRP in their investment plans. Recently, the National Renewable Energy Act (2015), which is currently in draft form, has put emphasis on the need to move towards IRP. It also provides the following definition for the same. Section 3 of the draft RE Act—Definitions: IRP is a strategic plan for securing reliable and cost-effective energy resources. The plan is an exhaustive, research-based examination of potential risks and opportunities in procuring future energy supplies. Such a planning exercise does the following:  Examines all available energy resource options, including supply-side, as well as demand-side, options.  Makes a thorough, objective assessment of the benefits, co-benefits, direct and indirect costs, cost of externalities, and risks associated with each energy option.  Evaluates all resources to maximize energy, as well as environmental and economic security. Section 14 of the draft RE Act proposes the development of long-term vision for IRP as one of the functions of the National Renewable Energy Advisory Group, proposed to be established to advise the central government on the effective implementation of this act. However, there is no explicit consideration of demand-side resources in the main body of the proposed act. In the absence of a policy, legislative or regulatory push, or adoption of IRP by utilities in India is yet to be formalized. State-level initiatives in the form of directives to utilities to submit IRP is not seen either. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 40 Mandates for Public Institutions to Invest in Energy Efficiency The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor Adoption of new alternatives with high upfront costs by the public, although far better in performance, is a challenge. However, when a government takes a stake in the use of these options, it often sends a positive signal to the public for adopting them. In the case of promoting energy efficiency, the government at the center has adopted a similar approach. To set a precedence, the Ministry of Finance, Government of India, has issued a notification directing all central government departments, ministries, and attached and subordinate offices to ensure that all the procurement of the specified product categories (shown in Table 8) must carry the threshold BEE star rating indicated against them, or higher.13 However, such mandates should not be limited to central public institutions only. The state governments should follow suit by notifying the public institutions under their jurisdiction to procure energy-efficient appliances or equipment for their use (such as efficient lights and star-rated appliances). Table 8: Specified Threshold Star Ratings for Select Appliances for Public Procurement Appliance Threshold star rating Five star (under normal conditions where annual usages are expected to be more than 1,000 hours) Split ACs Three star (where the usage of air conditioning is limited, such as in conference rooms) Frost-free refrigerators Four star Ceiling fans Five star Water heaters Five star Apart from this, plenty of other opportunities exist for the state governments to promote energy efficiency, such as advocating fuel economy in public vehicles and instituting energy conservation awards. This scorecard matrix evaluates the states against these metrics as well. Table 9 highlights the evidence indicators employed here. Table 9: Evidence Indicators for Evaluating the Readiness Factor, “Mandates for Public Institutions to Invest in Energy Efficiency” Are there binding obligations for procurement of energy efficiency applications for the following? - Public buildings - Municipalities (includes water supply, waste water services, and streetlighting) - State road transport corporation Is the Energy Conservation Award given at the state level? Outcome of Index-Based Evaluation The findings of the assessment have been presented under each evidence indicator applied. 13 Office memorandum no. 26/6/12-PPD dated January 21, 2013, issued by the Ministry of Finance. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 41 Obligations for Procurement of Energy-Efficient Applications for Public Buildings and Municipality and State Road Transport Corporation Services The index-based evaluation finds that in 15 states, the governments have issued circulars regarding the procurement of star-rated appliances—split ACs, frost-free refrigerators, ceiling fans, and water heaters—for use in public buildings. States where such circulars have not been traced have failed to score under relevant sub-indicator. Few states have made it mandatory for municipalities to take energy efficiency measures in their services. For instance, the Government of Himachal Pradesh has directed all ULBs in the state to install energy- efficient streetlighting. The study also found that none of the states have made it mandatory for state road transport corporations to improve fuel economy in public vehicles. Instituting the Energy Conservation Award Instituting an award for energy conservation efforts is an effective way to promote energy efficiency. Although the annual National Energy Conservation Awards instituted by the BEE have been presented since 1999, similar initiatives are found only in eight states, which include Chhattisgarh, Haryana, Jharkhand, Kerala, Maharashtra, Punjab, Rajasthan, and Uttarakhand. They have constituted the state energy conservation awards. Incentives for MSMEs to Invest in Energy Efficiency The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor MSMEs play a pivotal role in the economic and social development of the country, often acting as a nursery of entrepreneurship. The MSME sector contributes significantly to the country’s manufacturing output, employment, and exports. At present, MSMEs account for about 45% of India’s manufacturing output and 40% of India’s total exports, and MSMEs have the highest employment growth rate. Despite this, MSMEs lack modernization, which is reflected in the efficiency of energy use. Considering the potential of the sector, the Government of India has set its focus on the upgrading technology in this sector. BEE has taken certain initiatives in this regard, which include conducting situation analysis of 35 pre-selected MSME clusters, energy audit, and technology gap assessment in 25 clusters, and preparation of Detailed Project Reports (DPRs) on adoption of energy-efficient technologies.14 These apart, the Small Industries Development Bank of India (SIDBI) has obtained a line of credit from the Japan International Cooperation Agency (JICA) for financing energy efficiency projects in MSMEs. The financial assistance is channelled through SIDBI, as well as through refinance to banks or state finance corporations (SFCs) and nonbanking financial institutions. However, to expand the reach of such initiatives, support at the state level is necessary. Recognizing this fact, the evaluation framework employs the following evidence indicators to assess the states’ readiness for scaling up energy efficiency drives in the MSME sector:  Are there energy efficiency incentives for MSMEs?  Is there a program offering assistance to MSMEs to identify energy savings investment opportunities? Outcome of Index-Based Evaluation The assessment reveals that initiatives to encourage energy efficiency among MSMEs are very limited. These initiatives may include giving fiscal incentives for investing in energy efficiency, recognizing selected MSMEs for their energy-saving efforts, and offering assistance to identify energy efficiency opportunities. For instance, Kerala has launched the Kerala State Energy Conservation Fund Credit Guarantee Scheme for energy efficiency projects under which MSMEs can make use of collateral security-free loans for investing in energy efficiency. However, it could not be ascertained whether the scheme is still in effect. Another key promotional initiative taken by these states is to publicly recognize MSMEs for their energy savings through the state energy conservation awards. They also publicize the energy savings realized by the awardees. However, this initiative 14 Retrieved from http://sameeeksha.org/pdf/bee_sme.pdf. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 42 has not been considered in the scoring framework to avoid duplicity, since there is already an evidence indicator to account the states’ action on energy conservation award. Few states, such as Andhra Pradesh, Gujarat, Karnataka, Kerala, Maharashtra, Punjab, and Tamil Nadu, reportedly have energy efficiency investment promotion schemes for MSMEs. One of the initiatives is conducting walkthrough energy audits and preparing feasibility studies for certain MSME clusters for identifying energy efficiency opportunities. Few states also provide monetary assistance (subsidy for energy audit) to MSMEs to undertake energy audit exercises and/or prepare DPRs. Incentives for Large-Scale Users to Invest in Energy Efficiency The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor Industries represent about 38% of India’s final energy use ,15 and they consume around 45% of electricity generated in the country. It is quite evident that this sector offers significant opportunity to reduce energy consumption through energy efficiency interventions. Although the Government of India has introduced the PAT mechanism where large industrial and commercial energy consumers (DCs) are given energy intensity targets (toe/ton of production), quite a few industries or commercial entities are not included in the current PAT scheme (only 478 DCs have been considered). Empowered by the EC Act (section 18), the states are free to bring regulations on energy consumption standards in industries or the commercial sector. This can also act as a precursor for any future mandatory targets to these consumers under a national scheme. Taking due consideration of the states’ possible role to encourage energy conservation investments among large energy consumers, this index-based framework applies certain evidence indicators for the assessment as mentioned below.  Are there energy efficiency incentives for large-scale energy consumers?  Is there a program offering assistance to large-scale energy consumers to identify energy savings investment opportunities? Outcome of Index-Based Evaluation In India, one can see center-driven energy efficiency initiatives targeted at large-scale energy users, namely the PAT scheme. However, although section 18 of the EC Act includes provisions allowing states to devise any energy efficiency regulation for large-scale energy consumers, hardly any state governments have utilized them. Only Kerala and Maharashtra have offered some kind of financial incentives to these consumers for taking up energy efficiency activities. For instance, Kerala has launched an interest buy-down scheme for industrial and commercial entities, wherein the latter can avail loans for investing in energy efficiency projects at lower than standard commercial lending rates from financial institutions, with whom the state government has entered into an agreement to implement this scheme. However, it could not be ascertained whether the scheme is still being continued. As far as recognizing energy conservation efforts of large energy consumers is concerned, the states that have instituted the state energy conservation awards have used the platform to publicly recognize the energy-saving efforts of these consumers. However, this initiative has not been considered in the scoring framework to avoid duplicity, since there is already an evidence indicator to account for the states’ action on energy conservation award. 15Based on IEA’s data on India’s energy balance for 2013. https://www.iea.org/statistics/statisticssearch/report/?country=India&product=balances. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 43 Implementation of ECBCs The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor Residential and commercial buildings sectors, which together contribute 29% of India’s total electricity consumption,16 have witnessed a considerable rise in electricity consumption in recent years. The load from these sectors is expected to increase further, considering the Government of India’s policy announcements, for example, “Housing for All” by 2022. Recognizing the need to improve energy efficiency in the buildings sector, following the provisions of the EC Act, the Government of India announced in 2007 the ECBCs for new commercial buildings17 with a connected load of 100 kW or 120 kVA. However, this must be complemented by the individual states through amendment and notification of ECBC at the state level to suit local or regional conditions and needs. Moreover, the state-notified ECBC should make it mandatory for the buildings to achieve a minimum energy performance standard under a rating and labeling program, such as BEE star labeling. This apart, energy efficiency certification systems, such as LEED and GRIHA, consider environmental norms, including energy performance, for rating and labeling of buildings. Since these labeling programs are currently voluntary, the states should incentivize builders to apply for energy labeling. Considering the energy efficiency potential in the buildings sector, this index-based evaluation considers a set of evidence indicators for assessing the states’ energy efficiency implementation readiness, as presented in Table 10. Table 10: Evidence Indicators for Assessing the Readiness Factor, “Implementation of ECBCs” Status of adoption of ECBC - Notification issued - Amended Are there energy efficiency codes for the following building types? - New residential buildings - New commercial buildings Are building renovations required to meet a building energy efficiency code? - Residential - Commercial Is there a standardized labeling scheme or rating system for qualifying the energy performance of buildings (such as LEED/GRIHA/BEE star labeling)? Are commercial and residential buildings required to disclose property energy usage at the point of sale or when leased? Are commercial and residential buildings required to disclose annual property energy usage? Are there incentives for individual buildings to meet high-quality energy efficiency certifications? 16 Source: India Energy Security Scenarios 2047 – version 2.0, NITI Aayog. http://www.indiaenergy.gov.in/docs/demand.pdf 17 Definition of commercial building according to the ECBC guideline of BEE: All buildings, except for multifamily buildings of three stories or fewer above grade and single-family buildings. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 44 Outcome of Index-Based Evaluation The readiness index result gives a fair impression of state-wise status of energy conservation policy thrust in the buildings sector. While the EC Act directs the states to amend the ECBCs and issue notification for enforcement, only six states18—Andhra Pradesh, Karnataka, Odisha, Punjab, Rajasthan, and Uttarakhand—have notified the ECBC, whereas 13 states have amended it, but are yet to announce it. In some cases, the ECBC directives include disclosure of building energy usage annually. However, currently no ECBC compliant building is reported in any of these states, and it is difficult to confirm the actual procedure followed to enforce the building code. Moreover, none of the states have made it mandatory to submit a disclosure of the property’s energy usage at the time of sale or leasing of building. Some states (such as Andhra Pradesh, Karnataka, Odisha, Punjab, Rajasthan, and Sikkim)19 have adopted an energy labeling or rating system (GRIHA or BEE star labeling) for building certification. Some states reportedly offer incentives in the form of tax concessions or additional free-of-cost floor area ratio (FAR) to GRIHA compliant buildings.20 Few cities or ULBs (for example, Hyderabad in Andhra Pradesh; Pune, Pimpri, and Mumbai in Maharashtra; Jaipur in Rajasthan; Noida in Uttar Pradesh; and Kolkata in West Bengal) also give incentives to GRIHA-compliant buildings. Information or Tools Available to Consumers on Electricity Usage The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor Insights into electricity usage go a long way in delivering end-use efficiency by way of operational and behavioral changes of consumers. Information depicting how much, when, and at what cost energy is consumed can help consumers make informed decisions to respond to price signals or other utility incentives, thereby increasing the overall capacity for DSM. Information pertaining to past and peer usage enables utilities and consumers to monitor, measure, and evaluate energy efficiency impacts in a transparent and reliable manner. It is not just the knowledge of electricity usage; control is also an important function to leverage vital information for acting timely upon demand-side measures. This index-based evaluation exercise recognizes the usefulness of such practices and hence captures certain key industry best practices that can strengthen the readiness of states for scaling up energy efficiency measures. Table 11 presents the evidence indicators used in evaluating this readiness factor. Table 11: Evidence Indicators for Evaluating the Readiness Factor, “Information or Tools Available to Consumers on Electricity Usage” Do customers receive a bill or report that shows their energy usage compared to previous bills or reports over time? - Domestic - Commercial - Industrial Do customers receive a bill or report which compares them with other users in the same region and usage class? 18 Union Territory of Puducherry has also notified ECBC. 19GRIHA: http://www.grihaindia.org/index.php?option=com_content&view=article&id=109 20 In addition, multistory residential buildings having GRIHA or Indian Green Building Council (IGBC) certification are entitled to get fast-track environmental clearance. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 45 - Domestic - Commercial - Industrial Does the utility offer customers access to the following: - Real-time feedback on energy usage (for either prepaid or post-paid systems) - Ability to manage energy usage levels remotely (through apps or other technology mediums that can track real-time energy usage) Outcome of Index-Based Evaluation After reviewing the supply codes of the respective SERCs, 21 states are currently found to furnish electricity consumption details of previous months to the select consumer classes (domestic, commercial, and industrial). Such information is typically provided in the electricity bills or, in some states, this facility is made available online with restricted access to customers who can view past consumption in their accounts. However, currently, none of the states inform the consumers about the electricity usage levels of peer groups or make any such comparison to benchmark usage levels. Also, there is no regulation that stipulates that utilities furnish such information by defining what constitutes peer groups and what indicators are to be adopted. All the states are typically guided by the electricity supply codes that specify the standards and norms for providing electricity usage information to consumers. Only in few states do utilities provide additional information over what is stipulated in the supply codes to follow industry best practices and gain competitive advantages. However, in a majority of cases, the largest utilities in individual states have been considered for the assessment. With regard to empowering consumers through smart features in power distribution, other than in Delhi,21 the facility for real-time feedback to customers about their energy usage or managing consumption remotely is yet to be implemented beyond pilot project scale in the country.22 Tata Power Delhi Distribution Ltd. has implemented automated demand response, which allows the DISCOM and the consumers to manage demand or consumption based on real-time feedback. Energy Efficiency Potential and Implementation Experience The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor DSM is a promising frontier to improve energy efficiency in the power sector, especially in India’s current scenario where imbalances in the power supply and demand have been a plaguing issue and traditionally been dealt with ad hoc measures like involuntary load-shedding. The resulting depleted grid voltage or frequency also puts at risk the stability of the grid system. This causes enormous problems and costs for both supply and the demand-side players, while also creating social unrest. This state of play of the Indian power sector makes the challenge of managing shortfalls in electricity supply indispensable for Indian utilities. Demand-side measures effectively complement supply-side measures to mitigate such electricity crises by focusing on measures that deliver end-use energy savings. International experience suggests that utility-driven 21 L. Philip (May 10, 2015). “Honeywell, Tata Power implement first ever automated demand response project,” The Economic Times. Retrieved from http://articles.economictimes.indiatimes.com/2015-05-20/news/62413011_1_tata- power-delhi-distribution-tpddl-honeywell). 