Ahmendabd presentation 28th nov workshop
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The document discusses solar rooftop projects in India. It provides an overview of TERI as an organization working on sustainability solutions. It then discusses India's commitments to renewable energy and increasing solar capacity as part of its INDC. Specific details are given about the potential for solar rooftop projects across Indian states. Business models for solar rooftop including third party ownership are explained. A case study shows the costs savings for a residential consumer from a 3 kW rooftop system.
Ahmendabd presentation 28th nov workshop
- 1. Creating Innovative Solutions for a Sustainable Future Solar Rooftop in Ahmedabad Smart City Abhinav Jain Ahmedabad, 28th November 2016
- 2. Creating Innovative Solutions for a Sustainable Future Section About TERI INDC and RE Power Scenario of India Solar Rooftop in India Business Model for Solar Rooftop Role of Municipal Corporation for implementation of Solar Rooftop TERI’s Contribution in Surat Smart City
- 3. Who We Are TERI was established in 1974, with the initial focus on documentation and information dissemination. Research activities were initiated towards the end of 1982. TERI, being the largest developing-country institution working towards sustainability, is devoted to formulating local, national, and global-level strategies to address critical issues. Towards this end, regional centres have been established in Bengaluru, Goa, Guwahati, Mumbai, and the Himalayas. Affiliate institutes were also set up globally: TERI-NA, Washington, DC, USA, TERI Europe, London, UK, Japan, Malaysia, The UAE. A research base has been established in Africa to provide technical assistance and facilitate exchange of knowledge amongst the communities in various states and countries. TERI is now poised for future growth driven by a philosophy that assigns primacy to enterprise in government, industry, and individual actions.
- 4. Our Expertise Biotechnology & Bio resources Earth Science and Climate Change Energy Environment Tech. Development Environmental & Industrial Biotechnology Green Growth and Resource Efficiency Industrial Energy Efficiency Information Technology and Services Knowledge Management Social Transformation Sustainable Devel. Outreach & Youth Education Sustainable Habitat Water Resources and Forestry
- 6. Creating Innovative Solutions for a Sustainable Future India’s Pledge: Intended Nationally Determined Contribution(INDC) post 2020 Highlights To reduce the emissions intensity of GDP by 33% to 35% by 2030 below 2005 levels To create an additional (cumulative) carbon sink of 2.5-3 GtCO2e through additional forest and tree cover by 2030 Renewable energy Greater use of renewables mainly through solar and wind power and shifting towards supercritical technologies for coal based power plants. To achieve about 40% cumulative electric power installed capacity from non-fossil fuel based energy resources by 2030 with the help of transfer of technology and low cost international finance including from Green Climate Fund (GCF).
- 7. Creating Innovative Solutions for a Sustainable Future Indian Power Sector 61%14% 15% 8% 2% Total Installed Capacity- 308 GW Thermal Hydro Renewable Gas Nuclear
- 8. Creating Innovative Solutions for a Sustainable Future Road Map for Renewable Power by 2022 175 GW 5 GW10 GW60 GW100 GW Solar Wind Small Hydro Biomass
- 9. Creating Innovative Solutions for a Sustainable Future Road Map for Solar Power by 2022 Solar Park Unemployed Youth/Farmers Govt./States/ Private/Others Solar Rooftop
- 10. Creating Innovative Solutions for a Sustainable Future Grid Connected Solar System
- 11. Creating Innovative Solutions for a Sustainable Future Market Potential Estimation NISE Gujarat | 3748 MW INDIA | 42.8 GW Andhra Pradesh | 1600 MW North-Eastern States | 1016 MW Bihar | 940 MW Jharkhand | 680 MW Chhattisgarh | 540 MW Orissa | 808 MW Madhya Pradesh | 1600 MW Uttar Pradesh | 3640 MW Delhi | 1921 MW Goa | 140 MW Haryana | 1036 MW Rajasthan | 1777 MW Punjab | 1283 MW Himachal Pradesh | 137 MW Uttarakhand | 313 MW Maharashtra | 6921 MW Telangana | 1299 MW Karnataka | 3039 MW Kerala | 2421 MW Tamil Nadu | 3986 MW West Bengal | 3267 MW Sikkim | 19 MW Jammu & Kashmir | 415 MW Islands and UTs | 281 MW
- 12. Creating Innovative Solutions for a Sustainable Future Grid Connected Rooftop programme Promote installation of grid connected SPV rooftop and small SPV power plants in the residential, community, institutional, industrial and commercial establishments. Project capacity of 1.0 kW to 500 kWp per project/system Implementing agencies- SNAs Solar Energy Corporation of India(SECI) Channel Partners FIs/Financial Integrators and Banks Other Govt. Departments/Agencies/PSUs etc. Central Financial Assistance – 30 % of Benchmark cost i.e. Rs 75/Watt Eligible entities for CFA o Residential o Institutional o Social sector o Government department and institution eligible for performance linked incentive 40,000 GW target till year 2021-22 out of which 2.9 GW in sanctioned and 414 MW installed.
