Policy Framework and Market Development · Grid Connected Solar Power: 100,000 MW with 40,000 MW of...
Transcript of Policy Framework and Market Development · Grid Connected Solar Power: 100,000 MW with 40,000 MW of...
Indo-German Chamber of Commerce
Policy Framework and Market Development:
Solar Market in India
Dr. Ashvini KumarSenior Director, TERI
Former Managing Director, Solar Energy Corporation of India Ltd., New Delhi
Bengaluru9 October 2018
Global Perspective
• 2017 emerged another record-breaking year with the largest ever increase in RE power capacity of 178 GW. Solar PV, wind and hydropower accounted nearly 55%, 29% and 11%, respectively.
• Total renewable power capacity more than doubled in the decade 2007-2017.
55%22%
17%
5% 1%
World RE 2017 (GW)
Hydro Wind Solar Bioenergy Geothermal
Wind- 514 GWSolar – 391 GW
Bio-energy – 109 GW
Source: IRENA Statistics 2018
Global Perspective
• 17 countries generated more than 90% of their electricity with renewable sources in 2017; hydro power was the main source.
• Three of them – Uruguay, Costa Rica and Ethiopia – have significant contribution from wind power.
India’s Energy Generation: Status
Total Thermal, 2,22,907,
65%
Hydro , 45,293,
13%
Nuclear, 6,780, 2%
RES, 69,022,
20%
Fuel - wise (31 March 2018), MW
84,517 1,03,9751,55,510
050,000
1,00,0001,50,0002,00,000
State Sector CentralSector
PrivateSector
Sector-wise, MW
Source Achievement
(2017 – 2018),
MW
Cumulative
achievement,
MW
Wind Power 1,766 34,046
Solar Power - Ground 9,010 20,588
Solar Power - Roof Top 353 1,064
Small Hydro Power 106 4,486
Biomass 529 9,363
Waste to Power 24 138
OFF-GRID/ CAPTIVE POWER (MW - eq)
Waste to Energy 5.5 172.15
Biomass Gasifiers 0.92 163.37
Aero-Generators/Hybrid systems 0.14 3.29
SPV Systems 216.63 671.41
Total 223.19 1010.22
Total
Installed
Capacity:
344.02 GW
India’s Clean Energy Initiative
Increasing share of non-fossil fuel in the total installed capacity to about 40 % by 2030 and to create additional Carbon Sink of 2.5 to 3 Billion Tonnes of CO2 Equivalent
Upscaling target for RE Capacity installation to 175,000 MW to result in abatement of 326.22 million tons of CO2 eq. /year. Grid Connected Solar Power: 100,000 MW with 40,000 MW of RT Solar
Wind Power: 60,000 MW
Biomass Power: 10,000 MW
Small Hydro Power: 5,000 MW
National Solar Mission: Implementation Selection of projects through Competitive Bidding
Solar Park scheme by Government of India
Promotion of off-take of solar power 8% of electricity consumption excluding hydro power, mandated from solar energy by
March 2022. (Solar RPO)
Renewable Generation Obligation (RGO): New coal/lignite based thermal plants after specified date to also establish/ procure/ purchase renewable capacity
Capital grant for roof top solar in domestic and institutional sectors
Policy on the concept of “Polluter should pay”; levied cess on each tonne of coal purchased by generating companies to create National Clean Energy Fund .
Regulatory Provisions Exemption from the requirement of environmental clearance
Must-run status in merit order dispatch of power
Exemption for wheeling charges on Central Transmission Utility
Payment security mechanism
Solar Parks: Concept and Approach
Basic aim is to achieve targets under National Solar Mission through
accelerating the development of solar power projects, by providing an area that is well characterized and properly infra-structured for transmission and evacuation facilities, and
thereby minimizing the risk as well as the permitting process.
SOLAR PARKS are established jointly by Central and State governments.
Land area by the State Governments and support to setting up infrastructure by the Central Government.
Solar Park may hold several solar power plants each developed by separate or the same groups/promoters.
Filling up of Parks through solar projects under Central or State Government’s schemes; generated power could be procured by any of the States. Host State to buy at least 20% of the capacity of solar park.
Status of Solar Parks(as on 15 May 2018)
• Total number = 41
• Aggregate planned Capacity = 26,144 MW
Evolution of Solar Tariff in India
12.16
8.77
8.368.37
8.018.73
6.82
7.07
6.768.22
8.41
7.148.67
5.84
8.457.346.73
7.749.18
6.955.41
7.527.177.175.825.7
8.04
5.655.77
4.63
4.63
4.35
4.78
54.79
4.675.38
5.02
4.35
3.313.15
2.62
2.44
02468
101214
Tariffs (INR/kWh)
2016-17
2015-16
2014-152013-142012-132010-12 2017-18
INR 2.44 = US$ 0.0331 US$ = INR 73.0
Rooftop PV Arrangement
• Rooftop PV is an arrangement to utilize the vacant roof space to generate electricity.
• The electricity generated can be utilized for self-consumption and/or grid feeding.
• Different types of inverters/PCUs are used for this purpose;• Off-Grid Inverter– Stand Alone Mode
• Grid Tied Inverter– Matches power quality with grid and shut down if power is not available in grid (even in case of self consumption mode)
• Hybrid inverter– This allows the rooftop PV system to be connected with grid and works in isolated mode, if grid is down
PV Solar Array
Transmission
Network
Distribution
Network
Distribution
Transformer
Consumer
Meter Inverter (PCU)
Self
Consumption/
Grid Feed
Roof Top Potential in India
Monday, October 15, 2018
• According to 2011 Census data, India is having
• 330 million houses.