22 Pilot-scale projects have not been considered in the evaluation. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 46 DSM can be delivered within short gestation periods unlike the conventional sources (coal, gas, and hydro- based electricity generation systems). Also, the DISCOMs, serving end users, are uniquely positioned to deliver demand-side measures by virtue of their relationship with the end consumers. Because of these advantages, DISCOMs in India should adopt DSM measures to reduce load. The current level of T&D loss (%), peak power deficit (%), and energy deficit (%) are the KPIs for tracking the operational performance of DISCOMs in power supply and distribution. In India, since power is a concurrent subject and most power DISCOMs are state-owned, the state governments play a major role in the decision- making of these DISCOMs. Hence, the aforesaid KPIs can be effectively employed as evidence indicators to evaluate the states on this front. While assessing the states, “distance to frontier” approach has been applied in such a manner that the states having high T&D losses or power deficits will score less than the states who have achieved lower losses or deficits. One of the key institutions set up to tap the DSM potential across the country is EESL. Established in December 2009 under the aegis of the Ministry of Power, as a joint venture of four central public sector undertakings (PSUs)—that is, the National Thermal Power Corporation Ltd (NTPC), Power Grid Corporation of India Ltd (PGCIL), Power Finance Corporation Ltd (PFC), and Rural Electrification Corporation Ltd (RECL)—EESL aims at unlocking energy efficiency and the DSM market, and implementing large-scale demand-side energy efficiency projects, particularly in the public sphere, such as in municipalities, buildings, and agriculture. In most cases, EESL has entered into agreements with state DISCOMs or municipalities to implement large-scale DSM programs that include the Domestic Efficient Lighting Program (DELP)23, Energy-Efficient Street Lighting Program, and Agricultural DSM Program (AgDSM). Recently, EESL launched the energy-efficient domestic fan program wherein BEE 5 star–rated fans are provided to households to replace old inefficient fans. Implementation of solar-powered irrigation pumps is one of the key thrust areas of the Government of India to reduce agricultural load and improve network efficiency of DISCOMs. The Government of India has targeted the installation of 1 million of solar pumps primarily for irrigation 24 through state nodal agencies and the National Bank for Agricultural and Rural Development (NABARD). The central government provides a 30% capital subsidy to farmers for the installation of solar pumps through state nodal agencies, and state governments may also provide additional subsidy from their own funds. Across all these initiatives, the active participation of the state governments is essential. Considering this fact, the scorecard intends to capture the progress of the states by employing evidence indicators related to the above-mentioned DSM programs. Table 12 showcases the evidence indicators applied in the present evaluation. Table 12: Evidence Indicators for Assessing the Readiness Factor, “Energy Efficiency Potential and Implementation Experience” Has the State Implemented Utility-Driven Domestic LED Program? Has the state implemented utility-driven DSM program to replace old agricultural pumps with BEE star-rated pumpsets? Have the state municipalities adopted a program of installing LED lighting technology for streetlighting applications? Has the state implemented domestic energy-efficient fan program? Has the state nodal agency implemented solar irrigation pump program? To what extent have the state utilities been successful in driving the adoption of LED self-ballasted lamps among households? To what extent have old agricultural pumps been replaced with BEE star-rated pumpsets through utility driven DSM program? To what extent have the state municipalities been successful in driving the adoption of LED lighting technology for streetlighting applications? 23 Now, it is renamed the UJALA Distribution scheme. 24 The government has also included pumps for drinking water under the scheme. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 47 To what extent have the state utilities been successful in driving adoption of BEE 5- star–rated fans among households? To what extent has the state nodal agency been successful in installing solar irrigation pumps? Level of T&D loss (%) Level of peak power deficit (%) Level of power deficit (%) Outcome of Index-Based Evaluation The findings of the assessment have been presented under each evidence indicator applied. Distribution of LED Lamps among Households The most significant achievement in scaling up demand-side energy efficiency through DSM is EESL’s DSM - based DELP (UJALA Distribution scheme) that involves large-scale replacement of incandescent bulbs with self-ballasted LED lamps in the residential sector. As of May 6, 2016, 16 states have undertaken the DELP with varying degree of LED lamp penetration among consumers (refer to Figure 9). For instance, Andhra Pradesh has recorded distribution of nearly 19 million LED lamps which, when normalized with the state’s population, will have achieved a penetration level estimated to be 0.22 LEDs per person, whereas Himachal Pradesh has witnessed distribution of about 6 million LEDs with a penetration extent of 0.87. All 16 of these states have been evaluated based on the distribution of LED lamps until May 6, 2016. It is worthwhile to mention that some states have carried out LED lamp distribution program with support from EESL under a separate scheme known as Institutional Distribution scheme, whereby institution-run public spaces (such as railway stations and colonies) have largely benefited. In this scorecard-based evaluation, these states have not been considered. UJALA Distribution Scheme underway Figure 9: Status of UJALA Distribution Scheme in the States, as of May 6, 2016 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 48 Replacement of Agricultural Pumpsets with BEE Star–Rated Pumps through Utility-Driven DSM Programs While performing the evaluation of the states against this evidence indicator, this study has taken into consideration those initiatives that have been undertaken post 2010 through utility-driven DSM programs whereby old inefficient agricultural pumpsets are replaced by BEE star-rated pumps. These states include Andhra Pradesh, Karnataka, Maharashtra, and Rajasthan. Andhra Pradesh has recorded replacement of 2,496 pumps as compared to 1,927 pumps in Karnataka, 3,530 pumps in Maharashtra and 1,966 in Rajasthan (as of February 2016). Gujarat has launched a subsidy scheme to encourage farmers to replace existing inefficient pumpsets with BEE star labeled ones. Adoption of LED Streetlighting Installation of LED streetlights is one of the prominent DSM measures for reducing the load from municipalities or public services. States that have undertaken this program include Andhra Pradesh, Chhattisgarh, Delhi, Gujarat, Jharkhand, Kerala, Maharashtra, Odisha, Rajasthan, Tripura, and Uttar Pradesh. Some of these projects are undertaken with assistance from EESL. Table 13 gives a snapshot of the projects conceived under EESL’s Energy-Efficient Street Lighting Program. Table 13: State-Wise Progress of EESL’s LED Street Lighting Program, as of May 6, 2016 States LED streetlights installed Andhra Pradesh 337199 Delhi 183106 Kerala 4528 Maharashtra 659 Rajasthan 185208 Tripura 34200 Uttar Pradesh 17290 Other than the EESL-driven program, some states have also taken their own initiatives, including Kerala, Chhattisgarh, Gujarat, Jharkhand, and Odisha. Apart from these, certain cities are at different stages of implementing energy-efficient streetlighting programs, but are mostly limited to pilot scale, which are not considered for scoring purpose. Few other states have also in principle given approval of such energy-efficient streetlighting projects, such as in Karnataka. Distribution of 5-Star–Rated Domestic Fans among Households Recently EESL launched the energy-efficient domestic fan program, currently limited to two states: Andhra Pradesh and Uttar Pradesh. Until May 6, 2016, the program could realize distribution of more than 5,000 fans (BEE 5 star–rated) in Andhra Pradesh and about 1,000 fans in Uttar Pradesh. Implementation of Solar Irrigation Pump Program by the State Nodal Agency The state nodal agencies in nine states, with support from the Government of India, have started implementing the program. They are Andhra Pradesh, Bihar, Chhattisgarh, Gujarat, Karnataka, Madhya Pradesh, Rajasthan, Tamil Nadu, and Uttar Pradesh. Rajasthan has installed the maximum number of solar pumps, to the tune of 3,400 until January 31, 2016, out of 9,902 pumps sanctioned. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 49 Status of T&D Losses and Power Deficits Demand-side measures are one of the effective ways to improve operational performance of DISCOMs in power supply and distribution. T&D loss, peak deficit and energy deficit are the KPIs for tracking the performance. India’s T&D loss is one of the highest in the world, estimated to be around 20%, with a wide variation between the states. Arunachal Pradesh, Bihar, Jharkhand, Nagaland, and Odisha reportedly have the highest T&D losses, more than 30%. On the other hand, Himachal Pradesh and Andhra Pradesh have achieved significantly low T&D losses. Apart from T&D loss, peak power deficit and energy deficit are the two other major concerns in India’s power distribution. Nation-wide average peak power deficit is to the tune of 3.2%. Only 10 states have recorded peak power deficits of zero in the last financial year. It is worthwhile to mention that the Government of India and state governments have made progress in reducing the energy deficit, which is reportedly about 2.1% (in 2015-16). Goa, Gujarat, Madhya Pradesh, Punjab, and Sikkim have realized a zero energy deficit in the last financial year. To revive the power DISCOMs and improve their operational efficiencies, the Government of India has launched the Ujwal DISCOM Assurance Yojana (UDAY) scheme. UDAY is expected to utilize the best principles of cooperative and competitive federalism in achieving its goals. UDAY is operationalized through a tri-partite agreement among the Ministry of Power, Government of India, State Government, and the DISCOM. Adopting UDAY is optional for states. Table 14 highlights the key features of the UDAY scheme. Table 14: Salient Features of UDAY Scheme Activity Targeted Benefit Ability to track losses at the feeder and Compulsory feeder and distribution distribution transformer level for corrective transformer metering by states action Identification of loss making areas for Consumer indexing and GIS mapping of losses corrective action Reduced technical losses and minimized Upgrade or change transformers and meters. outages Reduced commercial losses; enable effective Smart metering of all consumers consuming implementation and evaluation of DSM above 200 units per month measures DSM (LED bulbs, agriculture pumpsets, fans, Reduced peak load and energy consumption ACs, and industrial equipment through PAT) Quarterly tariff revision, particularly to offset Reduced burden of rising power costs on fuel price increase, to be permitted DISCOMs Assure increased power supply in areas of reduced Aggregate Technical & Commercial Improved collection efficiency losses It is yet to be seen how the states have fared in reducing the distribution losses and peak and energy deficits. Scoring against the applied evidence indicators, the progress in implementation of energy efficiency projects has been evaluated based on normalization to compare the states on a level playing field irrespective of their size, and scaled between 0 and 1. The “distance to frontier” approach is adopted, where the frontier represents the best performance by any state observed against that indicator. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 50 Financing Mechanisms Available for Energy Efficiency Investments The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor Investment potential in India’s energy efficiency market is pegged at about 150,525 crore .2526 However, in current scenario, the market is largely starving of sufficient investments. High upfront costs and not-so- attractive financial returns (for example, longer pay-back periods) are considered to be the major barriers for investing in energy efficiency projects. In view of this challenge, the EC Act directs the states to constitute a fund for the purpose of promoting energy conservation in the states. In recent times, several energy efficiency financing options or models are taking shape and have been tried worldwide. These include energy service performance contracting, on-bill financing, and partial risk guarantees. Recognizing the critical role of these evolving financing options for scaling up energy conservation efforts, this index-based readiness assessment includes a suite of evidence indicators to examine existing financial support frameworks for energy efficiency in the states (refer to Table 15). Table 15: Evidence Indicators for Examining the Readiness Factor, “Financing Mechanisms Available for Energy Efficiency Investments” Are the following financial mechanisms available for energy efficiency activities? State Energy Conservation Fund (SECF) Capital subsidy for energy efficiency programs On-bill financing or prepayment Credit lines with banks for energy efficiency activities Energy services agreements (pay-for-performance contracts) Partial risk guarantees Cost recovery through ARR or tariffs DSM funds created by levy or cess or any notification in this regard Others Outcome of Index-Based Evaluation The evaluation outcome reflects that many states are yet to adequately consider energy efficiency in making fiscal policies. One can see a limited number of financial instruments applied in implementing energy efficiency measures. Financing energy efficiency measures through energy service contracts (ESCO model) is one of them, which is getting traction in recent years. Cost recovery through tariffs of utilities is also one of the preferred financing options. Here, expenditures incurred for adopting energy efficiency measures by the utilities are accounted in latter’s ARR, as stated in their retail tariff orders. According to the EC Act, 2001 the states are required to constitute the SECF for the purpose of overcoming the major financial barriers in implementing energy efficiency projects in the states. The SECF of each state must be formed from equal contributions of INR 4 crore from the state government and the BEE (with the exception of the north-east states). Most states have developed this fund for financing energy efficiency activities. 25 PwC and Government of India estimates. 26 A crore is a unit in the Indian numbering system equal to 10 million. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 51 Few states (for example, Delhi, Gujarat, Haryana, Karnataka, Kerala, Maharashtra, and Punjab) have capital subsidy schemes for energy efficiency projects. On-bill financing, a new breed of financing model for energy efficiency projects, has been tried in states like Delhi, Gujarat, Himachal Pradesh, Karnataka, Maharashtra, and Punjab for funding DSM-based DELP among households. Here, the costs of the LED lamps distributed to households are included in the monthly electricity bills of the consumers. It is worthwhile to mention that Kerala reportedly launched an interest buy-down scheme and a credit guarantee program for energy efficiency project financing. Under the interest buy-down scheme, commercial entities interested to invest in energy efficiency can take advantage of credit at lower rates from selected banks. The credit guarantee program allows MSMEs to put to use collateral security free loans for investing in improving energy efficiency. However, it could not be ascertained whether these schemes are being continued. Institutional Framework and Capacity The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor This study identifies five primary functional areas where institutional support is required at the state level for enhancing energy efficiency implementation readiness, in line with the provisions of EC Act, 2001. They include setting energy efficiency strategy and policy, regulating energy efficiency at the supply side (including distribution), as well as demand sides, setting equipment energy efficiency standards, and enforcing or certifying compliance with building energy codes. The SDA constitutes the heart of energy efficiency governance system within a state in India. The structure and design of such an institution must be carefully considered and adapted to fit local needs. The choice of the SDA should reflect a state’s priorities, and should align with energy efficiency objectives, policy implementation requirements, and many other factors. Strong leadership, dedicated and sufficient resources, financial independence, good external cooperation, and private sector involvement are the critical factors and core competences that contribute to successful functioning of an energy efficiency nodal agency. Based on this understanding of required institutional framework in the Indian states, the following evidence indicators have been considered for evaluation under this factor (refer to Table 16). Table 16: Evidence Indicators for Evaluating the Readiness Factor, “Institutional Framework and Capacity” Are there entities for the following: Setting up a state energy efficiency strategy or policy. Do they have the sole mandate of promoting energy efficiency? Regulating energy efficiency activities of energy suppliers Regulating energy efficiency activities of energy consumers Regulating equipment energy efficiency standards Enforcing or certifying compliances with building energy efficiency standards States that have dedicated institutions for energy efficiency policy formulation and regulation can be regarded as frontrunners under this readiness factor. Outcome of Index-Based Evaluation The findings of the assessment have been presented under each evidence indicator applied. Dedicated Entities for Setting State Energy Efficiency Strategy or Policy. