Renewable energy in Deutschland: an economic evaluation...
Transcript of Renewable energy in Deutschland: an economic evaluation...
Renewable energy in Deutschland: an economic evaluation
Jan C. Bongaerts
1. Data about the current situation2. Prices and economic situation3. Value creation by local government4. Forecasts and wrong predictions5. Outlook
Worldwide data
Deutschland: total energy consumption and theshare or energy from renewable sources
Deutschland: total energy consumption and theshare or energy from renewable sources
Deutschland: jobs in the renewable energy sector
Deutschland: jobs in the renewable energy sector
500 000 jobs in 2020?
Deutschland: Investments in renewable energycapacity
Wind power plants in Deutschland: costscome down
Sachsen – 2009
ca. 1360 GWh6,8 % des Strombedarfs in Sachsen (SAENA)
Wind power plants in Deutschland: productivity goes up
Sachsen – 2009
ca. 1360 GWh6,8 % des Strombedarfs in Sachsen (SAENA)
Photovoltaics in Deutschland
Capacity per Inhabitantin W / EW for 2009
Deutschland : 119 Watt /EW
500 – 700
Photovoltaics in Deutschland
Watts per Inhabitantin W / EW for 2013
10 – 50
> 700
350 - 500
Photovoltaics in Deutschland Costs come down
Sachsen: 66 Watt /EWDeutschland : 119 Watt /EW
Photovoltaik in Deutschland Kostendegression und Einspeisevergütung (FITs)Cost index of production of equipment and feed-in tariff
Sachsen: 66 Watt /EWDeutschland : 119 Watt /EW
Photovoltaics in Deutschland Green = share of PV of electricity generationBlue = share of „EEG“ levy of price of electricity
Biogas in Deutschland Number of biogas plants and amount of installed capacity
Deutschland: export revenues fro the renewableenergy sector
1. Data about the current situation2. Prices and economic situation3. Value creation by local government4. Forecasts and wrong predictions5. Outlook
Deutschland: prices of electricty
EEG-Umlage = levies for electricity from renewable sourcesSteuern = TaxesBeschaffungskosten = production (inclusive and exclusive of grid connection costs) Steuern = taxes (for industry)Netzentgelt = grid connection costs (for industry)
Merit order
Merit order
Merit order
Merit order
Merit order
Merit order
Merit order
Shift of the merit curve lowers price ofelectricity
Without wind power
With wind power
Energy from renewable sources has a negative impact on spot market prices – Australia
Deutschland: does industry benefit or suffersfrom renewable electricity?
Deutschland: does industry benefit or suffersfrom renewable electricity?
Renewable electricity sold on the EEX power exchange has a dampening effect on theprice of electricity: about 0.5 ct per kWh(shown in green)
Industrial companies must pay a levy tofinance the feed-in tariff. Actual ratesdepend on energy consumption with„bonus“ reductions for energy intensive sectors
Deutschland: does industry benefit or suffersfrom renewable electricity?
Die Kunden profitieren
Der Preis, der an der Strombörse bezahlt werden muss, richtet sich nach dem jeweils teuersten Anbieter. Damit konnten die vier großen Kraftwerksbetreiber EnBW, Eon, RWE und Vattenfall hohe Gewinne machen, indem sie billigen Grundlaststrom zur Mittagszeit sehr teuer verkauften. Doch je preiswerter Solaranlagen und damit Solarstrom wird und je mehr Strom aus Photovoltaikanlagen ins Netz eingespeist wird, was in der Regel hauptsächlich zur Mittagszeit passiert, desto geringer wird der Preis an der Strombörse.
Die Profiteure dieser Entwicklung sind trotz Einspeisevergütung für Solarstrom und EEG-Umlage die Endkunden. „Vor allem stromintensive Unternehmen profitieren schon heute von niedrigen Börsenstrompreisen durch die erneuerbaren Energien“, sagt Björn Klusmann, Geschäftsführer des Bundesverbandes Erneuerbare Energien (BEE). „Im letzten Jahr betrug dieser Effekt immerhin rund drei Milliarden Euro.“
Deutschland: does industry benefit or suffersfrom renewable electricity?
Customers benefit
The electricity price charged at the power exchange is based on the most expensive bidder. In this way, the four largest operators of power stations, i.e. EnBW, Eon, RWE and Vattenfall make high profits by selling cheap base-load electricity at midday timesat very high prices. The lower the costs of solar plants, the lower the costs of PV electricity and the more PV electricity fed into the grid – which normally happens atmidday times – the lower the price of electricity at the power exchange.
Even with the „EEG“ levy for PV electricity, final customers benefit. „In particular, already today, energy intensive companies benefit from lower exchange pricesresulting from renewable energies“, says Björn Klusmann, Managing Director ofBundesverband Erneuerbare Energien (BEE). „Last year, this effect amounted toabout three billion Euro.“
PV Electricity generation and demandfor 24 hours in six months 2011 – Germany
Demand= load curve Left verticalaxis
Solar electricity generation corresponds to load curve
PV productionright vertical axis
Forward electricity prices – Germany
Spot market price on a sunny weekendin April 2013 – Germany
Correlation between wind power electricity and spot market price – Germany
Energy from renewable sources has a negative impact on spot market prices – Germany
AveragePriceof thespotmarket
April –September 2011
April-September 2013
Deutschland
Deutschland
Sales proceeds
Electricity from renewables is sold on the EEX power exchange. The net proceedsare used to partially cover the feed-in [EEG] payments (12.33 billion € in 2011). The difference is 8,24 billion € which is paid through a levy on all electricity users.