• 166 million electrified houses.
• 140 million houses with proper roof (Concrete or Asbestos / metal sheet).
• 130 million houses are having > 2 rooms.
• Average house can have 1-3 kWp capacity.
• The commercial/industrial establishments can have larger capacities.
• Potential of about 40 GW capacity emerges even if we consider 1 kWp system on 30% roofs only.
State-Wise Solar Rooftop PV Potential (MW)
20836 MW 11006 MW
Schools Hospitals*State-wise potential does not include share of private hospitals and dental colleges
3292
64
9931427
1128
23031
983834
241 293
945
2993
810
34054021
489527
8… 952
3073
674
2340
37
925
0
500
1000
1500
2000
2500
3000
3500
4000
4500
0
500
1000
1500
2000
2500
3000
3500
4000
4500
PV potential in Hospitals (MW) PV potential in Schools (MW)
PV potential in Colleges (MW) Total PV potential (MW)
Colleges
10626 MW
Business Models: Self-owned Net-metered Model
System Owner
Installer
Bank
UtilityReduced electricity Consumption
Payment
Useful to commercial and industrial consumers as total energy consumption is significantly more than the solar generation
One of the most popular business models in India as well as USA, Japan etc.
Avoids cost of energy storage (contingent on grid availability)
Value proposition comes from the difference between the Consumer tariffs and the cost of solar energy generation from rooftop solar installation.
RESCO Business Model
• Third-party ownership model for reducing electricity bill without committing initial investment and assuming O&M responsibilities
• Third Party may lease out the entire system to the Rooftop Owner and sell power to him through a long term PPA to replace Utility-based power supply.
• Third Party may also take rooftop on lease from the Rooftop Owner, generate power and sell it to the Utility or to the Rooftop Owner through a PPA (at price called Feed-in Tariff, i.e. FiT).
Roof Owner
Third Party
Bank
UtilityConsumption
Payment
Loan EMI Payments
Loan
Roof top Solar Installations: Indian Status
544
1088
404503
Commercial Industrial Public Sector Residential
631, 25%
1907, 75%
Opex Capex
Implementation model wise
Opex capacity additions grew 164%
Total Capacity Installed by 31 March 2018 = 2538 MWSource: Bridge to India
Net metering Regulations
StateCap on PV
Export
Capacity w.r.t
Contract load
Max. Capacity
kWp
Min. Capacity
kWpState
Cap on PV Export
Capacity w.r.t
Contract load
Max. Capacity
kWp
Min. Capacity
kWpAndaman & Nicobar Island
100% 100% 500 1 Lakshadweep 100% 100% 500 1
Andhra Pradesh 100% NA 1000 NA Madhya Pradesh 100% 100% NA NA
Arunachal Pradesh NA NA 1000 1 Maharashtra NA 100% 1000 1
Assam NA 40% 1000 1 Manipur 90% NA 1000 1
Bihar 90% 100% 1000 1 Meghalaya NA 100% 1000 1
Chandigarh 100% 100% 500 1 Mizoram NA 100% 1000 NA
Chhattisgarh 150% 100% 1000 50 Nagaland NA NA NA NA
Dadra and Nagar Haveli 100% 100% 500 1 Odisha 90% 100% NA NA
Daman and Diu 100% 100% 500 1 Pondicherry 100% 100% 500 1
Delhi NA 100% NA NA Punjab 90% 80% 1000 1
Goa 100% 100% 500 1 Rajasthan NA 80% 1000 1
Gujarat 100% 50% 1000 1 Sikkim NA 100% 1000 1
Haryana 90% 100% 1000 NA Tamil Nadu 90% 100% NA NA
Himachal pradesh NA 80% 1000 1 Telangana 100% 100% 1000 1
Jammu & Kashmir 90% 50% 1000 1 Tripura 110% 100% NA NA
Jharkhand NA 100% 1000 1 UIttar Pradesh 100% 100% 1000 1
Karnataka NA 150% 1000 1 Uttarakhand 95% NA 500 1
Kerala NA 100% 1000 NA West Bengal 90% NA 2000 5NA – Not available
Renewable Energy Activities at TERITERI is mainly engaged in:
• Research: Solar thermal and PV, thermo-chemical and bio-chemical treatment processes, Applied and industrial research through development of prototypes and product industrialization
• Technology Transfer: dissemination and transfer of design to industry for production and market purposes
• Project management Consultancy Services: Renewable energy assessment studies, Policy research, Setting up projects including roof top solar systems, Developing renewable energy plans, market research and business models .
• Certification and developmental testing
• Training and capacity building : activities aimed at human training, knowledge and awareness creation
• Knowledge partner of ISA, and development of solar road maps for ISA countries.
Rooftop Solar Web-GIS Tool For ChandigarhSurvey Time – 15 days, Buildings evaluated physically – 14000, Buildings evaluated digitally – 110,000
Challenges
• Innovative technology use for maximizing generation
• Lack of Commodization• Need to be available off-the-shelf
• Standard packages, especially in domestic category
• Preference for RESCO Mode by Departments / Corporates• Huge requirement of financing
• PPAs in residential & commercial sector considered less bankable
• Long tenure of PPAs : 25 years
• Skill and Knowledge Gaps with Discoms, SNAs, Developers & Financing Institutions• Capacity is hampered to scale up
• Lack of clarity about financial models, net metering, risk assessment.
19
Thanks!!!