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 52 This evidence indicator captures whether the states have assigned entities for setting their strategies or policies on energy efficiency and, if at all, whether they have the sole mandate of promoting energy efficiency. In the current framework of energy efficiency governance, SDAs have been vested with the responsibility of formulating energy efficiency strategies or policies at the state level, as per the provisions of EC Act, 2001. It is interesting to note that the profiles of the SDAs vary greatly among the states. Out of the 34 SDAs, 14 are renewable energy development agencies, 9 are power departments of state governments, 6 are electrical inspectorate offices, 3 are electricity DISCOMs, and 2 are societies registered under the Societies Registration Act, 1860. Clearly, most SDAs have been given the mandate of energy efficiency governance as an additional mission/portfolio. This creates a sense of competition between the energy efficiency and other mainstream functions of the SDAs for internal resources. Only the SDA of Andhra Pradesh’s (State Energy Conservation Mission (SECM)) has been constituted27 with the sole mandate of promoting energy efficiency in the state. The Energy Management Centre, Kerala’s SDA, is also unique in this regard. Constituted28 in 1996 as an autonomous body under the department of Power, Government of Kerala, its primary mandate includes promotion of energy conservation in the state. Nevertheless, the Kerala SDA does not qualify as an SDA with the sole mandate of promoting energy efficiency, considering its other activities like developing small hydropower. The sole mandate with the Andhra Pradesh SDA is expected to garner adequate resources without any competition for internal funds for advancing energy efficiency implementation in times to come. Dedicated Entities for Regulating Energy Efficiency Activities of Power Suppliers In the current framework of electricity governance (EA 2003), SERCs are vested with the authority to regulate power suppliers in the states. SERCs usually promote energy efficiency activities of DISCOMs through setting T&D loss reduction targets to or bringing DSM regulations for the DISCOMs. Dedicated Entities for Regulating Energy Efficiency Activities of Energy Consumers Having a broad mandate of promoting energy conservation in the states, SDAs are responsible for regulating energy consumption in the states. Apart from SDAs, SERCs serve a major role to regulate energy consumption by introducing DSM regulations or tariff-based incentives (ToD tariffs). Dedicated Entities for Regulating Equipment Energy Efficiency Standards As per section 18 of the EC Act, a state can exercise its power to direct the regulation of the energy consumption standards for equipment and appliances . However, Kerala is the only state that has exercised this power. It has issued the Energy Conservation (Energy Consumption Standards for Equipment and Appliances) Directions, 2015. Otherwise, this function is currently carried out by the BEE at the central level. For necessary country-wide regulation of the equipment energy efficiency standards, the active involvement of the states in this regard is vital. Dedicated Entities for Enforcing and Certifying Compliance with Building Energy Efficiency Standards While the EC Act, 2001, directs the states to amend the ECBC and issue notification for enforcement, only six states (Andhra Pradesh, Odisha, Punjab, Rajasthan, and Uttarakhand) have notified the ECBC. Although a system for enforcement should be an integral part of the notified ECBC, ECBC notification in Karnataka does not clearly designate any specific party for enforcement of the building energy codes. On the other hand, owing to unavailability of a gazette copy of the ECBC notification of Uttarakhand, it would not be possible to give them a score against this metric. In other states, in the absence of an ECBC notification, enforcing building energy efficiency standards does not arise. However, Kerala is the only state that has introduced energy efficiency standards for buildings (residential, commercial, and public) in spite of a pending ECBC notification. The announced Energy Conservation (Energy Consumption Standards for Equipment and Appliances) Directions, 2015, also spells out the compliance framework, including directing DISCOMs to act in the case of noncompliance. 27 Society registered under the AP Societies Registration Act, 2001. 28 Registered under the Travancore-Cochin Literary, Scientific and Charitable Societies Act of 1955. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 53 Monitoring and Evaluation Systems The following subsections provide details of the assessment and its outcome under this readiness factor. Significance of the Readiness Factor For successful enforcement of regulations, institutional framework alone may not be enough for ensuring compliance. It should be backed by appropriate compliance or enforcement mechanisms. Loopholes in the mechanisms often defeat the very objective of such regulations. For example, in spite of the stipulating energy efficiency targets to utilities in their generation, T&D or other business activities, real energy savings may not be achieved until and unless relevant indicators are measured and tracked. Similarly, enforcement of ECBCs warrants instituting an unambiguous and robust system for compliance. In both the aforesaid cases, lack of propriety and transparency in the functioning of the enforcing agencies can be damaging and can lead to mistrust among the stakeholders. This calls for engaging independent third parties for ensuring compliance. Similar to enforcement, realizing the full energy-saving potential from energy efficiency solutions and programs warrants a holistic approach. The latter may entail a range of steps, from undertaking comprehensive studies to creating a self-sustaining system for stimulating energy efficiency efforts. Taking into account the importance of readiness for enforcement or implementation of energy efficiency efforts, this evaluation study examines the states based on the following set of evidence indicators (refer to Table 17), which are chosen maintaining relevance with preceding factors. Table 17: Evidence Indicators for Assessing the Readiness Factor, “Monitoring and Evaluation Systems” Are energy savings or other target indicators measured to track performance in meeting energy efficiency requirements? - Generation - T&D - Demand side Are the requirements measured or validated by independent third parties? - Generation - T&D - Demand side Does the regulator track utilities’ compliance with directives for providing energy usage information to customers? Are load research studies conducted by the utilities to plan DSM programs? Has the SDA developed an empanelment mechanism for energy consultants and auditors? Does the notified ECBC directive specify a system for compliance with the building energy efficiency codes? Is the ECBC compliance verified by independent third parties? Outcome of the Index-Based Evaluation The findings of the assessment have been presented under each evidence indicator applied. Measuring Energy Savings or Related Indicators to Track Energy Efficiency Compliance of Utilities India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 54 In case SERC sets energy efficiency targets to utilities in power generation and T&D, the energy savings or related indicators, such as SHR and T&D losses, are measured and reported to SERC at the time of annual performance reviews. With regard to energy savings from utility-driven DSM measures, the DISCOMs usually report deemed or expected energy savings from the implemented DSM measures based on certain M&V protocol. This study considers such reporting as evidence of energy savings measurement to track the usefulness of DSM measures. States that have implemented DSM-based DELP, LED streetlighting projects, or agriculture-DSM are considered for scoring against this metric. Validation of Energy Efficiency Measurement by an Independent Third Party Upon examining the tariff orders, it is found that an independent third party is not involved in validation of the energy efficiency measurement in any of the states. Regarding energy efficiency in power generation and supply by improving station heat rate and through the reduction of T&D losses respectively, DISCOMs are required to report necessary audited data to the SERCs for computing the losses. In case of energy savings through DSM, DISCOMs only inform the SERCs about the expected energy savings from implementation of a DSM measure. However, in some cases, validation of energy savings through DSM is conducted through surveys without any direct monitoring using energy meters. Regulator Tracking Utility’s Compliance with Directives for Providing Energy Usage Information to Customers All the state utilities are typically guided by the electricity supply codes that specify the standards and norms for providing electricity usage information to consumers. Regulators track utilities’ compliance according to the supply codes. Load Research Studies by Utilities to Plan DSM Programs Load research studies holds strategic importance as they help characterize the end-use electricity consumption, identify strategic demand side measures, and develop action plans to formulate and design possible DSM interventions. Load research studies are reportedly being carried out by one or more utilities in 23 states as of April 2016 (see Figure 10). Load research study undertaken Study yet to be executed Figure 10: Status of Load Research Study across the States, as of April 2016 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 55 Empanelment of Energy Consultants or Auditors Empanelling energy consultants or auditors is one of the important steps SDAs should take to create an ecosystem for scaling up energy conservation efforts in a state. This state-level assessment on energy efficiency implementation readiness has identified 12 states (Andhra Pradesh, Chhattisgarh, Delhi, Gujarat, Haryana, Himachal Pradesh, Kerala, Madhya Pradesh, Maharashtra, Odisha, Uttarakhand and Uttar Pradesh) that have adopted mechanisms for the empanelment of energy auditors. Other states do not have a publicized system for empanelling these players. ECBC Directive Specifying a System for Compliance with Building Energy Efficiency Codes The ECBCs notified by the states should clearly state the compliance or M&V protocol for proper enforcement. However, there are cases where ECBC directives lack clear-cut guidelines on compliance—the roles and responsibilities of the authorities involved are not clearly mentioned, which leaves plenty of ambiguity. Moreover, the compliance requirement that involves verification by independent third parties is not included in the ECBC directives in all the six states where ECBC has been notified. Overall Outcome of Index-Based Evaluation This evaluation study examines the energy efficiency implementation readiness of 28 states and the National Capital Territory of Delhi against a suite of evidence indicators under 11 different energy efficiency readiness factors. The latter is grouped under three broad categories: (a) policy and incentives (bi) market maturity, and (c) institutional capacity. This stratified approach leads to index-based scoring of individual states under 11 factors (taking into consideration how they fare against the evidence indicators), based on which the states are assessed under the three broad categories. Tables 18–20 present the factor-wise index-based scores of the states, followed by their status in each of the three readiness categories. Table 18: Index-Based Scorecard of the States for Policy and Incentives States Factors Category State plan Mandates Mandates Incentives Incentives Implement Policy and for energy for for public to MSMEs to large ation of incentives efficiency utilities institution (out of 2) scale ECBCs (out of 30) (out of 2) (out of 11) s energy (out of 9) (out of 4) users (out of 2) Andhra 1.0 4.0 1.0 1.0 0.0 6.0 13.0 Pradesh Arunachal 0.0 1.0 1.0 0.0 0.0 0.0 2.0 Pradesh Assam 0.0 5.0 1.0 0.0 0.0 0.5 6.5 Bihar 0.5 6.0 0.0 0.0 0.0 0.5 7.0 Chhattisgarh 0.0 6.0 1.0 0.0 0.0 0.5 7.5 Delhi 0.0 8.0 1.0 0.0 0.0 0.5 9.5 Goa 0.0 3.0 0.0 0.0 0.0 0.0 3.0 Gujarat 1.0 8.0 1.0 1.0 0.0 0.5 11.5 Haryana 1.0 6.0 2.0 1.0 0.0 0.5 10.5 Himachal 1.0 6.0 2.0 0.0 0.0 0.5 9.5 Pradesh Jammu & 0.0 2.0 1.0 0.0 0.0 0.0 3.0 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 56 Kashmir Jharkhand 1.0 5.0 1.0 0.0 0.0 0.0 7.0 Karnataka 1.0 7.0 1.0 1.0 0.0 6.0 16.0 Kerala 1.0 4.0 2.0 2.0 1.0 0.5 10.5 Madhya 0.0 5.0 0.0 0.0 0.0 0.5 5.5 Pradesh Maharashtra 1.0 7.0 2.0 2.0 2.0 2.5 16.5 Manipur 1.0 2.0 0.0 0.0 0.0 0.0 3.0 Meghalaya 0.0 3.0 0.0 0.0 0.0 0.0 3.0 Mizoram 1.0 3.0 0.0 0.0 0.0 0.0 4.0 Nagaland 1.0 2.0 0.0 0.0 0.0 0.0 3.0 Odisha 1.0 6.0 2.0 0.0 0.0 5.0 14.0 Punjab 1.0 7.0 1.0 1.0 0.0 5.0 15.0 Rajasthan 0.0 7.0 3.0 0.0 0.0 5.0 15.0 Sikkim 0.0 2.0 0.0 0.0 0.0 1.0 3.0 Tamil Nadu 1.0 8.0 1.0 1.0 0.0 0.5 11.5 Tripura 0.0 6.0 0.0 0.0 0.0 0.0 6.0 Uttarakhand 1.0 5.0 1.0 0.0 0.0 3.0 10.0 Uttar 0.0 6.0 1.0 1.0 0.0 2.5 10.5 Pradesh West Bengal 1.0 4.0 0.0 0.0 0.0 2.5 7.5 Table 19: Index-Based Scorecard of the States for Market Maturity States Factors Category Information or Energy efficiency Financing Market maturity tools available to potential and mechanisms for (out of 30) consumers implementation energy efficiency (out of 8) experience activities (out of 13) (out of 9) Andhra Pradesh 3.0 11.01 3.0 17.01 Arunachal Pradesh 3.0 2.20 3.0 8.20 Assam 3.0 2.38 2.0 7.38 Bihar 3.0 4.30 3.0 10.30 Chhattisgarh 3.0 6.31 3.0 12.31 Delhi 4.0 6.06 5.0 15.06 Goa 3.0 2.68 2.0 7.68 Gujarat 3.0 5.29 5.0 13.29 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 57 Haryana 3.0 3.62 4.0 10.62 Himachal Pradesh 3.0 4.99 4.0 11.99 Jammu & Kashmir 3.0 1.96 2.0 6.96 Jharkhand 3.0 4.67 2.0 9.67 Karnataka 3.0 7.34 5.0 15.34 Kerala 3.0 4.98 6.0 13.98 Madhya Pradesh 3.0 4.96 2.0 9.96 Maharashtra 3.0 6.79 5.0 14.79 Manipur 0.0 2.39 1.0 3.39 Meghalaya 0.0 2.39 1.0 3.39 Mizoram 0.0 2.37 1.0 3.37 Nagaland 0.0 2.29 1.0 3.29 Odisha 0.0 4.40 3.0 7.40 Punjab 3.0 2.74 4.0 9.74 Rajasthan 3.0 8.89 4.0 15.89 Sikkim 0.0 2.81 1.0 3.81 Tamil Nadu 0.0 4.34 3.0 7.34 Tripura 0.0 4.26 3.0 7.26 Uttarakhand 3.0 3.98 3.0 9.98 Uttar Pradesh 3.0 6.62 3.0 12.62 West Bengal 3.0 2.54 1.0 6.54 Table 20: Index-Based Scorecard of the States for Institutional Capacity States Factors Category Institutional framework Monitoring and Institutional capacity and capacity evaluation systems (out of 17) (out of 6) (out of 11) Andhra Pradesh 5.0 7.0 12.0 Arunachal Pradesh 3.0 2.0 5.0 Assam 3.0 3.0 6.0 Bihar 3.0 4.0 7.0 Chhattisgarh 3.0 5.0 8.0 Delhi 3.0 6.0 9.0 Goa 3.0 3.0 6.0 Gujarat 3.0 6.0 9.0 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 58 Haryana 3.0 5.0 8.0 Himachal Pradesh 3.0 5.0 8.0 Jammu & Kashmir 3.0 3.0 6.0 Jharkhand 3.0 3.0 6.0 Karnataka 3.0 5.0 8.0 Kerala 5.0 5.0 10.0 Madhya Pradesh 3.0 5.0 8.0 Maharashtra 3.0 5.0 8.0 Manipur 3.0 2.0 5.0 Meghalaya 3.0 3.0 6.0 Mizoram 3.0 3.0 6.0 Nagaland 3.0 2.0 5.0 Odisha 4.0 7.0 11.0 Punjab 4.0 4.0 8.0 Rajasthan 4.0 7.0 11.0 Sikkim 3.0 2.0 5.0 Tamil Nadu 3.0 4.0 7.0 Tripura 3.0 4.0 7.0 Uttarakhand 3.0 5.0 8.0 Uttar Pradesh 3.0 5.0 8.0 West Bengal 3.0 2.0 5.0 Table 21 gives an overview of the index-based scores of the states under each of the three readiness categories, as well as for their overall energy efficiency implementation readiness. Table 21: Index-Based Scorecard of the States for Overall Energy Efficiency Implementation Readiness States Categories Energy efficiency implementation Policy and Market maturity Institutional readiness incentives (out of 30) capacity (out of 77) (out of 30) (out of 17) Andhra Pradesh 13.0 17.01 12.0 42.01 Arunachal Pradesh 2.0 8.20 5.0 15.20 Assam 6.5 7.38 6.0 19.88 Bihar 7.0 10.30 7.0 24.30 Chhattisgarh 7.5 12.31 8.0 27.81 Delhi 9.5 15.06 9.0 33.56 Goa 3.0 7.68 6.0 16.68 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 59 Gujarat 11.5 13.29 9.0 33.79 Haryana 10.5 10.62 8.0 29.12 Himachal Pradesh 9.5 11.99 8.0 29.49 Jammu & Kashmir 3.0 6.96 6.0 15.96 Jharkhand 7.0 9.67 6.0 22.67 Karnataka 16.0 15.34 8.0 39.34 Kerala 10.5 13.98 10.0 34.48 Madhya Pradesh 5.5 9.96 8.0 23.46 Maharashtra 16.5 14.79 8.0 39.29 Manipur 3.0 3.39 5.0 11.39 Meghalaya 3.0 3.39 6.0 12.39 Mizoram 4.0 3.37 6.0 13.37 Nagaland 3.0 3.29 5.0 11.29 Odisha 14.0 7.40 11.0 32.40 Punjab 15.0 9.74 8.0 32.74 Rajasthan 15.0 15.89 11.0 41.89 Sikkim 3.0 3.81 5.0 11.81 Tamil Nadu 11.5 7.34 7.0 25.84 Tripura 6.0 7.26 7.0 20.26 Uttarakhand 10.0 9.98 8.0 27.98 Uttar Pradesh 10.5 12.62 8.0 31.12 West Bengal 7.5 6.54 5.0 19.04 The outcome of the index-based evaluation reflects the significant gap between the states’ current level of readiness in energy efficiency implementation and best practices for the sector, thus pointing out that most states in India have a lot to act on to improve their capacity to pursue energy efficiency objectives. It is paramount that state actors seriously consider the agenda of energy conservation an essential part of delivering governance. Moreover, the concerned authorities, both at central and state levels, should recognize the significance of creating a self-sustaining ecosystem at regional or local levels for driving energy efficiency initiatives across the country. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 60 5. Snapshot and Insights The following sections give a snapshot of the current status of energy efficiency implementation readiness of 28 states and the National Capital Territory of Delhi under 11 readiness factors based on the index-based evaluation detailed above. Here, the readiness of the states under each factor has been expressed in a percentage of their index-based scores, and is presented in pie charts (refer to Figures 11, 13, 15, 17, 19, 21, 23, 25, 27, 29, and 31). A similar approach is followed to present the outcome of the evaluation for each readiness category (see Figures 33–35) and the overall energy efficiency implementation readiness (refer to Figure 36). This helps draw a quick comparative assessment of progress among the states at factor and category levels. The assessment is also reflected with the pan India average score to give a sense of where individual states stand with respect to the countrywide level. In addition, progress against major energy efficiency readiness indicators (represented in this study as evidence indicators) has been tracked by accounting the number of states registering qualifying action against each indicator. This is presented in the ensuing bar diagrams (refer to Figures 12, 14, 16, 18, 20, 22, 24, 26, 28, 30, and 32), which suitably highlight specific areas where most states are lagging, and therefore warrant further action. The causal impact of existing state policies, regulations or institutional capacity on current scale of project implementation is considered to be an interesting piece of information. This study, therefore, endeavors to examine possible correlation between states’ performance in implementing energy efficiency projects (as captured under the implementation experience readiness factor) and their preparedness for pursuing energy efficiency. To this end, regression analyses have been carried out where implementation activities (accounted by quantitative evidence indicators) are considered dependent variables, and qualitative readiness evidence indicators relevant to those implementation activities are treated as independent variables. The causal effect of individual energy efficiency readiness evidence indicators on project implementation can be evaluated from the regression analysis-derived coefficient values. Whether the dependent variables (endogenous) are sensitive to the independent variables (exogenous) can be determined from the statistically derived R-square value. Closer the value to 1, more sensitive the endogenous variables are on the independent variables. It is also to be seen whether the result is statistically significant as reflected from the F-value. While the pace of energy efficiency project implementation activities in the states is gradually picking up, the full impact of the state policies, regulations, or institutional capacity could not be ascertained assertively from the regression analysis. There could be several reasons. The outcome of this analysis indicates that apart from the defined exogenous factors—that is, states’ policies, regulations, or institutional strength—there can be other ingredients to this energy efficiency ecosystem, such as political environment, coordination, and cooperation with national and federal policies and institutions, access to energy-efficient technologies, and cross-cutting issues like energy price and tariff, and level of subsidies. These factors might mask the effect of the states’ initiatives. There is scope to improve this regression analysis once sufficient time-series data are available. