12/29/10 1 Evaluating the International Renewable Energy Market for the Creation of a Longstanding and Secure Energy Policy GCC Solar Power Meeting 13-14 Dec 2010 Doha, Qatar US Keynote Presentation Prof. Saifur Rahman Virginia Tech, Washington, DC (c) Saifur Rahman 2 Off-shore Wind turbines, Blyth, U.K. Wind Energy
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12/29/10
1
Evaluating the International Renewable Energy Market for the Creation of a
Longstanding and Secure Energy Policy
GCC Solar Power Meeting 13-14 Dec 2010 Doha, Qatar
US Keynote Presentation Prof. Saifur Rahman Virginia Tech, Washington, DC
(c) Saifur Rahman 2
Off-shore Wind turbines, Blyth, U.K.
Wind Energy
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(c) Saifur Rahman
Source: Global Wind Energy Council, 2009 http://www.gwec.net
Global Cumulative Installed Wind Capacity
(c) Saifur Rahman
World Wind Energy Association, World Wind Energy Report 2008
Expected Installed Wind Power Capacity (MW) Year 1997-2020
MW
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(c) Saifur Rahman
Source:
MW
Cumulative Wind Turbine Capacity Country Breakdown in 2009
Source: Global Wind Energy Council, 2009 http://www.gwec.net
USA Germany China Spain India France UK Portugal Denmark Rest of World
(c) Saifur Rahman
Source:
Source: Global Wind Energy Council, 2009 http://www.gwec.net
New Wind Power New Installed Capacity in 2009
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(c) Saifur Rahman
Source:
Annul Installed Wind Turbine Capacity by Region 2003-2009
Source: Global Wind Energy Council, 2009 http://www.gwec.net
(c) Saifur Rahman 8
Top Five Countries Wind Power Installations
n United States n Germany
n China
n Spain
n India
What do they have in common?
- All of them have robust domestic wind power turbine generator manufacturing industries
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(c) Saifur Rahman 9
Challenges are:
Environmental Impact Evacuation of Power
Power System Operation and Control
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Evacuation of Power
In the US market there is an aspirational target of 20% capacity from wind power generation by 2030 The biggest challenge is not land, not technology, or the manpower availability, it is transmission access
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(c) Saifur Rahman 11
Solar Photovoltaics
(c) Saifur Rahman
World and EU PV markets in 2009 (MW)
Source: Global Market Outlook for Photovoltaics Until 2014. May, 2010
World Installed Concentrating Solar ThermalPower Capacity, 1980 - March 2010
0
100
200
300
400
500
600
700
800
900
1980 1985 1990 1995 2000 2005 2010 2015
Source: EPI
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(c) Saifur Rahman 21
Source: Interna-onal Energy Agency (IEA Sta-s-cs 2007 data, available as of September 2010)
Why some countries are more successful than others ?
(c) Saifur Rahman 22
Programs to encourage renewables penetraAon
Source: Interna-onal Energy Agency (IEA Sta-s-cs 2007 data, available as of September 2010)
Renewable Portfolio Standards (RPS)
Feed-in Tariff (FIT)
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(c) Saifur Rahman 23
Renewable Portfolio Standards (RPS)
Source: Interna-onal Energy Agency (IEA Sta-s-cs 2007 data, available as of September 2010)
State regulators mandate certain percentage of renewables mix in generation For Example, California 2020: 20% non-hydro renewables mix by 2020
(c) Saifur Rahman 24
Feed-‐in Tariff (FIT)
Source: Interna-onal Energy Agency (IEA Sta-s-cs 2007 data, available as of September 2010)
FIT is a renewable energy policy that offers guaranteed payments to renewable energy developers for the electricity they produce FITs are responsible for approximately 75% of global PV and 45% of global wind deployment
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(c) Saifur Rahman 25
Key Provisions of FIT Payment
Source: Interna-onal Energy Agency (IEA Sta-s-cs 2007 data, available as of September 2010)
FIT policies typically include three key provisions:
• Long-term purchase agreements for the sale of electricity • Specified price for every kWh of electricity produced • Structured with contracts ranging from 10-25 years
There are three broad approaches used to set the FIT payment to RE developers:
• Levelized cost of RE generation, plus a targeted return • Estimating the value of the RE generation either to society
or to the utility • Auction-based price discovery mechanisms
(c) Saifur Rahman 26
Basic FIT Payment Choice
Source: Interna-onal Energy Agency (IEA Sta-s-cs 2007 data, available as of September 2010)
Fixed FIT policies - Guaranteed price for a fixed period of time Premium FIT policies - Either a sliding or a constant premium payment on top of the spot market price
Time
FIT Purchase Price (c/kWh)
FIT Price(c/kWh)
ElectricityPrice(c/kWh)
Time
FIT Premium (c/kWh) FIT Premium
(c/kWh)
ElectricityPrice
Actual FIT Premium Amount (c/kWh)
Source: NREL, “Feed-in-Tariffs: A Policy and Economic Analysis” , 2009
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(c) Saifur Rahman 27
United States Incentives/Policies for Renewable Energy
Federal and few state programs
(c) Saifur Rahman 28
US Federal IncenAves for RE
Source: Interna-onal Energy Agency (IEA Sta-s-cs 2007 data, available as of September 2010)
Renewable Electricity Production Tax Credit (PTC):
• Commercial and industrial sectors • Amount: 2.2¢/kWh for wind; 1.1¢/kWh for other eligible
technologies. Generally applies to first 10 years of operation. • Carryover Provisions: Unused credits may be carried forward
for up to 20 years following the year they were generated U.S. Department of Treasury - Renewable Energy Grants:
• Amount: 30% of capital subsidy for solar and small wind • Ends 12/31/2010
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US Federal IncenAves for RE
Source: Interna-onal Energy Agency (IEA Sta-s-cs 2007 data, available as of September 2010)
Renewable Energy Production Incentive (REPI): • Amount: $0.021/kWh • Term: 10 years
- Retroactive reduction in “subsidies” in 2010 - Average grid-supplied domestic electricity price: $0.19/kWh
(c) Saifur Rahman 46
Asia Incentives/Policies for Renewable Energy
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India: Feed-‐In Tariffs (Launched -‐ 2009)
Cost plus profit model: Examples: West Bengal: Solar PV @ $0.25/kWh; PPA for 15 years Haryana: Solar PV @ $0.34/kWh; PPA for 5 years Rajasthan: Solar PV @ $0.35/kWh; CSP @ $0.31/kWh Tamil Nadu: CSP @ $0.27/kWh; Wind @ $0.08/kWh Average grid-supplied domestic electricity price: $0.08/kWh
(c) Saifur Rahman 48
China: Feed-‐In Tariffs
- Wind tariffs based on resource intensity $0.08–0.09/kWh - Average grid-supplied domestic electricity price: $0.05/kWh
Roof-‐top $ 2.26/WattBIPV $3.01/Watt
Grid-‐connected 50% of total project costOff-‐grid 70% of total project cost
FIT for Solar PV -‐ 2010 Auction-‐based price discovery
BIPV capital subsidy (> 50 kW): 2009-‐2011 -‐ PHASING OUT
Golden Sun capital subsidy (> 300 kW): 2009-‐2011 -‐ PHASING OUT
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Japan: Feed-‐In Tariffs
Residential Solar - “Net" feed-in tariff - A variant of net-metering where only excess generation receives payment
- Term: 15-20 years - Average grid-supplied domestic electricity price: $0.23/kWh