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In 1999, a grant of US$ 50 million from the Global Environment
Facility (GEF) has been committed to Morocco for a 250 MW ISCC project with
30-50 MW equivalent solar capacity. For the national utility company,
Office
National de l’Electricité, ONE and GEF,
Fichtner Solar GmbH has prepared the
Request for Proposals (RfP) with the choice of technology being left to the
bidding investors. After investor’s interest in a merchant Independent
Power Project turned out to be zero, the approach was changed to a national
utility owned project. In August 2004, industry response to that new RfP
concept was high, leading to the pre-qualification of four international
consortia. In February 2005, bid preparation documents were submitted to the
World Bank for “Non-Objection”. Additional
financing has already been
committed by the African Development Bank.
Early July 2005, the Request for
Proposals for the Integrated Solar Combined Cycle Project at Ain Beni Mathar
was sent out to the prequalified bidders by the Moroccan Office Nationale
D'Electricité (ONE).
In July 2007 the EPC
contract has been awarded by ONE to ABENER of the Abengoa group.
The objectives of the Integrated
Solar Combined Cycle at Ain Beni Mathar are the following:
-
mobilise the renewable energies
of the country
-
diversify the energy sources
for electricity generation,
-
master the technology of solar
energy with the objective of reducing the electricity cost
-
satisfy the increase of the
demand of electricity in the country
-
insure regional balance "
generation - consumption " in the oriental part of the country
-
protect environment by reducing
the polluting emissions due to the use of solar energy and the natural
gas
The main characteristics of the Ain
Beni Mathar ISCC are:
|
Technology |
Integrated Solar Combined Cycle with Parabolic Trough Collectors
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Situation |
100 km south from Oujda |
|
Collector area |
226 000 m2 |
|
Direct Normal irradiation : |
2290 kWh/m2/year |
|
Capacity |
470 MWe |
|
Fuel |
natural gas from GME |
|
Cooling water |
groundwater (3 million m3/year) |
|
Electric Evacuation |
225 kV toward the national grid |
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