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 61 Sector-Specific Action Plan for Scaling Up Energy Efficiency Efforts Figure 11 showcases the benchmark of the performance of the states in percentage scores, under the readiness factor “ Sector-Specific Action Plan for Scaling Up Energy Efficiency Efforts.” Figure 11: Percentage Scores of the States for Their Performance in “Sector-Specific Action Plan for Scaling Up Energy Efficiency Efforts ” Institutions for policy, Institutions for policy, Institutions for policy, Andhra Arunachal State plan for energy regulation and regulation and regulation Himachal and State plan for energy State Assam plan for energy Bihar efficiency Chhattisgarh State Delhi plan for energy State plan for energy Goa State plan for energy Gujarat Haryana Pradesh State EE plan Pradesh Pradesh implementation implementation implementation efficiency efficiency efficiency efficiency efficiency 25% 50% 50% 50% 50% 75% Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Jammu & regulation and regulation and regulation and Madhya regulation and regulation and regulation and regulation and State plan for energy Jharkhand Karnataka Kerala State plan for energy Maharashtra Manipur Meghalaya State plan for energy Mizoram Nagaland Kashmir implementation implementation implementation Pradesh implementation implementation implementation implementation efficiency efficiency efficiency 50% 50% 50% 50% 50% 50% 50% Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, regulation and regulation and regulation and regulation and Uttar regulation and India Odisha Punjab Rajasthan State plan for energy StateSikkim plan for energy Tamil Nadu Tripura State plan for energy Uttarakhand State plan for energy West Bengal State plan for energy implementation implementation implementation implementation Pradesh implementation average efficiency efficiency efficiency efficiency efficiency 28% 50% 50% 50% 50% 50% 72% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 62 Clearly articulated sector-specific actions and targets are key ingredients of an enabling ecosystem for energy efficiency implementation. Hence, to start with the states should ascertain the energy efficiency potential across different sectors in the state, formulate their own energy efficiency action plans and adopt sector-wise and time- bound targets to achieve. However, only 14 states have developed action plans or policies towards energy efficiency, and only two states have identified energy savings targets, but are yet to be formally adopted (refer to Figure 12). None of the states have enacted legislation backing the energy efficiency action plan (refer to Figure 12). 14 3 2 0 Legislation, policy or Legislation, policy or Quantified energy Quantified energy action plan: developed action plan: under efficiency goal or efficiency goal or development target: developed target: under development Figure 12: Number of States Having a Sector-Specific Action Plan India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 63 Mandates for Utilities to Invest in Energy Efficiency Figure 13 showcases the benchmark of the performance of the states in percentage scores, under the readiness factor “ Mandates for Utilities to Invest in Energy Efficiency.” Figure 13: Percentage Scores of the States for Their Performance in “Mandates for Utilities to Invest in Energy Efficiency” Andhra Arunachal Himachal Assam Bihar Chhattisgarh Delhi Goa Gujarat Haryana Pradesh Pradesh Pradesh EE mandates for Utilities EE mandates for Utilities EE mandates for Utilities EE mandates for Utilities EE mandates for Utilities EE mandates for UtilitiesEE mandates for Utilities EE mandates for Utilities EE mandates for Utilities EE mandates for Utilities 9% 27% 36% 45% 73% 55% 55% 55% 55% 73% Jammu & Madhya Jharkhand Karnataka Kerala Maharashtra Manipur Meghalaya Mizoram Nagaland Kashmir EE mandates for Utilities Pradesh EE mandates for Utilities EE mandates for Utilities EE mandates for UtilitiesEE mandates for Utilities EE mandates for Utilities EE mandates for Utilities EE mandates for Utilities EE mandates for Utilities EE mandates for Utilities 18% 18% 18% 27% 27% 45% 36% 45% 64% 64% Odisha EE mandates for Utilities Punjab Rajasthan EE mandates Sikkim for Utilities EE mandates for Utilities Tamil Nadu Tripura mandates EEUttar for Utilities Pradesh West Bengal mandates EEIndia for Utilities average EE mandates for Utilities EE mandates mandates for Utilities for Utilities EE Uttarakhand EE mandates for Utilities EE mandates for Utilities 18% 36% 45% 55% 45% 64% 55% 55% 64% 73% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 64 Power utilities are the most critical agents for achieving energy efficiency in a country. The collective potential of utilities to improve energy efficiency both at supply and demand sides is enormous. The quintessential approach to capture this potential is by regulating the energy efficiency activities of utilities with clear and unambiguous mandates. The assessment shows that state electricity regulatory commissions across all 28 states and the National Capital Territory of Delhi have issued some kind of directives to the DISCOMs to reduce T&D losses in their networks (refer to Figure 14). Another intervention area that has gained traction is DSM. Nineteen states up to now have notified DSM regulations. However, up to now, none of the state DSM regulations specify any energy savings targets to the utilities. Moreover, detailed guidelines on cost-effectiveness and M&V of DSM measures, a key component to scale up a DSM initiative, are missing in most states. With regard to demand response, most of the state regulatory commissions have approved a ToD-based tariff; however, it is limited to industrial consumers. It is worthwhile to mention that integrated resource planning (IRP), considered one of the key factors for sustaining utility-driven DSM initiatives, is yet to be part of India’s energy efficiency ecosystem. 29 22 22 21 19 0 5 2 Obligation to Obligation to Obligation to DSM Guidelines on Stipulating Incentivizing Obligation carry out carry out carry out regulations cost utilities to set customers for submit IRP energy energy energy notified effectiveness up in-house demand efficiency in efficiency in efficiency in or M&V of DSM cell response generation T&D demand side utility-DSM Figure 14: Number of States Where Utilities Have Specific Energy Efficiency Obligation India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 65 Mandates for Public Institutions to Invest in Energy Efficiency Figure 15 showcases the benchmark of the performance of the states in percentage scores for “Mandates for Public Institutions to Invest in Energy Efficiency.” Figure 15: Percentage Scores of the States for Their Performance in “Mandates for Public Institutions to Invest in Energy Efficiency” Andhra Arunachal Mandates for public Himachal Assam Mandates Biharfor public Chhattisgarh Delhi Goa Gujarat Haryana EE mandates for public EE mandates for public EE mandates for public Pradesh EE mandates for public Pradesh EE mandates for public EE mandates for public EE mandates for public EE mandates for public Pradesh institutions institutions institutions institutions institutions institutions institutions institutions institutions institutions 0% 0% 25% 25% 25% 25% 25% 25% 50% 50% 50% 50% 75% 75% 75% 75% 75% 75% Jammu & Madhya Mandates for public Mandates for public Mandates for public Mandates for public Mandates for public EE mandates for public Jharkhand EE mandates for public Karnataka Kerala Maharashtra EE mandates for public Manipur Meghalaya Mizoram Nagaland Kashmir EE mandates for public EE mandates for public Pradesh institutions institutions institutions institutions institutions institutions institutions institutions institutions institutions 0% 0% 0% 0% 0% 25% 25% 25% 50% 50% 50% 50% 75% 75% 75% Mandates for public Mandates for public Uttar Mandates for public Odisha EE mandates for public Punjab Rajasthan EE mandates for public Sikkim Tamil Nadu Tripura Uttarakhand EE mandates for public West Bengal institutions India average EE mandates for public institutions EE mandates for public institutions EE mandates for public institutions EE mandates for public Pradesh institutions institutions institutions institutions institutions institutions 0% 0% 0% 25% 22% 25% 25% 25% 25% 50% 50% 75% 75% 75% 75% 75% 78% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 66 On the issue of public procurement of energy efficient appliances, the central government has issued a notification directing all central government departments, ministries, and attached and subordinate offices to ensure that the procurement of the specified product categories —that is, split ACs, frost-free refrigerators, ceiling fans, and water heaters—must carry the threshold BEE star rating indicated against them, or higher. The state governments should follow suit by notifying the public institutions under their jurisdiction to procure energy-efficient appliances and equipment for their uses (such as efficient lights and star-rated appliances). However, only 15 states are found to act on this (refer to Figure 16). Alternatively, there is hardly any directive to municipalities or state road transport corporations to undertake necessary measures to improve energy efficiency. To promote energy efficiency, some states have instituted the State Energy Conservation Award. 15 8 3 0 Binding obligations for Binding obligations for Binding obligations for State Energy procurement of energy procurement of energy procurement of energy Conservation Award efficiency applications for efficiency applications for efficiency applications for public buildings municipalties road transport Figure 16: Number of States Where Public Institutions Have Specific Energy Efficiency Mandate India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 67 Incentives for MSMEs to Invest in Energy Efficiency Figure 17 showcases the benchmark of the performance of the states under the readiness factor “Incentives for MSMEs to Invest in Energy Efficiency.” Figure 17: Percentage Scores of the States for Their Performance in “Incentives for MSMEs to Invest in Energy Efficiency” Andhra Arunachal Assam Bihar Chhattisgarh Delhi Goa Gujarat EE mandates for public Haryana Himachal EE mandates for public EE mandates for public Pradesh institutions Pradesh institutions institutions Pradesh Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs 0% 0% 0% 0% 0% 0% 0% 50% 50% 50% 50% 50% 50% Jammu & EE mandates for public Madhya Jharkhand Karnataka Kerala Maharashtra Manipur Meghalaya Mizoram Nagaland Kashmir institutions Incentives for MSMEs Pradesh Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs 0% 0% 0% 0% 0% 0% 0% 50% 50% 100% 100% EE mandates for public India Odisha EE mandates for public Punjab Rajasthan Sikkim Tamil Nadu Tripura Uttarakhand EE mandates Uttar for public Pradesh West Bengal institutions institutions institutions Incentives for MSMEs to average Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs Incentives for MSMEs invest in EE 0% 0% 0% 0% 0% 0% 19% 50% 50% 50% 50% 50% 50% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 68 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 69 Despite MSMEs accounting for about 45% of India’s manufacturing output and 40% of India’s total exports, they lack modernization, which is reflected in the efficiency of energy use. Considering the potential of the sector, the Government of India has emphasized upgrading technology in this sector and launched several schemes. However, to expand the reach of such initiatives, support at the state level is necessary, which is found to be lacking. Only six states have given some kind of financial incentives to MSMEs for adopting energy efficiency measures (refer to Figure 18). Fewer states have provided them assistance to explore energy efficiency opportunities. 6 5 Energy efficiency incentives for MSMEs Assistance to MSMEs to identify energy saving investment opportunities Figure 18: Number of States Providing Incentives to MSMEs India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 70 Incentives for Large-Scale Users to Invest in Energy Efficiency Figure 19 showcases the benchmark of the performance of the states in percentage scores, under the readiness factor “ Incentives for Large-Scale Users to Invest in Energy Efficiency.” Figure 19: Percentage Scores of the States for Their Performance in “Incentives for Large-Scale Users to Invest in Energy Efficiency” Andhra Arunachal Himachal Incentives or mandates for Incentives or mandates for Assam Incentives IncentivesBihar or mandates for or mandates for Chhattisgarh Incentives or mandates for Delhi Incentives or mandates for IncentivesGoa or mandates for Gujarat Incentives for Haryana or mandates Incentives Incentives or mandates for or mandates for Pradesh Pradesh Pradesh large scale users large scale users large scale users large scale users large scale users large scale users large scale users large scale users large scale users large scale users Jammu & EE mandates for public Madhya Jharkhand Karnataka Kerala institutions Maharashtra Manipur Meghalaya Mizoram Nagaland Kashmir Incentives or mandates for Incentives or mandates for Incentives or mandates for Pradesh Incentives Incentives or mandates for Incentives or mandates for or mandates forIncentives for MSMEsIncentives or mandates for Incentives or mandates for large scale users large scale users large scale users large scale users large scale users large scale users large scale users large scale users 50% 50% 100% Uttar Odisha Punjab Rajasthan Sikkim Tamil Nadu Tripura Uttarakhand West Bengal India average Incentives for large scale Incentives or mandates for Incentives or mandates for Incentives or mandates for Incentives or mandates for Incentives or mandates for Incentives or mandates for Incentives or mandates for Incentives Incentives or mandates or mandates for Pradesh for large scale users large scale users large scale users large scale users large scale users large scale users large scale users large scale users large scale users users to invest in EE 5% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 71 The energy efficiency readiness assessment of the states also reveals the lack of initiative of the states in promoting energy efficiency among large energy users: industrial and commercial consumers (refer to Figure 20). 2 1 Incentives for large-scale energy consumers Assistance to identify energy saving investment opportunities Figure 20: Number of States Giving Incentives to Large-Scale Energy Users India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 72 Implementation of ECBCs Figure 21 showcases the benchmark of the performance of the states in percentage scores, under the readiness factor “ Implementation of ECBCs.” Figure 21: Percentage Scores of the States for Their Performance in “Implementation of ECBCs” Andhra Arunachal Himachal Assam Bihar Chhattisgarh Delhi or mandates for IncentivesGoa Gujarat Haryana Pradesh Pradesh Incentives or mandates for Pradesh Building energy codes large scale users large scale users 6% 6% 6% 6% 6% 6% 6% 67% Jammu & Madhya Jharkhand Karnataka Kerala Maharashtra Manipur Meghalaya Mizoram Nagaland Kashmir Pradesh Incentives or mandates for Incentives Incentives or mandates for or mandates for Building energy codes for Incentives or mandates Incentives Incentives or mandates for or mandates for large scale users large scale users large scale users large scale users large scale users large scale users 6% 6% 28% 67% Uttar India Odisha Punjab Rajasthan Sikkim Tripura Tamil Nadu Incentives or mandates for Uttarakhand West Bengal Pradesh Building energy codes Building energy codes average Building energy codes Building energy codes Building energy codes large scale users 6% 11% 17% 33% 28% 28% 56% 56% 56% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 73 The EC Act 2001 allows the states to amend the ECBCs to suit the regional and local climatic conditions and subsequently notify the codes. However, only six states have issued notification of ECBC, and 13 more states have amended ECBC, but have yet to notify (refer to Figure 22). With respect to building energy labeling or rating, municipalities or ULBs in only nine states have adopted GRIHA or BEE star labeling, whereas seven of these states have offered incentives to builders in the form of tax concessions or additional free-of-cost FAR for obtaining the labeling or rating certification. Interestingly, some of these states have yet to notify ECBC. 13 9 7 6 6 6 3 0 0 ECBC ECBC Energy Energy Energy Labeling or Disclosure of Disclosure of Incentives for notified amended efficiency efficiency efficiency rating system a property's annual high-quality codes for codes for codes for energy usage property energy new new building at the point ofenergy usage efficiency residential commercial renovations sale or when certifications buildings buildings for leased commercial buildings Figure 22: Number of States Implementing Building Energy Codes India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 74 Information or Tools Available to Consumers on Electricity Usage Figure 23 showcases the benchmark of the performance of the states in percentage scores, under the readiness factor “ Information or Tools Available to Consumers on Electricity Usage.” Figure 23: Percentage Scores of the States for Their Performance in “Information or Tools Available to Consumers on Electricity Usage” Andhra Information to Arunachal provided providedInformation to Information provided to Information provided Information provided to EE mandates for public Information to provided Information provided Information to to Himachal provided Information provided to Assam Bihar to Chhattisgarh Delhi institutions Goa Gujarat Haryana Pradesh consumers Pradesh consumers consumers consumers consumers consumers consumers consumers Pradesh consumers 38% 38% 38% 38% 38% 50% 50% 38% 38% 38% 38% 63% 63% 63% 63% 63% 63% 63% 63% 63% Information Jammu provided to & Information provided to Information Information provided to to provided Information Information provided to provided to Madhya consumers Jharkhand consumers Karnataka consumers Kerala consumers consumers Maharashtra consumers Manipur State Meghalaya plan for energy State Mizoram plan for energy State Nagaland plan for energy State plan for energy Kashmir Pradesh efficiency efficiency efficiency efficiency 38% 38% 38% 38% 38% 38% 63% 63% 63% 63% 63% 63% Information Information provided to provided to Information providedInformation to Information provided to provided to Uttar plan for energy Odisha State plan for energy Punjab consumers Rajasthan consumers StateSikkim Tamil plan for energy State plan Nadu for energy State plan Tripura for energy Uttarakhand consumers consumers West Bengal State consumers India average Pradesh efficiency efficiency efficiency efficiency efficiency 38% 38% 38% 38% 38% 28% 63% 63% 63% 63% 63% 72% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 75 Information pertaining to past and peer usage enables utilities and consumers to monitor, measure, and evaluate energy efficiency impacts in a transparent and reliable manner. It is not just the knowledge of electricity usage; control is also an important function to leverage vital information for acting in a timely manner on demand-side measures. Although providing past electricity usage data through customers’ electricity bills is a common practice in most parts of the country, currently utilities in none of the states inform the consumers about the electricity usage levels of peer groups or make any such comparison to benchmark usage levels (refer to Figure 24). Introduction of smart features is also at its infancy. 21 1 0 0 Customers receiving bills Customers receiving bills Real-time feedback on Ability to manage energy that show their energy which compare them to energy usage usage levels remotely usage compared to other users in the same previous bills region and/or usage class Figure 24: Number of States Providing Quality Information or Tools to Consumers India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 76 Energy Efficiency Potential and Implementation Experience Figure 25 showcases the benchmark of the performance of the states in percentage scores, under the readiness factor “ Energy Efficiency Potential and Implementation Experience.” Figure 25: Percentage Scores of the States for Their Performance in “Energy Efficiency Potential and Implementation Experience” Implementation Implementation Andhra of DSM Arunachal of DSM Implementation Implementation Assam of DSM Implementation Bihar of DSM Chhattisgarhof DSM Implementation Implementation Delhi of DSM Goa of DSMImplementation Implementation Gujarat of DSM Haryana of DSM Implementation Himachal of DSM projects Pradesh projects Pradesh projects projects projects projects projects projects projects projects Pradesh 17% 18% 21% 33% 28% 38% 47% 41% 49% 85% Implementation Jammu & of DSM Implementation Jharkhand Implementation of DSM Karnataka Information of DSM Information provided to Kerala Madhyaprovided Implementation to Maharashtra Implementation of DSM Implementation Manipurof DSM Meghalaya Implementation of DSM Mizoram Implementation of DSM Nagaland of DSM projects Kashmir projects projects consumers consumers Pradesh projects projects projects projects projects 15% 18% 18% 18% 18% 36% 38% 38% 56% 52% 63% 63% Implementation Implementation Odisha of DSM Implementation Punjab of DSM Rajasthan of DSM Implementation Implementation Sikkim of DSM Tamil Nadu Implementation of DSM Tripura of DSMUttarakhand Implementation Implementation of DSM Implementation Uttar of DSM West Bengal Implementation of DSMIndia averageof DSM projects projects projects projects projects projects projects projects Pradesh projects projects 21% 22% 33% 33% 31% 20% 34% 34% 51% 68% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 77 The most significant progress in energy efficiency project implementation in the country came on the heels of establishment of “Energy Efficiency Services Limited” (EESL), a public sector ESCO to lead the investment related actions and create self-sustaining energy efficiency and DSM markets in the country. In most cases, EESL has entered into agreements with state DISCOMs or municipalities to implement large-scale DSM programs that include the DELP29, Energy-Efficient Street Lighting Program, and AgDSM. Fifteen states have taken part in household LED program, whereas LED streetlighting initiatives are running in 11 states (refer to Figure 26). AgDSM, however, has immense potential, but could make less progress. Recently, EESL has launched the energy-efficient domestic fan program wherein BEE 5 star–rated fans are provided to households to replace old inefficient fans. With regard to the Government of India’s program targeting the installation of 1 million solar pumps primarily for irrigation through state nodal agencies and NABARD, nine states have been found to make progress. 