SOLAR GENERATION - Greenpeace
SOLAR GENERATION - Greenpeace
SOLAR GENERATION - Greenpeace
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PART THREE: THE <strong>SOLAR</strong> RACE<br />
As the vast potential of solar power as a clean energy source<br />
begins to emerge, national governments around the world have<br />
started to support its development through both research and<br />
market support. Pursuing their regional and international<br />
commitments to combat the effects of climate change, a<br />
number of countries have given strong backing to an emerging<br />
solar market. Importantly, they have also persuaded their<br />
general publics that there are important social and<br />
environmental benefits to be captured.<br />
The argument in countries like Japan and Germany is<br />
straightforward: by offering market incentives for the installation<br />
and operation of solar arrays, a dynamic relationship is<br />
created between market promotion and industrial growth,<br />
eventually encouraging a flourishing manufacturing base and<br />
export potential. The environmental dividend is a cleaner<br />
planet. These are the leaders in a solar race which will soon see<br />
others joining the pursuit.<br />
Germany<br />
• PV capacity end 2003: 416 MWp<br />
• Support system: Premium price per kWh, financing opportunities<br />
from the German Bank for Reconstruction<br />
Germany is the European leader in solar energy. Having already<br />
developed the world’s largest installed capacity of electricity<br />
generating wind turbines, Europe’s most populous state is now<br />
looking to push photovoltaics into an equally prominent<br />
position.<br />
In terms of installed capacity, Germany overtook the USA in<br />
2001 to achieve second position globally behind Japan. At the<br />
end of 2003 total capacity had reached 416 MWp, with 130 MWp<br />
installed last year alone. In the 2001 edition of Solar Generation<br />
it was ambitiously estimated that the country could achieve a<br />
figure of 438 MWp by 2004. This has in fact been almost reached<br />
by the end of 2003, and with the expectation that more than<br />
650 MWp will be installed by the end of 2004.<br />
In the background to this success is the German Social<br />
Democrat/Green government’s Kyoto-led commitment to<br />
reduce its emissions of greenhouse gases by 21% over the period<br />
1990 to 2008-11. This will be achieved by a mixture of shifting<br />
energy production towards cleaner sources and a programme<br />
of energy efficiency. Two successive pieces of legislation have<br />
been crucially important in supporting the first of these aims -<br />
the 100,000 roofs programme started in 1999 and the 2000<br />
Renewable Energy Law, updated in 2004. One result is that the<br />
wind energy industry has seen a capacity of over 15,000 MW<br />
installed, representing roughly 5% of electricity supply, and an<br />
Figure 3.1: Installed PV in Germany by sub-market<br />
400<br />
Source: IEA- PVPS<br />
Cumulative installed PV-Power<br />
300<br />
250<br />
grid-connected centralized<br />
grid-connected distributed<br />
off-grid non-domestic<br />
off-grid domestic<br />
200<br />
Cumulative installed PV Power [MWpeak]<br />
150<br />
100<br />
50<br />
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