- 13. Creating Innovative Solutions for a Sustainable Future CFA & Incentives CFA (30 % of the benchmark cost or tendered cost) o Residential o Institutional o Social sector Achivement vis-à-vis target allocation Incentives for general category states Incentives for special category states 80% and above within the sanctioned period Rs. 18,750/- per kW Rs 45,000/- per kW Below 80% and upto 50% within the sanctioned period Rs 11,250/- per kW Rs 27,000/- per kW Below 50% delayed commissing upto 6 months beyond the sanctioned period Rs 7,500/- per kW Rs 18,000/- per kW Incentives to government departments and institutions o Assessments of Rooftop area o Present level of electrical consumptions o Average tariff o Asses financial savings
- 14. Creating Innovative Solutions for a Sustainable Future Savings in transmission and distribution losses Low gestation time (30-60 Days) No requirement of additional land Improvement of tail-end grid voltages and reduction in system congestion with higher self-consumption of solar electricity Local employment generation (39 Person/MW) Reduction of power bill by supplying surplus electricity to local electricity supplier Advantages of solar rooftops
- 15. Creating Innovative Solutions for a Sustainable Future About 10 sq.m area per kWp capacity Cost about Rs.75,000 per kWp The roof should be shadow free and south facing Can be installed on slanting, plain and curved roofs Regulation of SERC, State policy and DISCOMs cooperation for grid connectivity Requirements for solar rooftops
- 16. Creating Innovative Solutions for a Sustainable Future Grid Connected Solar Rooftop Systems Most beneficial for Institutional and Social sector as o Consumer electricity mostly in day time o Electricity produced through solar is directly consumed o Extra electricity generated on holidays can be feed back to grid o Cost of Electricity is increasing year-on-year o Subsidy is available from central government o Payback period is very less i.e. around 5-7 years
- 17. Creating Innovative Solutions for a Sustainable Future Business Models Net Metering- Self Owned System Owner Bank Utility Installer Consumption Payment Subsidy
- 18. Creating Innovative Solutions for a Sustainable Future Self Owned- CAPEX Model Consumer is the owner of the solar plant Consumer need to pay up-front cost for the solar plant In CAPEX mode the consumer get the payback of the investment in 5–7 year Profit making industrial and commercial consumers are eligible to avail accelerated depreciation benefits
- 19. Creating Innovative Solutions for a Sustainable Future Business Models Net Metering – Third Party Owned Roof Owner Bank Utility Third Party RepaymentLoan Consumption Payment Subsidy
- 20. Creating Innovative Solutions for a Sustainable Future Third Party – RESCO Model No upfront investment is required for installation of solar plant in RESCO model Consumer will sign a long-term contract (25 years PPA) with the solar developer The ownership of the solar plant will remain with the power plant developer Consumer is not eligible to avail accelerated depreciation benefits In Surat the developers can offer for a RESCO price of around 5.8–6.8/kWh for next 25 years (SECI/GEDA will discover the price)
- 21. Creating Innovative Solutions for a Sustainable Future Case Study (Cost Benefit Analysis ) Residential & Social Industrial Commercial
- 22. Creating Innovative Solutions for a Sustainable Future Cost of Energy – Model Approach SPV System PV Only Cost of Generation: - Depreciation - O&M Expenses - Term Loan - Return on Equity - Interest on Working Capital Electricity Generation: - System Size - Hours of Sun - Power Outages LCOE Discount Rate Annual Energy Output Annual Cost of Generation Capital Subsidy 2015
