german law renewable energy
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German LawsTRANSCRIPT
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The German Renewable Energy Act – 2009
Chances & Risks under the Scope of an European Front-Runner
Dr. Marius BoeweCounsel+49 221 5771 [email protected]
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Overview
• Introduction and background information
• History of current Renewable Energy Act (EEG)
• Operation mode of EEG
– Energy sources
– Feed-in tariffs
– Burden sharing
• Case study
Background Information
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Shares of renewable energy sources among total final energy consumption in Germany 2009
RES share 200910.1 %
Hydropower0.8 %
Wind energy1.6 %
Biomass2)
7.0 %Other fossil energy resources (e.g. hard coal, lignite, mineral oil, natural gas) and nuclear energy
89.9 %
Other renewables0.7 %
RES - Renewable Energy Sources; )solid, liquid, gaseous biomass, biogenic share of waste, landfill and sewage gas; Deviations in the totals are due to rounding;Source: BMU-KI III 1 based on Working Group on Renewable Energies-Statistics (AGEE-Stat) and the Centre for Solar Energy and Hydrogen Research Baden-Württemberg(ZSW), according to Working Group on Energy Balances (AGEB); all figures provisional
Background Information
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Structure of final energy supply from renewable energy sources in Germany 2009
Wind energy15.9 %Biogenic fuels,
electricity12.8 %
Photovoltaics2.6 %
Geothermal energy2.1 %
Solar thermal energy2.0 %
Biogenic solid fuels, heat
42.4 %Biofuels14.2 %
Hydropower8.0 %
Biomass (total)*, including biofuels: 69 %
Total: 237.8 TWh
,
* Solid, liquid, gaseous biomass, biogenic share of waste, landfill and sewage gas; Source: BMU-KI III 1 according to Working Group on Renewable Energies-Statistics (AGEE-Stat); all figures provisional
Background Information
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Development of electricity generation from renewable energy sources in Germany 1990 - 2009
0
20,000
40,000
60,000
80,000
100,000
120,000
1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009
Elec
tric
ity g
ener
atio
n [G
Wh]
Hydropower Wind energy
Biomass * Photovoltaics
EEG:April 2000
EEG:August 2004
StrEG:January 1991 - March 2000
EEG:January 2009
Amendment to BauGB:November 1997
* Solid, liquid, gaseous biomass, biogenic share of waste, landfill and sewage gas; Electricity from geothermal energy is not presented due to the negligible quantities of electricity produced; StrEG: Act on the Sale of Electricity to the Grid; BauGB: Construction Code; EEG: Renewable
Energy Sources Act; Source: BMU-KI III 1 according to Working Group on Renewable Energies-Statistics (AGEE-Stat); Image: BMU / Christoph Edelhoff; all figures provisional
European Background
• Dec.2008: Political agreement on the Renewables Directive• 11.-12. Dec. 2008: EU summit agrees final version of the
Renewables Directive (2009/28/EG)• 30. June 2009: EU issues template for National Renewable Energy
Action Plans (NREAPs)• 30. June 2010: Deadline for EU states to present National
Renewable Energy Action Plans• 2020: Target date for EU objective of sourcing 20% of energy from
renewable sources
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Europeanwide Comparison of Shares in Renewable Energies by Member States
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History of Current Act
• 1991: Renewable Energy Input Statute (StromeinspeisungsG)
– First steps to guarantee feed-in of renewable energy producers
– First legally guaranteed feed-in tariffs
– Only profitable for wind power
• 2000: Renewable Energy Act 2000
– Increasing the scope of reneweable energy sources
– Raising the feed-in tariffs
• 2004: Renewable Energy Act 2004; and
• 2009: Renewable Energy Act 2009
– Adjustments on tariffs, periods of sponsorship and degressions
– 1 sec. 2 EEG 2009: by 2020 share of renewable energy sources shall at least amount to 30 percent
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Operating Mode of EEG