15 11 9 4 2 Distribution of LED Replacement of Adoption of LED street Adoption of 5 star rated Implementation of solar lamps among agricultural pumps with lighting domestic fans irrigation pump program households through BEE star rated pumps by state nodal agencies utility DSM program through utility DSM program Figure 26: Number of States Implementing Energy Efficiency Programs 29 Now, it is renamed the UJALA Distribution scheme. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 78 Financing Mechanisms Available for Energy Efficiency Activities Figure 27 showcases the benchmark of the performance of the states in percentage scores, under the readiness factor “ Financing Mechanisms Available for Energy Efficiency Activities.” Figure 27: Percentage Scores of the States for Their Performance in “Financing Mechanisms Available for Energy Efficiency Activities ” Andhra Arunachal Himachal Assam Bihar Chhattisgarh Delhi Goa Gujarat Haryana Pradesh Pradesh Financing mechanisms Financing mechanisms Financing mechanisms Financing mechanisms Pradesh Financing mechanisms Financing mechanisms Financing mechanisms Financing mechanisms Financing mechanisms Financing mechanisms 22% 22% 33% 33% 33% 33% 44% 44% 44% 44% 67% 67% 67% 67% 56% 56% 56% 56% 78% 78% Jammu & Madhya Financing Jharkhand Karnataka Kerala Maharashtra Manipur Meghalaya Mizoram Nagaland Kashmir Pradesh mechanisms Financing mechanisms Financing mechanisms Financing mechanisms Financing Financing mechanisms Financing mechanisms mechanisms Financing mechanisms Financing mechanisms Financing mechanisms 11% 11% 11% 11% 22% 22% 22% 44% 33% 44% 56% 56% 78% 78% 67% 78% 89% 89% 89% 89% Uttar Odisha Punjab Rajasthan Sikkim Tamil Nadu Tripura Uttarakhand West Bengal India average Pradesh Financing mechanisms for EE Financing mechanisms Financing mechanisms Financing mechanisms Financing mechanisms Financing mechanisms Financing mechanisms Financing mechanisms Financing mechanisms Financing mechanisms 11% 11% 33% 33% 33% 33% 33% 33% 44% 44% 67% 56% 56% 67% 67% 67% 67% 89% 89% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 79 The index-based energy efficiency readiness evaluation outcome reflects that many states are yet to adequately consider energy efficiency in making fiscal policies. Three classical financial mechanisms are found to be the mainstay to fund energy efficiency projects in the states: the state energy conservation fund, energy service agreements, and cost recovery through electricity tariffs. Other more intricate mechanisms have hardly at all been tried (refer to Figure 28). 25 23 21 7 5 2 1 0 0 SECF Capital On-bill Credit lines Energy Partial risk Cost DSM funds Others Subsidy financing with banks services guarantees recovery agreements through ARR/tariffs Figure 28: Number of States Where Specific Financing Mechanisms Are Available India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 80 Institutional Framework and Capacity Figure 29 showcases the benchmark of the performance of the states in percentage scores, under the readiness factor “ Institutional Framework and Capacity.” Figure 29: Institutions Percentage for policy, Scores of the States for Their Performance in “Institutional Framework and Capacity” Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, regulation Andhra and Arunachal regulation and regulation and regulation and regulation and regulation and regulation and regulation and regulation and regulation Himachal and implementation Assam Bihar Chhattisgarh Delhi Goa Gujarat Haryana Pradesh Pradesh implementation implementation implementation implementation implementation implementation implementation implementation implementation Pradesh 50% 50% 50% 50% 50% 50% 50% 67% 50% 83% Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, regulation Jammu & and regulation and regulation and regulation and regulation and regulation and regulation and regulation and regulation and regulation and Madhya Jharkhand Karnataka Kerala implementation Maharashtra Manipur Meghalaya Mizoram Nagaland implementation Kashmir implementation implementation implementation Pradesh implementation implementation implementation implementation implementation 50% 50% 50% 50% 50% 50% 50% 50% 50% 83% Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, Institutions for policy, regulation and regulation and regulation and regulation and regulation and regulation and regulation and regulation Uttar and regulation and regulation and Odisha implementation Punjab implementation Rajasthan implementation Sikkim implementation Tamil Nadu implementation Tripura implementation Uttarakhand implementation implementation implementation India average West Bengal implementation Pradesh 50% 50% 50% 50% 50% 50% 67% 67% 67% 54% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 81 There are five primary functional areas where institutional support is required at the state-level for enhancing energy efficiency implementation readiness, in line with the provisions of the EC Act, 2001: setting energy efficiency strategy and policy, regulating energy efficiency at the supply (including distribution) and demand sides, setting equipment energy efficiency standards, and enforcing or certifying compliance with building energy codes. Although all 28 states and the National Capital Territory of Delhi have state-designated agencies (SDAs) that are vested with the responsibility of formulating states’ energy efficiency strategies or policies (refer to Figure 30), their profiles are varied. Out of the 29 SDAs, the State Energy Conservation Mission (SECM), the SDA of Andhra Pradesh has the sole mandate for promoting energy efficiency. All other SDAs have been given the mandate of energy efficiency governance as an additional mission or portfolio. This creates a sense of competition between the energy efficiency and other mainstream functions of the SDAs for internal resources. In comparison to other states, Andhra Pradesh’s success in driving the energy efficiency effort may be attributed to this particular institutional difference. 29 29 29 5 1 1 Entity for setting Entity having sole Regulating energy Regulating energy Regulating Enforcing/certifying energy efficiency mandate for efficiency activities efficiency activities equipment energy compliances with strategy/policy promoting energy of energy suppliers of energy efficiency standards building energy efficiency consumers efficiency standards Figure 30: Number of States Having Dedicated Institutions for Energy Efficiency Policies, Regulation, and Implementation India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 82 Monitoring and Evaluation Figure 31 showcases the benchmark of the performance of the states in percentage scores, under the readiness factor “ Monitoring and Evaluation.” Figure 31: Percentage Scores of the States for Their Performance in “Monitoring and Evaluation” Enforcement Andhra or Enforcement Arunachal or Enforcement or Enforcement or Enforcement or Enforcement or Enforcement or Enforcement or Himachal Enforcement or implementation Chhattisgarh Biharreadiness Enforcement Haryana or implementation Pradesh readiness implementation Pradesh implementation Assamreadiness readiness implementation Delhi implementation implementation readiness readiness Goa readiness Gujarat implementation readiness Pradesh implementation readiness implementation readiness 18% 27% 36% 27% 45% 45% 45% 64% 55% 55% Jammu & Enforcement or Enforcement or Enforcement or Enforcement Madhya or Enforcement or Enforcement Enforcement or Enforcement or Enforcement or Enforcement or Jharkhand Karnataka Kerala Maharashtra Manipur or Meghalaya Nagaland Mizoram implementation Kashmir implementation implementation readiness readiness implementation readiness implementation readiness Pradesh implementation implementation readiness readiness implementation readiness implementation readiness implementation readiness readiness 18% 18% 27% 27% 45% 27% 27% 45% 45% 45% Enforcement or Enforcement or Enforcement or Enforcement or Enforcement or Enforcement or Enforcement or Enforcement or Enforcement or Enforcement or Odisha implementation implementation readiness Punjab implementation readiness Rajasthan readiness Sikkim implementation readiness implementation Tripura readiness Uttarakhand implementation implementation readiness implementation readiness Uttar Pradesh readiness West Bengal India average implementation readiness Tamil Nadu implementation readiness 18% 18% 36% 36% 36% 45% 45% 38% 64% 64% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 83 With regard to developing monitoring and evaluation systems, the states have fared well where they already have existing mechanisms to do so. For example, every state has state electricity regulatory commissions to monitor and evaluate performance of utilities. However, in new frontiers, such as building energy codes or empanelment of energy auditors and consultants, few states are seen to have taken necessary steps (refer to Figure 32). 29 29 23 15 12 5 4 3 Measuring Measuring Measuring Tracking utility's Load research Empanelment System to ECBC utilities' energy utilities' energy utilities' energy compliance with study mechanism for ensure compliance savings in savings in T&D savings in directives for conducted energy compliance with verified by third generation demand side providing consultants and building energy party energy usage auditors efficiency codes info Figure 32: Number of States Taking Measures for Energy Efficiency Enforcement or Implementation India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 84 Policy and Incentives Figure 33 showcases the benchmark of the performance of the states in percentage scores, under the readiness category “ Policy and Incentives.” Figure 33: Percentage Scores of the States for Their Performance in “Policy and Incentives” Andhra Arunachal Information provided to Himachal Assam Bihar Chhattisgarh Delhi Goa Gujarat Haryana Pradesh Pradesh State EE strategic policies consumers State EE strategic policies Pradesh State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policies 7% 22% 10% 35% 23% 25% 32% 32% 38% 43% 63% Jammu & Madhya Jharkhand Karnataka Kerala Maharashtra Manipur Meghalaya Mizoram Nagaland Kashmir State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policies State Pradesh EE strategic policies State EE strategic policiesState EE strategic policiesState EE strategic policies State EE strategic policies State EE strategic policies 10% 10% 10% 13% 10% 35% 18% 23% 53% 55% EE mandates for public EE mandates for public Information provided to Uttar Odisha Punjab institutions Rajasthan institutions Sikkim Tamil Nadu Tripura Uttarakhand West Bengal India average consumers Pradesh State EE strategic policies State EE strategic policies State EE strategic policies State EE strategic policiesState EE strategic policies State EE strategic policiesState EE strategic policies 10% 20% 35% 25% 28% 50% 50% 50% 50% 38% 33% 47% 63% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 85 Market Maturity Figure 34 showcases the benchmark of the performance of the states in percentage scores, under the readiness c ategory “Market Maturity.” Figure 34: Percentage Scores of the States for Their Performance in “Market Maturity” Andhra Arunachal Himachal Assam Bihar Chhattisgarh Delhi Goa Gujarat Haryana Pradesh Pradesh Pradesh State EE market maturity State EE market maturity State EE market maturity State EE strategic policies State EE market maturityState EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE strategic policies 27% 25% 34% 26% 35% 41% 50% 40% 44% 57% Jammu & Madhya Jharkhand Karnataka Kerala Maharashtra Manipur Meghalaya Mizoram Nagaland Kashmir Pradesh State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity State EE market maturity 11% 11% 11% 11% 23% 32% 33% 47% 49% 51% Uttar Odisha Punjab Rajasthan Sikkim Tamil Nadu Tripura Uttarakhand West Bengal India average Pradesh State EE market maturity State EE State EE strategic policies State EE market maturity State EE market maturityState EE market maturity State EE market maturity State EE market maturity market maturity State EE market maturityState EE market maturity 13% 22% 25% 32% 24% 24% 33% 32% 42% 53% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 86 Institutional Capacity Figure 35 showcases the benchmark of the performance of the states in percentage scores, under the readiness category “ Institutional Capacity.” Figure 35: Percentage Scores of the States for Their Performance in “Institutional Capacity” EE institutionalState State Andhra EE institutionalState EE institutional Arunachal State EE institutional State EE institutional State State EE institutionalState EE institutional State EE institutional State EE institutional EE institutional Himachal strength strength Assam strength Bihar strength Chhattisgarh strength Delhi Goa strength Gujarat strength Haryana strength strength Pradesh Pradesh strength Pradesh 29% 35% 35% 41% 47% 47% 47% 53% 53% 71% Jammu State & EE institutionalState EE institutional State State EE institutional EE institutional Madhya EE institutional State EE institutional State EE institutional State EE institutional Jharkhand Karnataka Kerala State EE institutional State Maharashtra EE institutional StateManipur Meghalaya Mizoram Nagaland Kashmir strength strength strength strength Pradesh strength strength strength strength strength strength 35% 35% 29% 35% 35% 29% 47% 47% 47% 59% State EE institutionalState EE institutionalState EE institutional State EE institutional State EE institutional State EE institutional State EE institutional State EE institutional State EE institutional State EE institutional strength Odisha strength Punjab Rajasthan strength strength Sikkim strength Tamil Nadu Tripura Uttarakhand Uttar Pradesh West Bengal strength strength India average strength strength strength 29% 41% 29% 47% 41% 47% 47% 44% 65% 65% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 87 Overall Energy Efficiency Implementation Readiness Figure 36 showcases the benchmark of the performance of the states in percentage scores, for overall energy efficiency implementation readiness. Figure 36: Percentage Scores of the States for their Overall Energy Efficiency Implementation Readiness Andhra Arunachal Himachal Information provided to Assam Bihar Chhattisgarh Delhi Goa Gujarat Haryana Information provided to Pradesh Pradesh Pradesh consumers Total Total Total Total Total State EE strategic policies State EE market maturity State EE market maturity consumers 20% 22% 26% 32% 36% 38% 44% 44% 38% 55% 63% 63% Jammu & Madhya Jharkhand Karnataka Kerala Maharashtra Manipur Meghalaya Mizoram Nagaland Kashmir Pradesh Total Total State EE market maturity Total Total State EE market maturity Total Total Total Total 15% 16% 15% 21% 17% 29% 45% 30% 51% 51% Uttar Odisha Punjab Rajasthan Sikkim Tamil Nadu Tripura Uttarakhand West Bengal India average State EE market maturity Total Total Total Total Total Pradesh Total State EE strategic policies Total Total 15% 34% 26% 36% 40% 25% 42% 43% 33% 54% India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 88 6. Recommendations for States to Scale Up Energy Efficiency from the Current Scenario The index-based evaluation is not only able to benchmark the readiness of Indian states for energy efficiency implementation, but it also reveals critical deficits or barriers in this respect. From the outcome, the study could derive crucial set of recommendations or action-points for the states to improve their readiness for scaling up energy efficiency activities. Because of the varied energy efficiency scenarios among the 28 states and the National Capital Territory of Delhi, proposing a separate set of recommendations for each state is beyond the scope of this exercise. The following sections highlight the key recommendations under each of the 11 readiness factors, which the states should take cognizance of. Sector-Specific Action Plan for Scaling Up Energy Efficiency Efforts Formulating an effective and robust action plan paves the way for actual realization of the energy efficiency potential in a state. Table 22 presents the key recommendations to frame necessary energy efficiency action plans in the states. Table 22: Key Action Points for the States to Improve Their Readiness by Framing Necessary Energy Efficiency Action Plans Although the states have developed Undertake a detailed study to identify plausible energy efficiency energy efficiency action plans, these interventions across energy-consuming sectors, and estimate their plans lack specific energy saving targets energy-saving potential and corresponding investment requirements. Adopt achievable energy savings targets against the identified energy efficiency interventions and set a time frame to pursue these targets. Absence of an energy efficiency policy or One may draw a contrast with the progress made by the states who legislation at the state level is have adopted targeted RE policies in developing the RE market. The considered to be a key hurdle to scaling states should endeavor to bring sector-specific energy efficiency up energy efficiency investments in the policies with definite goals and timebound action plans. This can be states. reinforced by introducing necessary legislation. Mandates for Utilities to Invest in Energy Efficiency Electricity utilities are at the center of energy efficiency delivery systems in India. The quintessential approach to capturing this potential is by regulating the energy efficiency activities of utilities with clear mandates. Some key “to do’s” with respect to mandating utilities are given in Table 23. Table 23: Key Recommendations for the States to Improve Their Readiness by Mandating Utilities to Invest in Energy Efficiency Energy efficiency in power generation is SERCs should notify targets to utilities (in case of thermal power often ignored at the state level. generation) to achieve an optimal level of station heat rate (SHR) in power generation. This should be backed by an appropriate penalty in case of noncompliance. There is enormous potential to scale up Policy-level actions should include the following: utility-driven DSM in India. - Providing a clear, unambiguous, and explicit clarification that So far, India’s utility DSM progress and demand-side resources can be an alternative resource option for achievements have been primarily utilities. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 89 driven by national institutions, policies, Regulatory actions may involve the following: and programs in the broader context of energy efficiency and conservation. - Stipulating and enforcing DSM targets in the form of resource Going forward, utility DSM growth must purchase obligations. be primarily driven by state-level - Institutionalizing load research functions within the utility with policies and regulations. dedicated resources and authority. - Directing utilities to establish DSM cells with dedicated resources. They should be followed by fulfilling the following: - Issuing regulations and guidelines on examining cost-effectiveness of DSM programs. - Issuing guidelines on M&V of DSM measures to evaluate the resulting energy savings. In order to facilitate these changes, the center should bring necessary provisions in the legal and regulatory framework to promote demand side resources with supply side options. Off-peak time rebate is still applicable SERCs should also extend off-peak time rebate or ToD tariff to for industrial consumers only. domestic and commercial consumers. Currently, none of the national policies, To strengthen the draft RE Act to promote demand-side resources, a acts, or regulations, which usually give simple yet effective amendment can be implemented to include a direction to state-level actions, have demand-side resource as a qualifying resource under the definition emphasized mandating utilities to adopt of RE sources along with separate definitions that clarify what IRP in their investment plans. Recently, constitutes a demand-side resource and meaning of DSM. the draft National Renewable Energy Moreover, suitable amendments in the Electricity (Amendment) Bill, Act, 2015, has put emphasis on the need 2014, or in the EA, 2003, or both, can be made to provide an explicit to move towards IRP. However, there is impetus for DSM as a resource option for the utilities and empower no clear mandate for the utilities or state commissions to stipulate DSM resource purchase obligations. SERCs to undertake or enforce IRP by considering demand-side resources. Mandates for Public Institutions to Invest in Energy Efficiency Public institutions can potentially play a critical role in driving energy efficiency in the states. Setting clear and effective mandates for them at the state level is necessary. Table 24 puts forward some key recommendations in this regard. Table 24: Key “To Do’s” for the States to Improve Their Readiness by Mandating Public Institutions to Invest in Energy Efficiency Municipality services and state road Notify the ULBs to take energy efficiency measures, such as transport are the prominent areas where undertaking investment grade energy audits, replacing old large-scale energy-saving efforts are yet inefficient pumps with star-labeled pumpsets in their water supply to take off. networks, installing energy-efficient streetlighting options like LED streetlights. Direct state transport corporations to include vehicle fuel economy in their vehicle procurement criteria. The center should formulate and notify vehicle fuel economy standards at the national level, in the absence of which states will be ill-equipped to notify transport corporations about fuel economy norms. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 90 Incentives for MSMEs to Invest in Energy Efficiency This study recognizes the pivotal role the MSMEs can play in realizing the energy efficiency potential at state level. Hence, some major recommendations for promoting energy efficiency in the MSME sector are presented in Table 25. Table 25: Key Recommendations for the States to Promote Energy Efficiency in MSMEs Till Up to now, only a few states have Provide financial assistance to MSMEs to conduct investment grade implemented initiatives to realize energy audits and to prepare feasibility studies for implementing energy-saving potential in the MSME cost-effective energy efficiency measures. sector. Design schemes for demonstration projects on energy efficiency in selected MSME clusters, followed by up-scaling through an energy service contract (ESCO)–based model. Recognizing the energy-saving Institute State Energy Conservation Awards on an annual basis and initiatives among MSMEs can include different categories of consumers, including the MSME encourage them to adopt more energy sector. conservation measures. However, Publish the amount of energy savings realized by the awardees from currently, only few states have initiated implementing energy efficiency measures. This will show quantified such programs. tangible benefits to other players and motivate them to invest in energy efficiency. Incentives for Large-Scale Users to Invest in Energy Efficiency The EC Act (section 18) enables the states to regulate energy consumption in industries or the commercial sector. However, hardly any state government has taken an initiative on this front. Table 26 lists some key recommendations on promotion of energy efficiency among large-scale energy users in the states. Table 26: Key Action Points for the States regarding Promotion of Energy Efficiency among Large-Scale Energy Users So far, progress and achievements in Conferred with the power to regulate norms for process and energy energy efficiency among large-scale consumption standards in any industry (as per section 18 of EC energy users have been primarily driven Act), states should direct large-scale energy consumers to conduct by national institutions, policies, or investment-grade energy audits and prepare DPRs of possible programs. energy efficiency interventions in their operations. Recognizing the energy-saving initiatives Institute the State Energy Conservation Awards on an annual basis, among large-scale energy users can and include different categories of consumers, including large encourage them to adopt energy industries and commercial entities. conservation measures further. However, currently, only a few states have initiated Publish the amount of energy savings realized by the awardees such a program. from implementing energy efficiency measures. This will show quantified tangible benefits to other players and motivate them to invest in energy efficiency. Implementation of ECBCs The study tracks that little progress has been made at state level towards implementation of ECBCs. Against this backdrop, it recommends some key action points for the states that would enable effective rolling-out of ECBCs across the states, as described in Table 27. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 91 Table 27: Key Recommendations with Respect to Implementation of ECBCs in the States Notification of state ECBC is limited to Each state should develop a group of experts on ECBC, consisting six states only. It is facing a myriad of of BEE ECBC experts, architects, engineers, town planners, and challenges, such as the absence of policy representatives of the state urban development department (UDD). guidelines for building bylaws, ineffective The group of experts will be responsible for addressing the institutional structure for ECBC technical challenges related to ECBC implementation and for administration, a limited number of amending the code. building planners who have a proper To overcome the hurdles in notifying ECBC, a steering committee understanding of ECBC, and a lack of comprising representatives from a group of experts, ULBs, SDAs, awareness. and state officials from the Ministry of Urban Development (MoUD) is proposed. The steering committee should initiate a consultative process with other stakeholders, such as discoms, building planners, and schools of architecture. Moreover, they should make information available in the public domain on different aspects of the ECBC and drive awareness programs. Taking inputs from stakeholders, the steering committee should develop a model general development control regulation, which will outline the framework for land use and building bylaws. Following this, the UDD can amend the existing building bylaws and building approval process. These important measures can pave the way for notification of ECBC in a state. The lack of incentives is discouraging SDA, in conjunction with the ULBs, should introduce energy builders from obtaining certification performance–based labeling schemes for buildings. However, there under a labeling scheme, such as GRIHA should be enough market drivers for builders to apply for labeling. and BEE star labeling. The ULBs should offer incentives to builders to encourage them to apply for energy labeling. They may include free-of-cost additional FAR, and property tax concessions. Notifying ECBC without enough ECBC should make it mandatory for building owners and builders compliance requirements defeats the to disclose their properties’ energy usage, verified by a third-party purpose of the mission. accessor (TPA), on an annual basis. ULBs should introduce a suitable reporting system in this regard. In addition, ECBC should stipulate submission of building energy performance report issued by TPAs at the time of sale or leasing of the building. Information or Tools Available to Consumers on Electricity Usage Informing and empowering consumers go a long way towards achieving the full potential of energy efficiency. However, this has not gotten due attention from utilities. This investigation is able to come out with a list of “to do’s” to enhance consumer response to the need for energy efficiency (refer to Table 28). Table 28: Key Action Points to Enhance Consumer Response to the Need for Energy Efficiency Information or tools provided to Provide consumers with the right kind of information, such as consumers go a long way towards comparisons of their electricity consumptions with previous billing improving end-use efficiency by way of months, and with average usage level in same category of operational and behavioral changes of consumers. The supply codes issued by the SERCs should include consumers. Certain information can help the necessary provisions to mandate utilities to provide this consumers make informed decisions to information. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 92 respond to price signals or utility The utilities should explore implementing automated metering incentives, thereby increasing the overall infrastructure to enable real-time feedback to consumers on their capacity for DSM. electricity consumptions. This will allow consumers to manage their electricity usage. Energy Efficiency Potential and Implementation Experience This is a critical energy efficiency readiness factor, the assessment of which has revealed some key areas to act upon at the state level, especially in AgDSM. Table 29 puts forward a set of actionable recommendations for scaling up DSM activities in agriculture. Table 29: Key Recommendations for Scaling Up DSM Activities in Agriculture AgDSM is one of the most promising Rationalize electricity tariffs following the national tariff policy, areas to improve demand-side energy with a view to creating some drivers for energy efficiency. efficiency across the states, considering Improve the distribution infrastructure with high-voltage that about 19 million pumpsets are in use distribution systems to mitigate the performance risk of energy- in the agricultural sector with an average efficient pumpsets. capacity of 5 HP and efficiency level around 25–30%. However, there are Accelerate rural feeder segregation and establish robust data numerous challenges to scale up the collection and analytics to establish an accurate and reliable effort, such as subsidized electricity and baseline for AgDSM projects. poor-quality power supply. Develop a standardized M&V framework for AgDSM projects with pragmatic and cost-effective ways of determining baseline adjustments and stipulations of critical usage factors. Promote farmer cofinancing of upfront investment on energy- efficient pumpsets to enable optimal risk sharing in AgDSM investments. A market-driven approach based on an ESCO-utility performance contract for shared savings on account of pumpset replacement can be an alternative route. Some states, such as Karnataka (BESCOM), have adopted such a model. Integrated DSM solutions should be explored by considering both tariff and energy-side interventions with appropriate delivery models to maximize energy savings in the agriculture pumping loads. Conduct systematic awareness and publicity campaigns on the benefits of Ag DSM to farmers. Financing Mechanisms Available for Energy Efficiency Investments One of the major barriers in driving energy conservation effort is the inadequacy of effective financing at the state level. This study identifies some key areas that require urgent action by the states, as described in Table 30. Table 30: Key Action Points to Improve the Financing Ecosystem for Energy Efficiency Investments in the States Although the states have constituted Mobilize the fund for identifying potential new financing SECFs, they are yet to realize the full mechanisms required to overcome the barriers to investing in potential of the financial support line. energy efficiency. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 93 Being a revolving fund, SECFs can be utilized to provide support to targeted financial instruments, such as an energy audit subsidy, interest buy-down scheme, and partial risk guarantee. Are regulations evolving in tandem with An adaptive regulatory regime is paramount to support new DSM new financing mechanisms in DSM? financing models. Adoption of new financing models: The Recognizing the potential risks and liabilities of stakeholders and On-bill Financing and Standard Offer their legal implications, SERCs should initiate consultation with all program have raised serious questions partners and reassess key provisions of current DSM regulations about adequacy of current DSM from the point of view of suitability to support the On-bill regulations to accommodate the evolving Financing and Standard Offer program. dynamics of DSM. SERCs should bring the necessary regulatory provisions to support effective application of new financing mechanisms: On-bill Financing and Standard Offer. Institutional Framework and Capacity Most of the states are disadvantaged by poor institutional structure, along with lack of capacity to steer energy efficiency initiatives. Considering the institutional shortcomings, the investigation puts forward a set of recommendations for the states to consider (refer to Table 31). Table 31: Key Recommendations for the States to Improve Their Institutional Effectiveness Although states have designated agencies It is necessary for each state to have a dedicated agency with (SDAs) for pursuing energy efficiency, adequate resources (including budgetary) and expertise for steering most of these organizations are vested energy efficiency action plans. with other missions (ranging from RE to Only the Andhra Pradesh SDA has the sole mandate of promoting power distribution), even though they are energy efficiency in the state, which is considered key to the state's not fully equipped to drive all these achievements in carrying out energy efficiency activities. missions. Enforcing energy efficiency compliance Kerala is only state that has issued directives (Energy Conservation requirements, such as star labeling of Directions, 2015) on compliance of energy consumption standards appliances and ECBC, has been a of appliances and buildings (as per section 18 of the EC Act). challenge; currently, they are mostly centrally driven. Other states should exercise their power conferred by section 18 of the EC Act to enforce such compliance requirements. Monitoring and Evaluation Systems Taking cognizance of the challenges faced in enforcing energy efficiency regulations in the states, Table 32 presents some key action points that can potentially plug in the loopholes in the enforcement mechanisms. Table 32: Key “To Do’s” for Improving the Energy Efficiency Monitoring and Evaluation Systems in the States Empaneling energy consultants or Direct all states to set mechanisms to empanel certified energy auditors can catalyze energy efficiency consultants or auditors. investments across sectors, which is They should be properly mobilized to pursue the states’ energy essential in enforcing energy efficiency efficiency goals. compliance requirements, such as ECBC. Enforcement of ECBC is facing hurdles ULBs should have the central role in enforcing ECBC. However, ranging from lack of proper framework considering their limited capacity and preoccupation, a TPA system and planning to inadequate capacity of should be developed for ECBC implementation. TPAs should be the implementing agencies. BEE has an ECBC accredited professionals certified by the BEE. important role to make the compliance BEE should lay out separate guidelines that TPAs should follow in system streamlined and implementable. their assessment and reporting, and on appointment of TPAs by the compliant party. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 94 Appendix A: Selection Approach for Evidence Indicators Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? I. Policy and incentives (i) Sector specific action plan for scaling up energy efficiency efforts Is there legislation, policy Yes. The expected result is Yes. These are Yes. Legislation, policy, or No. NA Yes. The Yes. or sector-specific action to ascertain whether the publicized by the a sector specific action definition of the plan that aims to improve state considers energy state governments plan that aims to improve indicator is energy efficiency? efficiency (EE) a key lever in public domain. EE provides a strong consistent over in state developmental platform to the state to the time. planning. Clearly, pursue EE activities. articulated sector-specific actions and targets are key ingredients of an enabling ecosystem for energy efficiency implementation. Planning helps in setting a direction for all stakeholders to align their decision-making. Action plans backed by legislation shows the commitment of the government towards achieving energy efficiency goals. Is there a quantified Yes. The expected result is Yes. Official targets Yes. A state that has No. NA Yes. The Yes. energy efficiency goal or to ascertain whether the can be publicized adopted EE targets can definition of the target (for example, state has adopted any by the state plan its EE efforts and indicator is India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 95 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? kWh/toe saving)? specific achievement target governments. measure its progress consistent over for EE. Targets help in periodically. Targets the time. motivating implementing provide a basis for long- agencies to be more term EE programs and proactive, and to measure provide justification for the progress of the energy obtaining funding. A state efficiency initiatives. with EE targets has a strategic advantage to upscale EE efforts. (ii) Mandates for utilities to invest in energy efficiency Are state utilities required Yes. Electricity utilities are Yes. The info can Yes. Mandates to utilities No. NA Yes. The Yes. to carry out energy at the center of energy be checked from are a key enabler and a definition of the efficiency activities in the efficiency delivery systems tariff orders. differentiator for a state to indicator is following areas? in India. The collective progress on EE front. consistent over - Generation potential of utilities to the time. - T&D improve energy efficiency - Demand side both at supply and demand sides is enormous. The quintessential approach to capture this potential is by regulating the energy efficiency activities of utilities with clear and unambiguous mandates. Are there penalties for Yes. This indicator reflects Yes. The info can Yes. A state having No. NA Yes. The Yes. noncompliance with how the given target is be checked from provision for penalty for definition of the energy efficiency enforced. tariff orders. noncompliance will have indicator is requirements? better enforcement consistent over - Generation record. the time. - T&D India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 96 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? - Demand side Are DSM Regulations Yes. DSM regulation is a Yes. Can be Yes. It allows for No. NA Yes. The Yes. notified for state utilities? critical component of an checked from evaluation of which state definition of the effective EE ecosystem. SERC notifications. is more prepared to take indicator is This indicator sufficiently up demand side measures. consistent over reflects the desired the time. information. Are there guidelines on Yes. Such guidelines are Yes. Can be Yes. These regulations can No. NA Yes. The Yes. evaluation of cost critical enabler for scaling checked from prove as a real definition of the effectiveness, up utility-driven DSM SERC notifications. differentiator between the indicator is Measurement & activities. states in pursuing utility consistent over Verification (M&V) of DSM initiatives. the time. utility driven DSM measures? Are