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72% of our population lives in rural India.
80,000 villages still remain unelectrified.
35% of our population still remains illiterate.
127th rank out of 162 nations in UNs HDI
Rural telecom, rural banking, irrigation pumpscontinue to falter due to lack of stable power.
India imports about 3/4th of our crude oil, andthe country's oil bill accounts for 37% of totalvalue of all imports. ($ 83 billion in 2007-08)
India Facts & Figures
India lives in her villages~ Mahatma Gandhi
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WHY GO SOLAR
ENERGY SECURITY:
Average Power Demand- Supply gap of 12%, peak gap of 16.7%!!
Rate of economic growth is 9% p.a.while power sector growth is 5-6%.
This, when 412 million Indians have NO access to electricity.
India needs to tap ALL possible sources of power thermal, hydro,
nuclear as well as renewable solar, wind, bio.
India imports 78% of oil requirement. Will rise to 90% by 2030.
Dependence on Persian Gulf.
53% of power produced from coal, which will not last beyond 2040/50
Nuclear will play a marginal role. (10% of total by 2030)
Renewable Energy, Energy Efficiency and Conservation are key.
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WHY GO SOLAR
INDIA UNIQUELY PLACED TO TAP SOLAR (84 N 37 6 N)
SOLAR IS CLEAN & GREEN: No GHGs. A kilowatt solar plant can
reduce carbon emission by 1 tonne: Helps Fight Global Warming and
Climate Change
FREE & FOREVER
SUSTAINABLE & ABUNDANTLY AVAILABLE:300 clear sunny days
in a year equivalent of 5000 trillion kWh/year
MODULAR AND SCALABLE: From Lanterns to MW-size plants
DEMOCRATIC: DECENTRALISED DISTRIBUTED GENERATION
ECONOMICALLY EFFICIENT: NO OR LOW MAINTENANCE COST
NOT DEPENDENT ON GEOGRAPHY OR SCALE, NO R & R ISSUES
http://images.google.co.in/imgres?imgurl=astrosun.tn.cornell.edu/courses/a102/Images/sun.gif&imgrefurl=http://astrosun.tn.cornell.edu/courses/a102/&h=1006&w=1018&sz=789&tbnid=Nb1k8J9Miy8J:&tbnh=147&tbnw=148&prev=/images%3Fq%3Dsun%26start%3D60%26hl%3Den%26lr%3D%26ie%3DUTF-8%26oe%3DUTF-8%26sa%3DN8/8/2019 ravi shah
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Introducing: Solar Power
Sun is a massive source of heat and light.
India receives abundant solar radiation.
Two distinct solar technologies:
Solar Thermal SystemsSolar Photo-Voltaic (SPV)
Converts sunlight into electricity.
Silicon based technology.
Electricity can be used to power
lights, fans, PC, TV etc
The SPV panels are known as
SOLAR PV MODULES
Technology to heat water or air.
Black body absorption.
Copper or evacuated glass tubes .
Cost effective solution.
Water heating panels are
SOLAR COLLECTOR
http://images.google.co.in/imgres?imgurl=astrosun.tn.cornell.edu/courses/a102/Images/sun.gif&imgrefurl=http://astrosun.tn.cornell.edu/courses/a102/&h=1006&w=1018&sz=789&tbnid=Nb1k8J9Miy8J:&tbnh=147&tbnw=148&prev=/images%3Fq%3Dsun%26start%3D60%26hl%3Den%26lr%3D%26ie%3DUTF-8%26oe%3DUTF-8%26sa%3DN8/8/2019 ravi shah
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Typical PV system components
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Hybrid System
Solar PV Array
Battery Bank
Array JunctionBox
Power ConditioningUnit
LOADS
AC
DistributionBoard
WindGenerator
Wind ChargeController
Main JunctionBox
DG SET
Grid
The Solar PV system can operatealong with other sources like WindGenerator, Diesel Generator andGrid to power the loads.
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Significant Projects
Note: A 100kWp system generates 130,000 Units/year and occupies a flat area of 1000 sqm on ground.
100 kWp Roof top SPV Grid Connect
System on Vidhana Soudha, Bangalore
(2005)
2 X 33 kWp SPV Standalone
system for giant telescopesin the Himalayas (2004)
200 kWp SPV Power Plant for PEDA
at Nawansheher District, Punjab (2002)
110 kWp SPV Power Plant for
Tata Electric at Walwhan DamLonavala (1996)
Building Integrated PV
Pune, India (90 kWp) (2006)
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EMPOWERING RURAL INDIA
THROUGH THE POWER OF THE
SUN
http://www.thsassociates.net/flash_files/KauaiSunsetFlash.htmhttp://www.thsassociates.net/flash_files/KauaiSunsetFlash.htm8/8/2019 ravi shah
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Medium and large power systems: UPS type AC-Solar Hybrid system
Solar Preference Hybrid system
Stand alone solar systems
Power conditioning units
Microcontroller based Mosfet /IGBT based system
MPPT Solar Charger
True sinewave inverter with activewaveform correction with good
dynamic response Grid-Charging & Grid-Export
D.G. Set activation
Computer interface option
Data logger in large system
Andaman Nicobar Islands
Ladhak
Medium and large Power Packs ...