Deutschland: cut of government support leadsto avoided investments and loss of tax income
Renewable electric on 400 million €for heatsystems
reduced to19.5 million €
freezing of115 million €
844 million €investments not commissioned
300 million € loss oftax income
1. Data about the current situation2. Prices and economic situation3. Value creation by local government4. Forecasts and wrong predictions5. Outlook
Deutschland: value creation by localgovernment initiatives
Deutschland: value creation by localgovernment initiatives
Blue = rental incomeYellow = profit after taxes
Red = tax income of local governmentGreen = net income from employment
Deutschland: value creation by local governmentinitiatives: electricity, heat and vehicle fuels
Deutschland: value creation by localgovernment initiatives
1 = production of plant equipment and components2 = planning and construction3 = operation and maintenance4 = sales of electricity
Blue = taxesOrange = profitsGreen = income from employment
Deutschland: value creation by local governmentinitiatives
Deutschland: value creation by local governmentinitiatives
Local governmentas entrepreneur
sets up public utilitycompany (with orwithout partners)
company operatesas a business
local governmentoperates a grid
Local government asprovider ofinfrastructure
operates asshareholder
public-private utilitycompany
Construction ofinfrastructure byprivate partner
rental agreementabout use ofinfrastructure
Localgovernment asconcessionnaire
Local government as„concessionnaire“
By-laws aboutrevenues fromconcessions
Deutschland: ownership of renewable energyinstallations
Deutschland: ownership of renewable energyinstallations
Deutschland: renewables benefit everyone
1. Data about the current situation2. Prices and economic situation3. Value creation by local government4. Forecasts and wrong predictions5. Outlook
Deutschland: forecasts
Deutschland: forecasts
Deutschland: electricity mix in 2020
Deutschland: forecast of required capacity by 2020
Deutschland: so far, all forecasts were wrong
Deutschland: prominent but wrong forecasters
Deutschland: prominent but wrong forecasters
1976. Then Minister of Research Hans Matthöfer: „So far, serious experts have beeen considering that the generation of electricity withsolar energy in the Federal Republic is not yet possible from an ecological and economicpoint of view.“
2005. Dr. Angela Merkel, then head of the CDU/CSU opposition delegation ofGerman Bundestag: „It is poorly realistic to increase the share of renewableenergy of total electricity consumption to 20 %. I believe it is not realistic thatrenewable energy can close a gap which, for example, would open up due tothe premature closure of nuclear power plants.“
Europe: all forecasts below real development
1. Data about the current situation2. Prices and economic situation3. Value creation by local government4. Forecasts and wrong predictions5. Outlook
Deutschland as the leading country?
Electricity from renewable sources
Deutschland as the leading country? Six coreelements of German policy making
• Continue the expansion of electrcity from renewables, especially wind offshore and onshore
• Continue with the provision of security for investorsthrough the feed-in act („EEG“)
• Proceed with cost efficiency of equipment and lowerthe levy for the feed-in tariff system
• Prudent management of exemptions from the levy forselected electricity traders and industries
• Improve grid management with the increasing share ofelectricity from renewable sources through systemintegration
• Simplify and make legislation more transparent
Back-up slides
References • http://www.bio-kraftstoffe.info/• http://www.erneuerbare-
energien.de/files/pdfs/allgemein/application/pdf/eeg_erfahrungsbericht_2011_bf.pdf• http://www.unendlich-viel-energie.de/de/wirtschaft/aktuelle-daten-und-fakten.html• http://www.solarserver.de/service-tools/statistik-und-marktforschung.html• http://www.erneuerbareenergien.de/solarstrom-sorgt-fuer-preissenkungen/150/406/31555/
• Agentur für erneuerbare Energien: Stromversorgung 2020 - Wege in eine moderne Energiewirtschaft; Strom-Ausbauprognose der Erneuerbare-Energien-Branche, Berlin, Januar 2009
• Agentur für erneuerbare Energien: Vorhersage und Wirklichkeit – Vergleich von Prognosen und Szenarien mit der tatsächlichen Entwicklung Erneuerbarer Energien, Kurzgutachten, Berlin, Mai 2009
• Bernd Hirschl, Astrid Aretz et al.: Kommunale Wertschöpfung durch Erneuerbare Energien, Berlin, Schriftenreihe des IÖW 196/10, September 2010
• Bundesregiering: Erfahrungsbericht 2011 zum Erneuerbare-Energien-Gesetz (EEG-Erfahrungsbericht)
• IfnE, Ingenierbüro für erneuerbare Energien: Strom aus erneuerbare Energien bis zum Jahr 2020 –Kosten-Nutzen- ausgewählter Aspekte, Teltow, 2009