- 23. Creating Innovative Solutions for a Sustainable Future Residential Household Case Study Electricity Consumption (Yearly) 10,000 kWh Electricity Consumption (Monthly) 833 kWh Size of Rooftop Plant- 3 kWp CAGR- 3%
- 24. Creating Innovative Solutions for a Sustainable Future Residential consumer having more than tariff of Rs. 6/kWh STATES Category of State Subsidy Average Electricity Tariff Payback with CAPEX and Subsidy (in Rs./kWh) (in Years) KARNATAKA General 30% 6 5 WEST BENGAL General 30% 7 5 DELHI General 30% 6 5 MAHARASHTRA General 30% 9 3 PUNJAB General 30% 6 5 JHARKHAND General 30% 7 5 HARYANA General 30% 7 5 ANDRAPRADESH General 30% 7 4 KERELA General 30% 8 5 TAMIL NADU General 30% 6 5 NAGALAND Special 70% 6 3 ASSAM Special 70% 7 3 TRIPURA Special 70% 7 3
- 25. Creating Innovative Solutions for a Sustainable Future Residential consumer having more than tariff of Rs. 6/kWh STATES Solar Electricity Produced Old Electricity Bill Saving in Electricity Bill Net electricity Bill Annual Saving % Saving in unit of Electricity % Saving in Electrcity Bill (in kWh) (in Rs.) (in Rs.) KARNATAKA 429 5358 2960 2398 35521 51% 55% WEST BENGAL 368 5483 2604 2879 31245 44% 47% DELHI 380 5180 2797 2383 33564 46% 54% MAHARASHTRA 417 7577 4602 2975 55230 50% 61% PUNJAB 413 5179 2706 2473 32472 50% 52% JHARKHAND 392 5625 2597 3028 31165 47% 46% HARYANA 385 5625 2597 3028 31165 46% 46% ANDRAPRADESH 419 6044 3644 2400 43726 50% 60% KERELA 405 6250 3038 3213 36450 49% 49% TAMIL NADU 428 5007 2912 2095 34945 51% 58% NAGALAND 345 5081 2243 2838 26910 41% 44% ASSAM 344 5708 2358 3350 28297 41% 41% TRIPURA 368 5604 2651 2953 31817 44% 47%
- 26. Creating Innovative Solutions for a Sustainable Future General Category and less than Rs. 6/kWh STATES Category of State Subsidy Average Electricity Tariff Payback with CAPEX and Subsidy (in Rs/kWh) (in Years) DAMAN AND DIU General 30% 2 12 GOA General 30% 3 9 PONDUCHERRY General 30% 4 7 CHADIGHARGH General 30% 4 7 CHATTISGHARGH General 30% 5 6 GUJRAT General 30% 5 6 BIHAR General 30% 5 6 ODISHA General 30% 5 6 UTTAR PRADESH General 30% 6 6 MP General 30% 6 6 RAJASTHAN General 30% 6 5
- 27. Creating Innovative Solutions for a Sustainable Future Special category state and less than Rs. 6/kWh STATES Category of State Subsidy Average Electricity Tariff Payback with CAPEX and Subsidy (in Rs/kWh) (in Years) J&K Special 70% 3 6 UTTRAKHAND Special 70% 4 4 ARUNACHAL PRADESH Special 70% 4 5 SIKKIM Special 70% 4 4 MANIPUR Special 70% 4 4 MIZORAM Special 70% 4 4 HIMACHAL PRADESH Special 70% 5 4 MEGHALAYA Special 70% 5 4 LAKSHADWEEP Special 70% 5 3
- 28. Creating Innovative Solutions for a Sustainable Future Conclusion • Varies from Rs. 9/kWh (Maharashtra) to Rs. 2/kWh (Daman and Diu) Average Electricity Tariff • 52%(Pondicherry) to 35% (Arunachal Pradesh) based on the solar irradiance % Saving in unit of Electricity • 61% (Maharashtra) to 35% (Arunachal Pradesh) based on the tariff slab in different states % Saving in Electricity Bill • 3 Yr. (Maharashtra, Lakshadweep, Tripura, Nagaland, Assam) to 12 Yr. (Daman and Diu) Payback (CAPEX mode with Subsidy)
- 29. Creating Innovative Solutions for a Sustainable Future Industrial Sector - 0.2 0.4 0.6 0.8 1.0 1.2 - 2.0 4.0 6.0 8.0 10.0 12.0 CFARequired(Crore/MW) CostofElectricity(Rs/kWh) CFA requirement for Industrial Sector State-wise CFA requirement State-wise Industrail Tariff State-wise LCOE
- 30. Creating Innovative Solutions for a Sustainable Future Commercial Sector - 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 - 2.0 4.0 6.0 8.0 10.0 12.0 CFARequired(Crore/MW) CostofElectricity(Rs/kWh) State-wise CFA requirement State-wise Commercial Tariff State-wise LCOE