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Legally guaranteed feed-inof entire produced powerinto power grid and legallyguaranteed feed-in tariff for20 years to be paid by grid-operator
Operator of reneweable energy production plant, e.g., windmill
Power grid
End consumer
„feed-in tariff " to be paid by end consumer as renewable energy contribution
Renewable Energy Sources Sec. 3 No. 3 EEG
• Hydropower (including wave power)
• Tidal power
• Salt gradient and flow energy
• Wind energy
• Solar radiation
• Geothermal energy
• Energy from biomass (incl. biogas)
• Landfill gas and sewage treatment gas
• Biodegradable fraction of waste
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Feed-In Tariffs
Feed-in tariffs depend on:
– Renewable energy sources
– Year of commissioning
– Capacity of power plant
– Degression
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• Hydropower:
• No degression; no difference in year of commissioning
Examples of Feed-In Tariffs
Capacity up to 500kW 500kW-2MW 2MW-5MW
12.67 ct/kWh
8.65 ct/kWh 7.65 ct/kWh
Examples of Feed-In Tariffs
• Offshore wind energy:
– Degression rate until 2014: 0.0 %; from 2015: 5%; duration of tariff payment: 20 years
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Initial tariff in ct/kWhfor first 12 years
Early bird bonusduring initial tariffperiod
Basic tariff in ct/kWh
2009 13 2 3.5
2010 13 2 3.5
2011 13 2 3.5
2012 13 2 3.5
2013 13 2 3.5
2014 13 2 3.5
2015 12.35 1.90 3.33
2016 11.73 0.0 3.16
2017 11.15 0.0 3.00
2018 10.59 0.0 2.85
Burden Sharing under the EEG
• Grid operator is obliged to
– Accept entire amount of renewable energy
– Pay legally guaranteed feed-in tariff
– Sell renewable energy at spot market
• Grid operator is allowed to
– Pass through difference between paid feed-in tariff and earned profit to end consumer („renewable energy contribution“)
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Requirement for Compensation Mechanism for Practical Reasons
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Consequence: Equalisation Scheme
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Energy provider
Operator of RE plant
Local grid operator
Transmission grid operator
End consumer
Nationwide equalized RE contribution
Energy
Tariff
Energy
Energy
Energy price, including RE contribution (currently 2,047 ct/kWh)
Tariff
Selling RE at spot marketEqualisation amongst transmission system operator
Case Study
• Client runs biomass plant, revenue has been calculated on basis of EEG, which defines all relevant figures for 20 years.
– Basic tariff + energy crops bonus (for using plants/parts of plants from agricultural operations, have not been treated or modified in any way)
• Calculated investment : 4.72 Mio €
• Calculated earnings by selling EEG-power: 1.275 Mio € (p.a.)
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Case Study
Biomass plant originally used saw mill as energy source
• Issue: saw mill waste ≠ energy crop
• Client reaction: import of silvicultural waste from Netherlands
• Problem: very high proportion of soil/sand soil/sand outweighs wood 4-5 times
• Consequences: - as waste is delivered on m³ basis and paid by weight, client paid for 450 kg/m³ instead of 400 kg/m³
12 % higher costsmore waste required
- sand melts in plant and slags mechanismFurther consequence:
• maintenance must be conducted 4 times a year (instead of 1 time)
• each maintenance lasts 1 week (additional costs)
• missing feed-in tariffs 100,000 € (p.a.)
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Case Study
• Client reaction: change of supplier
• Problem: new supplier (inter alia) contaminated wood (tar, plumb , etc. )
• Consequences: -Client loses energy crops bonus (225,000 € p.a.)
-Client loses guarantee and warranty of plant for using improper fuel (sand, tar, etc. )
-Client violates various laws and was fined for:
-Unlawful operation of plant
-Unlawful combustion of contaminate waste (tar)
Actual Investment: 5.30 Mio € (+580 t € difference)
Actual EEG-earnings: 0.855 Mio € (-420 t € difference)
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