the utilities required Yes. Such guidelines are Yes. The capacity Yes. Such DSM measure is No. NA Yes. The Yes. to establish in-house DSM critical enabler for scaling building program a key differentiator definition of the cells? up utility-driven DSM for DISCOMs between the states to indicator is activities. provides the seriously pursue DSM. consistent over details. the time. Does the selected utility Yes. ToD is the primary Retail tariff orders Yes. Such DSM measure is No. NA Yes. The Yes. provide customers tool to reduce peak have mentions of a key differentiator definition of the incentives for demand demand. This indicator application of ToD. between the states in indicator is response, such as peak- sufficiently reflects the acting on reducing peak consistent over time rebates? desired information. load. the time. Are utilities required to Yes. Stipulating utilities to Yes. Can be Yes. This allows for No. NA Yes. The Yes. submit an IRP to the submit IRP is a key checked from identifying which state definition of the regulators? enabling factor for driving SERC notifications. has attempted to leverage indicator is utility DSM programs in a IRP to scale up utility- consistent over India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 97 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? country. This indicator based EE activities. the time. sufficiently reflects the desired information. (iii) Mandates for public institutions to invest in energy efficiency Are there binding Yes. Stipulating public Yes. One can get Yes. This is a key No. NA Yes. The Yes. obligations for procurement of EE necessary differentiator between the definition of the procurement of energy appliances or alternatives is information from states in promoting EE. indicator is efficiency applications for an effective step towards state policies or consistent over the following? promoting EE. This directives. the time. - Public buildings indicator sufficiently - Municipalities (includes reflects the desired water supply, waste water information. services, and streetlighting) - State road transport corporation. Is the Energy Yes. Instituting energy Yes. The info can Yes. This is a key No. NA Yes. The Yes. Conservation Award given conservation awards is a be checked in the differentiator between the definition of the at the state level? major step towards public domain (for states in promoting EE. indicator is advocating EE in different example, the SDA’s consistent over sectors. This indicator website). the time. sufficiently reflects the desired information. (iv) Incentives for MSMEs to invest in energy efficiency Are there energy efficiency Yes. This indicator intends Yes. From publicly Yes. MSME sector houses No. NA Yes. The Yes. incentives for MSMEs? to ascertain whether a state available sources significant EE potential in definition of the has created fiscal driver for (for example, the the country. Incentivizing indicator is MSMEs to adopt EE MSMEs is a key step consistent over India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 98 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? measures. SDA’s website). towards capturing this the time. potential. This indicator allows for the performance of a comparative assessment of the implementation readiness of the states. Is there a program to Yes. Recognizing selected Yes. From publicly Yes. This indicator is No. NA Yes. The Yes. publicly recognize MSMEs MSMEs for their energy- available sources considered as one of the definition of the that have achieved saving efforts is an effective (for example, the differentiators between indicator is significant energy savings? way to encourage EE SDA’s website). the states in promoting consistent over investments in MSME EE in MSME sector. the time. sector. The following suite of indicators sufficiently reflects the desired information. Are energy savings and/or financial savings publicized? Is there a program offering assistance to MSMEs to identify energy savings investment opportunities? (v) Incentives for large scale users (industry/commercial) to invest in energy efficiency Are there energy efficiency Yes. Industries represent Yes. State This indicator allows for No. NA Yes. The Yes. incentives for large-scale about 38% of India’s final governments the performance of a definition of the energy use, and they usually publicize comparative assessment indicator is India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 99 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? energy consumers? consume around 45% of such incentive of the EE implementation consistent over electricity generated in the schemes in public readiness of the states in the time. country. It is quite evident domain (for industrial sector. that this sector offers example, the SDA’s significant opportunity to website). reduce energy consumption through energy efficiency interventions. Offering incentives to stimulate EE investments can stimulate EE investments by such consumers. This indicator sufficiently reflects the desired information. Is there a program to Yes. Recognizing selected Yes. From publicly Yes. This indicator is No. NA Yes. The Yes. publicly recognize large- industries for their energy- available sources considered as one of the definition of the scale energy consumers saving efforts is an effective (for example, the differentiators between indicator is that have achieved way to encourage EE SDA’s website). the states in promoting consistent over significant energy savings? investments in this sector. EE in industries. the time. This indicator sufficiently reflects the desired information. Are energy savings and/or financial savings publicized? Is there a program offering assistance to large-scale energy consumers to identify energy savings investment India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 100 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? opportunities? (vi) Implementation of ECBCs Status of adoption of Yes. Recognizing the need Yes. From publicly Yes. This indicator allows No. NA Yes. The Yes. ECBC to improve EE in the available sources performing comparative definition of the - Notification issued buildings sector, following (for example, the assessment of the EE indicator is - Amended the provisions of the EC SDA’s website). implementation readiness consistent over Act, in 2007 the of the states in building the time. Government of India sector. notified the ECBCs of new commercial buildings with a connected load of 100 kW or 120 kVA. However, this has to be complemented by the individual states through amendment and notification of ECBC at the state level to suit local or regional conditions and needs. This indicator sufficiently reflects the desired information. Are there energy efficiency Yes. Directive on adopting Yes. This Yes. This indicator is No. NA Yes. The Yes. codes for the following building EE codes is a information is considered as one of the definition of the building types? critical enabler towards available in differentiators between indicator is - New residential improving energy applicable building the states in promoting consistent over buildings performance of buildings. codes. EE in building sector. the time. - New commercial This indicator sufficiently buildings reflects the desired information. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 101 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? Are building renovations Yes. Same as above. Yes. This Yes. Same as above. No. NA Yes. The Yes. required to meet a information is definition of the building energy efficiency available in indicator is code? applicable building consistent over - Residential codes. the time. - Commercial Is there a standardized Yes. It is considered that Yes. This Yes. This indicator is No. NA Yes. The Yes. labeling scheme or rating the state-notified ECBC information can be considered as one of the definition of the system for qualifying the should make it mandatory checked in state differentiators between indicator is energy performance of for the buildings to achieve specific ECBC the states in promoting consistent over buildings (for example, a minimum energy guideline or in EE in buildings. the time. LEED, GRIHA, and BEE performance standard SDA's website. star labeling)? under a rating/labeling program like BEE star labeling. This indicator sufficiently reflects the desired information. Is the labeling scheme or Yes. Adopting international Yes. This Yes. The states can No. NA Yes. The Yes. rating adopted from building EE standards can information can be leverage from adopting definition of the external standards or effectively equip the state checked in state recognized standards to indicator is developed domestically? to achieve credibility of the specific ECBC stimulate building consistent over Check “Yes” if adopted labeling or rating scheme. guideline or in developers to apply for the time. from international This indicator sufficiently SDA's website. labeling or rating of their standards and “No” if reflects the desired buildings. Thus, this developed domestically. information. indicator can be useful to undertake comparative evaluation of the states' EE implementation readiness. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 102 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? Are commercial and Yes. Such directive can be Yes. This Yes. Such regulation can No. NA Yes. The Yes. residential buildings an effective tool to improve information can be be one of the key definition of the required to disclose building EE. This indicator checked in state differentiators between indicator is property energy usage at sufficiently reflects the specific ECBC the states in driving EE consistent over the point of sale or when desired information. guideline or in effort in building sector. the time. leased? SDA's website. Are commercial and Same as above. Yes. This Same as above. No. NA Yes. The Yes. residential buildings information can be definition of the required to disclose checked in state indicator is annual property energy specific ECBC consistent over usage? guideline or in the time. SDA's website. Are there incentives for Yes. Such incentives can Yes. This Same as above. No. NA Yes. Yes. individual buildings to encourage builders to information can be meet high-quality energy achieve EE certifications. checked in state The definition of efficiency certifications? This indicator sufficiently specific ECBC the indicator is reflects the desired guideline or in consistent over information. SDA's website. the time. II. Energy efficiency market maturity (vii) Information or tools available to consumers on electricity usage Do customers receive a bill Yes. This indicator intends Yes. This Yes. Insights into No. NA Yes. Yes. or report that shows their to ascertain how well the information can be electricity usage go a long energy usage compared to consumers are informed checked on SERC way in delivering end-use The definition of previous bills or reports about their energy usage. issued power efficiency by way of the indicator is over time? This indicator sufficiently supply code. operational/behavioral consistent over - Domestic reflects the desired changes of consumers. the time. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 103 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? - Commercial information. Information depicting - Industrial how much, when, and at what cost energy is consumed can help consumers make informed decisions to respond to price signals or other utility incentives, thereby increasing the overall capacity for DSM. Such an indicator captures certain key industry best practices that can strengthen the readiness of states for scaling up EE measures. Do customers receive a bill Yes. This indicator intends Yes. This Yes. Providing consumers No. NA Yes. The Yes. or report which compares to ascertain whether information can be such information enable definition of the them with other users in consumers have access to checked on SERC utilities and consumers indicator is the same region and/or information pertaining to issued power monitor, measure, and consistent over usage class? past and peer usage. This supply code. evaluate energy efficiency the time. - Domestic indicator sufficiently impacts in a transparent - Commercial reflects the desired and reliable manner. - Industrial information. States can leverage from such steps to pursue their EE agenda. Does the utility offer customers access to the following: Real-time feedback on Yes. This indicator intends Yes. This Yes. Insights into No. NA Yes. The Yes. energy usage (for either to ascertain how well the information can be electricity usage go a long definition of the prepaid or post-paid consumers are informed checked from way in delivering end-use indicator is India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 104 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? systems). about their energy usage. sources in public efficiency by way of consistent over This indicator sufficiently domain. operational/behavioral the time. reflects the desired changes of consumers. information. Information depicting how much, when, and at what cost energy is consumed can help consumers make informed decisions to respond to price signals or other utility incentives, thereby increasing the overall capacity for DSM. Such indicator captures certain key industry best practices that can strengthen the readiness of states for scaling up EE measures. Ability to manage Yes. This indicator Yes. This It is not just the No. NA Yes. The Yes. energy usage levels attempts to capture how information can be knowledge of electricity definition of the remotely (through apps or well the consumers are checked from usage; control is also an indicator is other technology mediums equipped to manage their sources in public important function to consistent over that can track real-time electricity consumption domain. leverage vital information the time. energy usage). through new and for acting timely upon innovative ways. This demand-side measures. indicator sufficiently reflects the desired information. (viii) Energy efficiency potential and implementation experience India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 105 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? To what extent have the Yes. In view of nation-wide Yes. This Yes. The states are found Yes. Yes. The result of the Yes. state utilities been effort to replace inefficient information can be to make progress at indicator is time successful in driving the household lighting systems checked from different scales. Such dependent. That’s adoption of LED self- with LED lamps, it is sources in public quantitative indicator why the states ballasted lamps among imperative to assess the domain (such as allows track the real have been given households? progress of such initiative http://www.delp.in progress made by states scores based on state-wise. Such indicator /). by normalizing the lamp the penetration of helps capture this distribution data to LED lamps information. compare states on a level among consumers playing field irrespective as on a specific of their size, and scaled date: 10 between 0 and 1. The December 2015. distance to frontier approach is adopted, where the frontier represents the best performance by any state observed against that evidence indicator. To what extent have old Yes. Replacement of Yes. From publicly Yes. The states are found Yes. Yes. The result of the Yes. agricultural pumps been agricultural pumpsets with available sources. to make progress at indicator is time replaced with BEE star- BEE star-rated pumps different scales. Such dependent. That’s rated pumpsets through through utility-driven DSM quantitative indicator why the states utility driven DSM programs is a key program allows track the real have been given program? to capture DSM potential in progress made by states scores based on the country. This indicator by normalizing the pump the pump reflects the desired replacement data to replacement information. compare states on a level statistics as on a playing field irrespective specific date. of their size, and scaled between 0 and 1. The India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 106 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? distance to frontier approach is adopted, where the frontier represents the best performance by any state observed against that evidence indicator. To what extent have the Yes. Installation of LED Yes. From publicly Yes. The states are found Yes. Yes. The result of the Yes. state municipalities been streetlights is one of the available sources to make progress at indicator is time successful in driving the prominent DSM measures (such as different scales. Such dependent. That’s adoption of LED lighting for reducing the load from http://www.eeslin quantitative indicator why the states technology for municipalities or public dia.org/slnp/). allows track the real have been given streetlighting services. This indicator progress made by states scores based on applications? reflects the desired by normalizing the LED the streetlighting information. streetlighting data to statistics as on a compare the states on a specific date. level playing field irrespective of their size, and scaled between 0 and 1. The distance to frontier approach is adopted, where the frontier represents the best performance by any state observed against that evidence indicator. To what extent have the Yes. In view of nation-wide Yes. This Yes. The states are found Yes. Yes. The result of the Yes. state utilities been effort towards demand side information can be to make progress at indicator is time successful in driving measures, it is imperative checked from different scales. Such dependent. That’s adoption of BEE 5 star– to assess the progress of sources in public quantitative indicator why the states India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 107 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? rated fans among such initiative state-wise. domain. allows track the real have been given households? Such indicator helps progress made by states scores based on capture this information. by normalizing the fan the penetration of distribution data to 5 star–rated fans compare states on a level among consumers playing field irrespective as on a specific of their size, and scaled date. between 0 and 1. The distance to frontier approach is adopted, where the frontier represents the best performance by any state observed against that evidence indicator. Level of T&D loss (%) Yes. It is a key performance Yes. The data is States have varying levels Yes. Yes. The result of the Yes. indicator for a DISCOM compiled by CEA of T&D loss. Hence, it is indicator is time regarding EE annually. good indicator for state- dependent. That's wise comparison. why, the states have been given scores as on a particular period of time Level of peak power deficit Yes. It is a key performance Yes. The data is States have varying levels Yes. Yes. The result of the Yes. (%) indicator for a DISCOM compiled by CEA of peak deficit. Hence, it is indicator is time regarding EE annually. good indicator for state- dependent. That's wise comparison. why, the states have been given scores as on a particular period India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 108 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? of time Level of power deficit (%) Yes. It is a key performance Yes. The data is States have varying levels Yes. Yes. The result of the Yes. indicator for a DISCOM compiled by CEA of power deficit. Hence, it indicator is time regarding EE. annually. is good indicator for state- dependent. That's wise comparison. why, the states have been given scores as on a particular period of time (ix) Financing mechanisms available for energy efficiency activities Are the following financial Yes. Following set of Yes. From publicly Yes. Availability of such No. NA Yes. The Yes. mechanisms available for indicators intends to available sources financing options is definition of the energy efficiency capture one of the critical (for example, the considered a key indicator is activities? elements of EE ecosystem SDA’s website). differentiator between consistent over - State Energy in India: financing states' readiness for the time. Conservation Fund mechanisms. These include scaling up EE efforts. (SECF) energy service performance - Capital subsidy for contracting, on-bill