- 31. Creating Innovative Solutions for a Sustainable Future Role for Municipal Corporation- Implementation of Solar Rooftop MNRE/MOP Central Policy- MNRE Technical Standards- CEA Model Regulation for Net/Gross metering - CERC (Independent) SNA/SECI/ SERC/ DISCOMS State Policy- SNA State Regulations-SERC Net Metering - DISCOMs (Independent) Municipal Corporation Actual ground connect with public Power to Converge different schemes Building Bylaws Smart Cities (Interdependent) What we need to understand
- 32. Creating Innovative Solutions for a Sustainable Future Ahmedabad Smart City "Vibrant, productive, harmonious, sustainable and environmental friendly, clean and liveable city having a responsive local government offering its citizens a good quality of life"
- 33. Creating Innovative Solutions for a Sustainable Future Ahmedabad City Smart City Proposal The power requirement of commercial buildings and social infrastructure facilities shall be met by use of solar energy with proper amendment in regulation. Solar panels on rooftops would be installed to meet 10% of the incremental demand. Installation of solar rooftop systems in all the government buildings For making state-of-the-art energy efficiency practise in building AMC, solar panels will be installed and existing and new public building Ahmedabad Present Scenario 4.1 Lakh kWh (~INR 39 Lakhs) of energy saving from Rooftop installed in Government Buildings
- 34. Creating Innovative Solutions for a Sustainable Future TERI’s Experience in Surat Smart City (SMC) Baseline Study and Consultative Meeting with GEDA, DISCOMs and SECI Development of Guidebook, Website and Mobile App Consumer Awareness Campaign o Residential and Social Sector o Industrial and Commercial Sector o Radio FM, Newspaper , Social Media and TV
- 35. Creating Innovative Solutions for a Sustainable Future Development of Guidebook International and National scenario National and State policy Subsidy and financing available Step by Step installation process FAQs
- 36. Creating Innovative Solutions for a Sustainable Future Website for Surat Smart City http://suratsolar.suratmunicipal.gov.in/
- 37. Creating Innovative Solutions for a Sustainable Future Mobile App for Surat https://play.google.com/store/apps/details?id =in.smc.suratsolar&hl=en Solar Rooftop Calculator Application form Depository of all relevant policy, regulation and other important documents FAQs
- 38. Creating Innovative Solutions for a Sustainable Future Launch of Solar Rooftop- 22nd September,2016
- 39. Creating Innovative Solutions for a Sustainable Future Inauguration of Surat Smart City
- 40. Creating Innovative Solutions for a Sustainable Future
- 41. Creating Innovative Solutions for a Sustainable Future Volunteers for Surat Smart City
- 42. Creating Innovative Solutions for a Sustainable Future Exhibition
- 43. Creating Innovative Solutions for a Sustainable Future Awareness workshop of Residential, Social, Institutions & I&C consumers- 28th & 29th September
- 44. Creating Innovative Solutions for a Sustainable Future Awareness workshop at Housing Societies- 30th-Sept.-30th October
- 45. Creating Innovative Solutions for a Sustainable Future Solar Friends – Ground Connect
- 46. Creating Innovative Solutions for a Sustainable Future Media Coverage
- 47. Creating Innovative Solutions for a Sustainable Future Report Card for Surat Smart City
- 48. Contact Us CORPORATE OFFICE Darbari Seth Block, IHC Complex, Lodhi Road, New Delhi - 110 003, INDIA Tel. (+91 11) 2468 2100 and 41504900 Fax (+91 11) 2468 2144 and 2468 2145 For general inquires contact mailbox@teri.res.in Thanks You Abhinav Jain Mo- 8882828606 Email- Abhinav.jain@teri.res.in