FOR REMOTE VILLAGE ELECTRIFICATION
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Rural Electrification.
Issue: 80,000 villages still need remain un-electrified.Quality power not available
Needs Solutions
Urban/Semi urban backup
power
Rural Electrification
Small power packs
UPS for powering computers in rural
banks etc
Mini Solar Power Plants
giving AC power for localdistribution grid.
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Solar PV An attractive option for Rural AreasElectrification
Uneconomical to extend the grid to villages located in remote areas/sparsely populated areas
ACTIONS NEEDED: Prioritise areas suitable for solar energy programmes
Remote and difficult areas Mainstream villages
Government to play the role of a facilitator through appropriateguidelines and standards
Provide information support and awareness to villagers
Provide micro-finance through regional rural banks & NBFCs Promote post-sale service as an employment / income generatingopportunity for the local population
Promote phase-wise implementation depending on the need
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Global PV Market
World Photovoltaics Market in 2007
2826 Megawatts
Germany
47%
Spain
23%
Rest of World
8%
Japan8%
USA
8%
Rest of Europe
6%
Germany
Spain
Japan
USA
Rest of Europe
Rest of World
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INDIAN SOLAR SECTOR
LATEST DEVELOPMENTS
India has to add 14000 MW from Renewables during XI Plan (2007-12)
PMs National Action PlanOn Climate Change:
National Mission onSolar energy
Grid -connect Policy ofIndian Govt for
Solar Power
SIPS: To promoteSemi-conductor fabs
Investment proposalsFor Rs. 136,000 crore
Recd.
Silicon Wafersand cells mfg.
Rising public awareness:
Crude touching $147/brlGlobal WarmingClimate ChangeUptake of R E
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National Solar Mission
Leadership Vision, Mission and Goal
To be a Global leader in Solar Electricity 10,000 MW by 2020
Impacting Carbon displacement, job creation, Grid parity before 2020
Electricity to all village households
Set up global scale testing, certification & technology expertise
Extend FIT till 2017
Upgrade grid
Progressive measures Carbon tax, higher charges to polluters
New fossil fuel generation project to include minimum 5% solar generation
IT benefits (100% depreciation) and preferred loans to house holds
Replace diesel pumps and kerosene lamps by Solar through incentives
Priority Sector Lending
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Solar Power: Success factors and keychallenges
Key challenges
Tariff levels that are attractive to investors
Overcoming natural utility reluctance to distributedgeneration
Procurement of large land tracts in high solarinsolation areas for grid connected solar plants
Current levels of fuel subsidy that solar powercompetes against eg Kerosene subsidy. (Rs.40/litre)
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Solar Power: Success factors and keychallenges
Success factors Policy that helps drive scale to reduce cost and create
delivery capacity.
Feed in Tariffs are most successful policy measures for
attracting capacity growth critical factors have beenattracting private investment funds e.g. Germany
Building standards for new construction that mandatesdistributed generation and energy efficiency help driveinnovation e.g. Korea and France.
Policy that recognizes solar as an economic alternativeto kerosene lighting or diesel generation andencourages changes of behavior.
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Enablers for widespreaddeployment of solar electricity
Financia
l
Incentiv
es
RegulatoryPractices
Commun.&Info.Technoloy
SupplyC
hain
&Logis
tics
A
Market
Excitement
Localparticipa
tion
1
4
2
3
5
6
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Policy Support
Solar energy - To be seen as a solution to Indias energy security
Concept of Solar Nation through Creation of Solar Fund to incentivise SolarInvestment.
Mandate all new corporate and commercial buildings with connected load >500 kW to install solar power generation of at least 5% of their requirements.
Create Model Townships of MW scale 1 per state to start with
Provide single window clearance for land acquisition
Introduce wheeling and banking for solar energy to promote large plants andencourage captive usage
Incentivise and reward industrial users to adopt solar energy by way of taxexemption, depreciation etc
Encourage R&D and domestic technology development
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Various PV technologies
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Indias Solar potential amongst highest in the world
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Various approaches to generate and stimulate Solar demand
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Various approaches to generate and stimulate Solar demand
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Possible mechanisms to scale up Solar
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Key Learnings
Policy stability
is an absolute
must
void market
distortions by
keeping the
support
continually
adjusting
Beneficiaries
must have a
stake in project
performance
Targeting
segments
to lower costs
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PV Subsidies A Key Enabler
Subsidies and Incentives increases PV market volumes
Increased demand drives manufacturing and trading
Has an impact to reduce PV total costs
Will lead to technology enhancements Examples of successful subsidy schemes Japan, Germany & Spain
Employment creation by PV industry
Provides Energy security to Nation
Reduces dependency on coal and oil imports
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Energy Solutions to eradicate Poverty
BIG SOLUTIONS
FOR BIG PROBLEMS
Energy Poverty is a big problem. Big problems require big solutions.
bundant availability of electricity in rural villages help increase
income and assets of rural households
PRIVTE SECTOR S ENGINE
FOR ENERGY SUPPLY
-Have the organization and financial resources to develop supply chain-re motivated to develop new markets at the base of the pyramid
-re partners in national development and wealth creation-Necessary that the efforts are shared-Have competitive business models to build on
OPPORTUNITIES FOR
BIG PLYERS
-Each player to engage with cluster of Panchayats / villages / states-There are multiple motivations to do-Can draw upon experience of global players in other countries
ND FOR EVOLUTION OF ESCOs Franchise style micro entrepreneurs in a good institutional set up
WHY THIS, WHY NOW?Energy equity is path to social equity. India lives in its village.