energy efficiency financing, and partial risk programs guarantees. The EC Act also - On-bill directs the states to financing/prepayment constitute a fund for the - Credit lines with banks purpose of promoting for energy efficiency energy conservation in the activities states, known as the State - Energy services Energy Conservation Fund. agreements (pay-for- performance contracts) - Partial risk guarantees - Cost recovery through India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 109 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? ARR/tariffs - DSM funds created by levy/cess or any notification in this regard - Others III. Energy efficiency institutional capacity (x) Institutional framework and capacity Are there entities for the Yes. There are five primary Yes. From publicly Yes. The effectiveness of No. NA Yes. The Yes. following? functional areas where available sources this indicator can be definition of the - Setting up a state energy institutional support is (for example, the gauged from the wide indicator is efficiency strategy/policy. required at the state-level SDA’s website). variation of the existing consistent over Do they have the sole for enhancing EE institutional framework the time. mandate of promoting implementation readiness, for EE across the states. energy efficiency? in line with the provisions For example, out of the 34 - Regulating energy of EC Act, 2001. These are: SDAs, 14 are renewable efficiency activities of setting EE strategy/policy, energy development energy suppliers regulating EE at supply agencies, 9 are power - Regulating energy (including distribution) as departments of state efficiency activities of well as demand sides, and governments, 6 are energy consumers equipment EE standards, electrical inspectorate - Regulating equipment and enforcing or certifying offices, 3 are electricity energy efficiency compliance with building DISCOMs and 2 are standards energy codes. This suite of societies registered under - Enforcing/certifying indicators reflects this vital the Societies Registration compliances with building information to evaluate a Act, 1860. Only the SDA energy efficiency state's EE implementation of Andhra Pradesh’s State standards readiness. Recognizing that Energy Conservation SDA constitutes the heart Mission (SECM) has been of an EE governance constituted with the sole system within a state, but mandate of promoting EE India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 110 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? often the entity is vested in the state. with other responsibilities that divide its focus for EE, this indicator intends to capture the information whether the SDA has the sole mandate of promoting EE. (xi) Monitoring and evaluation system Are energy savings or Yes. It is seen that in spite Yes. This Yes. Recognizing that No. NA Yes. The Yes. other target indicators of stipulating energy information can be regulations need to be definition of the measured to track efficiency targets to utilities checked from backed by appropriate indicator is performance in meeting in their generation, T&D or relevant SERC compliance or consistent over energy efficiency other business activities, orders. enforcement mechanisms the time. requirements? real energy savings may not for driving EE in a state, - Generation be achieved until and this indicator is able to - T&D unless relevant indicators reflect how well individual - Demand side are measured and tracked. states have fared well on To this end, following suite this front. of indicators is employed to capture this vital insight. Are the requirements Yes. Lack of propriety and Yes. This Yes. This indicator duly No. NA Yes. The Yes. measured/validated by independence in the information can be reflects the state-wise definition of the independent third parties? functioning of the enforcing checked from compliance enforcement indicator is - Generation agencies often raise relevant SERC mechanism with respect consistent over - T&D questions regarding orders. to power generation, T&D the time. - Demand side effectiveness of the and demand side compliance mechanism. management. From this perspective, this indicator is deemed to be India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 111 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? useful. Does the regulator track Yes. Regulators tracking Yes. This Yes. This indicator duly No. NA Yes. The Yes. utilities’ compliance with utilities’ compliance with information can be reflects the status across definition of the directives for providing directives for providing checked from states about this indicator is energy usage information energy usage information relevant SERC important compliance consistent over to customers? to customers is essential for orders. enforcement. the time. ensuring compliance with the regulators' directives. Hence, this indicator is vital for the evaluation. Are load research studies Yes. Realizing the full Yes. From publicly Yes. Performing load No. NA Yes. The Yes. conducted by the utilities energy-saving potential available sources research study by utilities definition of the to plan DSM programs? from DSM (such as DISCOMs’ is deemed as a key indicator is solutions/programs websites). differentiator between the consistent over warrants undertaking states as far as scaling up the time. deep-dive studies like Load DSM activities is Research. This indicator concerned. intends to capture this key information. Has the SDA developed Yes. Realizing the full Yes. From publicly Yes. SDA listing No. NA Yes. The Yes. an empanelment energy-saving potential available sources empanelled energy definition of the mechanism for energy from EE (such as the SDAs’ consultants or auditors indicator is consultants and auditors? solutions/programs websites). will have a strategic consistent over requires a holistic advantage to promote EE the time. approach. The latter should investments in the state. include creating a self- sustaining system for stimulating EE efforts. Empanelment of energy consultants and auditors by India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 112 Does it enable us to Can this Will this indicator Is the Are data Is the indicator Is the know about the information be provide sufficient indicator currently defined in the indicator expected result or captured? information about a quantitative? being same way over objective? condition? condition or result to collected? time? Are data enable inter-state for the comparison? indicator collected in the same way over time? a SDA is an important step towards this objective. This indicator is thus useful for assessing a state's readiness for advancing EE agenda. Does the notified ECBC Yes. Similar to EE in power Yes. From ECBC Yes. This indicator duly No. NA Yes. The Yes. directive specify a system generation, T&D and guidelines or reflects the state-wise definition of the for compliance with the demand side, enforcement building codes. compliance enforcement indicator is building energy efficiency of ECBCs warrants mechanism with respect consistent over codes? instituting an unambiguous to building EE codes. the time. and robust system for compliance. From this angle, this indicator is useful to carry out evaluation of a state's readiness for EE implementation. Is the ECBC compliance Yes. Lack of propriety and Yes. From ECBC Yes. This indicator duly No. NA Yes. The Yes. verified by independent independence in the guidelines or reflects the state-wise definition of the third parties? functioning of the enforcing building codes. compliance enforcement indicator is agencies often raise mechanism with respect consistent over questions regarding to building energy the time. effectiveness of the performance codes. compliance mechanism. From this perspective, this indicator is deemed to be useful. NA — Not applicable India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 113 Appendix B: The States’ Readiness Scores The status of the states against each evidence indicator and their resulting factor scores are presented in Tables A1 – A11. States that have reported qualifying actions against the given evidence indicators are marked as “X”. Table A1: Assessment of States for the State Plan for Energy Efficiency States Evidence indicators Index Legislation, policy or Quantified energy efficiency Out of 2 sector-specific action plan goal or target Andhra Pradesh X 1 Arunachal Pradesh 0 Assam 0 Bihar Underdevelopment 0.5 Chhattisgarh 0 Delhi 0 Goa 0 Gujarat X 1 Haryana X 1 Himachal Pradesh X 1 Jammu & Kashmir 0 Jharkhand X 1 Karnataka Underdevelopment Underdevelopment 1 Kerala Underdevelopment Underdevelopment 1 Madhya Pradesh 0 Maharashtra X 1 Manipur X 1 Meghalaya 0 Mizoram X 1 Nagaland X 1 Odisha X 1 Punjab X 1 Rajasthan 0 Sikkim 0 Tamil Nadu X 1 Tripura 0 Uttarakhand X 1 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 114 Uttar Pradesh 0 West Bengal X 1 Note: In case legislation, or a policy or action plan is under development in a state, the latter is awarded with a score of 0.5. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 115 Table A2: Assessment of States for Mandates for Utilities States Evidence indicators Index Obligation to carry out energy Penalties for non-compliance in: DSM Guidelines Stipulatin Incentivizi Obligatio Out of 11 efficiency in: regulatio on cost g utilities ng n to Generatio T&D Demand Generati T&D Demand ns effectivene to set up customers submit n side on side notified ss and in-house for IRP to M&V of DSM cell demand the utility: response, regulator DSM such as off- s measures peak time rebates Andhra X X X X 4 Pradesh Arunachal X 1 Pradesh Assam X X X X X 5 Bihar X X X X X X 6 Chhattisgarh X X X X X X 6 Delhi X X X X X X X X 8 Goa X X X 3 Gujarat X X X X X X X X 8 Haryana X X X X X X 6 Himachal X X X X X X 6 Pradesh Jammu & X X 2 Kashmir Jharkhand X X X X X 5 Karnataka X X X X X X X 7 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 116 Kerala X X X X 4 Madhya X X X X X 5 Pradesh Maharashtra X X X X X X X 7 Manipur X X 2 Meghalaya X X X 3 Mizoram X X X 3 Nagaland X X 2 Odisha X X X X X X 6 Punjab X X X X X X X 7 Rajasthan X X X X X X X 7 Sikkim X X 2 Tamil Nadu X X X X X X X X 8 Tripura X X X X X X 6 Uttarakhand X X X X X 5 Uttar X X X X X X 6 Pradesh West Bengal X X X X 4 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 117 Table A3: Assessment of States for Mandates for Public Institutions States Evidence indicators Index Binding obligations for procurement of energy State Energy Out of 4 efficient applications for: Conservation Public buildings Municipalities Road Award transport corporation Andhra Pradesh X 1 Arunachal X 1 Pradesh Assam X 1 Bihar 0 Chhattisgarh X 1 Delhi X 1 Goa 0 Gujarat X 1 Haryana X X 2 Himachal Pradesh X X 2 Jammu & X 1 Kashmir Jharkhand X 1 Karnataka X 1 Kerala X X 2 Madhya Pradesh 0 Maharashtra X X 2 Manipur 0 Meghalaya 0 Mizoram 0 Nagaland 0 Odisha X X 2 Punjab X 1 Rajasthan X X X 3 Sikkim 0 Tamil Nadu X 1 Tripura 0 Uttarakhand X 1 Uttar Pradesh X 1 West Bengal 0 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 118 Table A4: Assessment of States for Incentives to MSMEs States Evidence indicators Index Energy efficiency Assistance to MSMEs to Out of 2 incentives for MSMEs identify energy savings investment opportunities Andhra Pradesh X 1 Arunachal Pradesh 0 Assam 0 Bihar 0 Chhattisgarh 0 Delhi 0 Goa 0 Gujarat X 1 Haryana X 1 Himachal Pradesh 0 Jammu & Kashmir 0 Jharkhand 0 Karnataka X 1 Kerala X X 2 Madhya Pradesh 0 Maharashtra X X 2 Manipur 0 Meghalaya 0 Mizoram 0 Nagaland 0 Odisha 0 Punjab X 1 Rajasthan 0 Sikkim 0 Tamil Nadu X 1 Tripura 0 Uttarakhand 0 Uttar Pradesh X 1 West Bengal 0 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 119 Table A5: Assessment of States for Incentives to Large-Scale Energy Users States Evidence indicators Index Incentives for Assistance to Out of 2 large-scale energy identify energy consumers savings investment opportunities Andhra Pradesh 0 Arunachal Pradesh 0 Assam 0 Bihar 0 Chhattisgarh 0 Delhi 0 Goa 0 Gujarat 0 Haryana 0 Himachal Pradesh 0 Jammu & Kashmir 0 Jharkhand 0 Karnataka 0 Kerala X 1 Madhya Pradesh 0 Maharashtra X X 2 Manipur 0 Meghalaya 0 Mizoram 0 Nagaland 0 Odisha 0 Punjab 0 Rajasthan 0 Sikkim 0 Tamil Nadu 0 Tripura 0 Uttarakhand 0 Uttar Pradesh 0 West Bengal 0 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 120 Table A6: Assessment of States for the Implementation of ECBCs States Evidence indicators Index Adoption Energy efficiency codes Energy efficiency codes Labeling Disclosure Disclosure Incentives Out of 9 of ECBC for: for building renovations or rating of of annual for high- for: system property property quality New New Residential Commercial energy energy energy residential commercial usage at usage efficiency buildings buildings the point certifications of sale or when leased Andhra X X X X X X 6 Pradesh Arunachal 0 Pradesh Assam Amended 0.5 Bihar Amended 0.5 Chhattisgarh Amended 0.5 Delhi Amended 0.5 Goa 0 Gujarat Amended 0.5 Haryana Amended 0.5 Himachal Amended 0.5 Pradesh Jammu & 0 Kashmir Jharkhand 0 Karnataka X X X X X X 6 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 121 Kerala Amended 0.5 Madhya Amended 0.5 Pradesh Maharashtra Amended X X 2.5 Manipur 0 Meghalaya 0 Mizoram 0 Nagaland 0 Odisha X X X X X 5 Punjab X X X X X 5 Rajasthan X X X X X 5 Sikkim X 1 Tamil Nadu Amended 0.5 Tripura 0 Uttarakhand X X X 3 Uttar Amended X X 2.5 Pradesh West Bengal Amended X X 2.5 Note: In case a state has amended the ECBC, it is awarded a score of 0.5. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 122 Table A7: Assessment of States for Information or Tools Provided to Consumers States Evidence indicators Index Customers receiving bills that show their Customers receiving bills which compare them Utility offering customers access Out of 8 energy usage compared to previous bills to other users in the same region and/or usage to: class Domestic Commercial Industrial Domestic Commercial Industrial Real-time Ability to feedback on manage energy energy usage usage levels remotely Andhra Pradesh X X X 3 Arunachal X X X 3 Pradesh Assam X X X 3 Bihar X X X 3 Chhattisgarh X X X 3 Delhi X X X X 4 Goa X X X 3 Gujarat X X X 3 Haryana X X X 3 Himachal Pradesh X X X 3 Jammu & X X X 3 Kashmir Jharkhand X X X 3 Karnataka X X X 3 Kerala X X X 3 Madhya Pradesh X X X 3 Maharashtra X X X 3 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 123 Manipur 0 Meghalaya 0 Mizoram 0 Nagaland 0 Odisha 0 Punjab X X X 3 Rajasthan X X X 3 Sikkim 0 Tamil Nadu 0 Tripura 0 Uttarakhand X X X 3 Uttar Pradesh X X X 3 West Bengal X X X 3 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 124 Table A8: Assessment of States for Energy Efficiency Potential and Implementation Experience States Evidence indicators Index Impleme Impleme Impleme Impleme Impleme Penetrat Penetrat Penetr Penetra Penetra Level of Level Level Out of ntation ntation ntation ntation ntation ion of ion of ation tion of 5 tion of T&D of of 13 of utility of of LED of of solar LED BEE of LED star– solar loss (%) peak power driven utility- streetlig domesti irrigatio lamps star- streetli rated irrigatio power deficit domestic driven hting c energy n pump among rated ghting domesti n deficit (%) LED AgDSM program efficient program househo agricult c fans pumps (%) program by fan lds ural municip program pumps alities Andhra X X X X X 0.26 0.94 0.37 1.00 0.67 0.79 1.00 1.00 11.01 Pradesh Arunachal 0.29 0.97 0.94 2.20 Pradesh Assam 0.52 0.92 0.94 2.38 Bihar X X 0.02 0.04 0.32 0.93 0.99 4.30 Chhattisgar X X X 0.06 0.24 0.46 0.61 0.96 0.99 6.31 h Delhi X X 0.43 1.00 0.63 1.00 1.00 6.06 Goa 0.74 0.95 1.00 2.68 Gujarat X X 0.12 0.50 0.67 1.00 1.00 5.29 Haryana X 0.03 0.59 1.00 1.00 3.62 Himachal X 1.00 1.00 1.00 0.99 4.99 Pradesh Jammu & 0.26 0.85 0.85 1.96 Kashmir Jharkhand X X 0.21 0.10 0.39 1.00 0.98 4.67 Karnataka X X X 0.17 1.00 0.63 0.66 0.93 0.95 7.34 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 125 Kerala X X 0.26 0.03 0.73 0.97 1.00 4.98 Madhya X X 0.01 0.48 0.47 1.00 1.00 4.96 Pradesh Maharashtra X X X 0.17 1.00 0.00 0.64 0.98 1.00 6.79 Manipur 0.43 0.99 0.96 2.39 Meghalaya 0.50 0.94 0.94 2.39 Mizoram 0.41 0.99 0.97 2.37 Nagaland 0.32 0.99 0.98 2.29 Odisha X X 0.02 0.11 0.27 1.00 0.99 4.40 Punjab 0.74 1.00 1.00 2.74 Rajasthan X X X X 0.18 0.91 0.25 1.00 0.56 1.00 1.00 8.89 Sikkim 0.81 1.00 1.00 2.81 Tamil Nadu X 0.73 0.62 1.00 0.99 4.34 Tripura X 0.85 0.55 0.90 0.95 4.26 Uttarakhand X 0.34 0.66 1.00 0.98 3.98 Uttar X X X X 0.06 0.01 0.08 0.29 0.45 0.85 0.88 6.62 Pradesh West Bengal 0.55 1.00 1.00 2.55 Note: Scoring against the applied evidence indicators, the progress in implementation of energy efficiency projects has been evaluated based on normalization to compare the states on a level playing field irrespective of their size, and scaled between 0 and 1. The “distance to frontier” approach is adopted, where the frontier represents the best performance by any state observed against that indicator. India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 126 Table A9: Assessment of States for Financing Mechanisms for Energy Efficiency Activities States Evidence indicators Index SECF Capital On-bill Credit Energy Partial Cost DSM Others Out of subsid financi lines service risk recove funds 9 y ng with s guaran ry banks agreem tees throug ents h ARR/ta riffs Andhra X X X 3 Pradesh Arunacha X X X 3 l Pradesh Assam X X 2 Bihar X X X 3 Chhattisg X X X 3 arh Delhi X X X X X 5 Goa X X 2 Gujarat X X X X X 5 Haryana X X X X 4 Himacha X X X X 4 l Pradesh Jammu X X 2 & Kashmir Jharkhan X X 2 d Karnatak X X X X X 5 a Kerala X X X X X X 6 Madhya X X 2 Pradesh Maharas X X X X X 5 htra Manipur X 1 Meghalay X 1 a Mizoram X 1 Nagaland X 1 Odisha X X X 3 Punjab X X X X 4 Rajastha X X X 3 n India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 127 Sikkim X 1 Tamil X X X 3 Nadu Tripura X X X 3 Uttarakh X X X 3 and Uttar X X X 3 Pradesh West X 1 Bengal India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 128 Table A10: Assessment of States for Institutional Framework and Capacity States Evidence indicators Index Entity for Does it Regulatin Regulatin Regulati Enforcing/c Out of 6 setting state have the g energy g energy ng ertifying energy sole efficiency efficiency equipme compliances efficiency mandate of activities activities nt energy with strategy/poli promoting of energy of energy efficienc building cy energy suppliers consumer y energy efficiency s standard efficiency s standards Andhra X X X X X 5 Pradesh Arunachal X X X 3 Pradesh Assam X X X 3 Bihar X X X 3 Chhattisgarh X X X 3 Delhi X X X 3 Goa X X X 3 Gujarat X X X 3 Haryana X X X 3 Himachal X X X 3 Pradesh Jammu & X X X 3 Kashmir Jharkhand X X X 3 Karnataka X X X 3 Kerala X X X X X 5 Madhya X X X 3 Pradesh Maharashtra X X X 3 Manipur X X X 3 Meghalaya X X X 3 Mizoram X X X 3 Nagaland X X X 3 Odisha X X X X 4 Punjab X X X X 4 Rajasthan X X X X 4 Sikkim X X X 3 Tamil Nadu X X X 3 Tripura X X X 3 Uttarakhand X X X 3 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 129 Uttar X X X 3 Pradesh West Bengal X X X 3 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 130 Table A11: Assessment of States for Monitoring and Evaluation Systems States Evidence indicators Index Measuring utilities’ energy Energy savings Regulator Load Empanelment System to Is the savings to track performance measured/validated by an tracking research mechanism ensure compliance in: independent third parties in: energy study for energy compliance verified by Out of Generation T&D Demand Generation T&D Demand usage conducted consultants with third party 11 side side information and auditors building to energy customers efficiency codes Andhra X X X X X X X 7 Pradesh Arunachal X X 2 Pradesh Assam X X X 3 Bihar X X X X 3 Chhattisgarh X X X X X 5 Delhi X X X X X X 6 Goa X X X 3 Gujarat X X X X X X 6 Haryana X X X X X 5 Himachal X X X X X 5 Pradesh Jammu & X X X 3 Kashmir Jharkhand X X X 3 Karnataka X X X X X 5 Kerala X X X X X 5 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 131 Madhya X X X X X 4 Pradesh Maharashtra X X X X X 5 Manipur X X 2 Meghalaya X X X 3 Mizoram X X X 3 Nagaland X X 2 Odisha X X X X X X X 6 Punjab X X X X 5 Rajasthan X X X X X X X 7 Sikkim X X 2 Tamil Nadu X X X X 4 Tripura X X X X 4 Uttarakhand X X X X X 5 Uttar X X X X X 5 Pradesh West Bengal X X 2 India’s State-Level Energy Efficiency Implementation Readiness May 2016 PwC 132 This document does not constitute professional advice. 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