Indias prosperity can be guaranteed only through rural prosperity and
Widespread development
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4
6
8
10
12
14
16
18
2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021
Year
Tariff(Rs/
Feed in Tariffs
Block of two years
2010 / 11 2012 / 13 2014 / 15 2016 / 17 2018 / 19 2020 / 21
Tariff (Rs / kWh) 16 16 12 10 7.5 6MW Added (Under policy) 400 1000 1000 1000 1000 1000
MW Added (Outsidepolicy)
- - - - 500 1000
Cumulative MW 400 1400 2400 3400 4900 6900
Tariff Support (Rs
Crores)*
1051 3679 5431 6745 7512 7950* Support after deducting normal tariff of Rs 3.50/kWh
Tariff
Disruptive technology advancements
Indigenisation
Materiality / Scale
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EU- INDIA COOPERATION IN
SOLAR SECTOR
EU-INDIA FLAGSHIP ProgOn SOLAR
Announced in 2007:
WHERE ARE WE?WHATS COOKING UP?
EC-INDIA DEVELOPMENTCOOPERATION:
STATE PARTNERSHIPWITH RAJASTHAN& CHHATTISGARH:ADD RURAL SOLARELECTRITIFICATION
EU MEMBER STATES DEVT& ECON COOP. (DFID, GTZSIDA, DANIDA ETC.) ORTHRU INDIAN/ EU NGOs:Adopt clusters of villages/
districts for solar lighting
FP 7: RESEARCH PROJECTSJOINT CALL FOR PROPOSALS
Transfer of TechnologyIPR issues
Financing: EIB
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JOINT WORK PROGRAMME,EU-INDIA CO-OPERATION ON ENERGY, CLEAN DEVELOPMENT
AND CLIMATE CHANGE
Work together to advance co-operation on achieving safe, secure, affordable andsustainable energy supplies under the auspices of the India-EU Energy Panel and itsWorking Groups.
Intensify discussions, information sharing and co-operation on coal and the full rangeof clean coal technologies in the EU-India Coal and Clean Coal TechnologiesWorking Groups.
Promote energy efficiency and energy conservation through the International
Partnership for Energy Efficiency Co-operation, complemented by bilateral activitiesas appropriate. Conclude negotiations on an agreement for co-operation in the field of Fusion Energy
Research. Facilitate networking of institutions for research & development in the field of
renewable energy. Identify joint priorities for future research co-operation under the EUs 7th Framework
Programme and seek to launch specific co-operation activities in selected fields ofresearch related to energy, environment and climate change including renewableenergy sources, such as solar, wind, biomass, waste-to-energy and research in CleanCoal Technologies (CCT).
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JOINT WORK PROGRAMME,EU-INDIA CO-OPERATION ON ENERGY, CLEAN DEVELOPMENT
AND CLIMATE CHANGE
Work together to advance co-operation on achieving safe, secure, affordable andsustainable energy supplies under the auspices of the India-EU Energy Panel andits Working Groups.
Intensify discussions, information sharing and co-operation on coal and the full rangeof clean coal technologies in the EU-India Coal and Clean Coal TechnologiesWorking Groups.
Promote energy efficiency and energy conservation through the International
Partnership for Energy Efficiency Co-operation, complemented by bilateral activitiesas appropriate. Conclude negotiations on an agreement for co-operation in the field of Fusion Energy
Research. Facilitate networking of institutions for research & development in the field of
renewable energy. Identify joint priorities for future research co-operation under the EUs 7th
Framework Programmeand seek to launch specific co-operation activities in
selected fields of research related to energy, environment and climate changeincluding renewable energy sources, such as solar, wind, biomass, waste-to-energyand research in Clean Coal Technologies (CCT).
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Indian PM at the EU-India Summit
India today has a renewable power capacity ofover 12,000 MW, constituting around 8% of thetotal installed capacity in the country. However,almost none of this comes from grid connected
solar power. We have recently begun work on a50 MW demonstration solar power program inpublic private partnership mode. We have alsolaunched a National Solar Mission as part of our
National Action Plan on Climate Change. Ibelieve solar energy can emerge as a priorityarea of our cooperation.
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ArunodayaSolar Awareness Creation Programme
mailto:[email protected]://www.tatabpsolar.com/http://www.tatabpsolar.com/mailto:[email protected]