Trans-Mediterranean Renewable Energy Cooperation

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The Trans-Mediterranean Renewable Energy Cooperation (TREC), also known as the TREC Development Group,^[1][2] is a voluntary association formed in 2003^[3] as an initiative of the German association of the Club of Rome^[1][4] and the Hamburg Climate Protection Foundation.^[1][5]

TREC promotes an increase of Europe's energy supply^[6] and a reduction of its CO2 emissions by campaigning for renewable non-polluting electric power transmission to Europe via high-voltage direct current (HVDC) lines from solar and wind power stations in the deserts of the Middle East and North Africa.

In 2004 and 2005^[7][8] TREC participated in Middle East and North Africa Renewable Energy Conferences MENAREC-1 and MENAREC-2 sponsored by Jordan's National Energy Research Center (NERC), founded in 1998 in Amman.^[9]

TREC is supported by the Social Democratic Party of Germany,^[10] the German green party,^[10][11] the German physics society,^[11] the German Advisory Council on Global Change,^[11][12] Greenpeace,^[11] and Prince Hassan bin Al Talal^[13] of Jordan.

Contents 1 German Aerospace Center (DLR) studies 1.1 Images from DLR studies 2 Feasibility and implementation 3 Criticism 4 Literature 5 References 6 See also 7 External links

[edit] German Aerospace Center (DLR) studies

Early in the 2000s, the German Federal Ministry for the Environment, Nature Conservation, and Nuclear Safety (BMU) commissioned and funded the German Aerospace Center (DLR) Institute for Technical Thermodynamics (see technology, thermodynamics) for three studies^[14][15][16] to evaluate the following:

• the anticipated water and power needs through 2050 in Europe, the Middle East and North Africa;
• the potential for renewable energy in the Middle East and North Africa;
• the potential for an electric power transmission grid connecting the three regions.

Dr. Franz Trieb, the principal investigator for these studies, is a member of the TREC-Network.^[17]

Two studies, one on concentrated solar power (CSP) for the Mediterranean Basin,^[14] the other on trans-Mediterranean interconnection and infrastructure,^[15] have been completed.^[18][19] As of mid-2007, the third study of CSP for the desalination of seawater is in progress.^[16]

[edit] Images from DLR studies

DLR studies:[14][15] hypothetical infrastructure of HVDC power supply to Europe from Middle East and North Africa.

DLR studies: hypothetical and existing HVDC transmission lines. Key: Blue: before 2020. Red: after 2020. ●: interconnections to AC.

DLR studies: projection that solar power plants in desert areas indicated by red squares would be sufficient to generate the amount of electricity currently consumed by the world, Europe, Germany, respectively.

DLR studies: projected capacity, land area, costs, etc., 2020 to 2050.

[edit] Feasibility and implementation

The high solar radiation in the deserts of the Middle East and North Africa outweighs the 10-15% transmission losses between the desert regions and Europe. This means that solar thermal power plants in the desert regions are more economic than the same kinds of plants in southern Europe. The German Aerospace Center has calculated that, if solar thermal power plants were to be constructed in large numbers in the coming years, the estimated cost would come down from 9-22 EuroCent/kWh to about 4-5 EuroCent/kWh.

In addition to direct supporting measures, TREC proposes two projects which are technically feasible but would require financial and political support:

• Gaza solar power and water project:^[20] concentrated solar power plants, for the combined generation of electricity and desalination of sea water for Gaza, which could, it is hypothesized, be located in the Egyptian Sinai Peninsula coastal region.

• Sana’a solar water project: desalination and power plants could be located near the Red Sea for the Yemen capital Sana’a which is facing the exhaustion in coming years of its ground water reserves, much of it used to irrigate qat.^[21] The additional cost of transporting desalinated water or pumping it to higher elevations can also be a significant, even an inhibiting, factor.^[21]

[edit] Criticism

The European importation of electricity from the Middle East and North Africa entails political risks when the quota exceeds a certain level.^[20] Implementation would require cooperation between the states of Europe (e.g., France prefers nuclear power generation) and the states of the Middle East and North Africa.

[edit] Literature

• TREC/Club of Rome White Paper presented in the European Parliament on 28th of November 2007
• Study AQUA-CSP on the Potential of CSP for Seawater Desalination – A DLR Study for the BMU from 2007
• Study TRANS-CSP on an Intercontinental Transfer of Solar Energy – A DLR Study for the BMU from 2006
• Study MED-CSP on the Potential of CSP in the MENA Region – A DLR Study for the BMU from 2005
• Peter Hennicke, Nikolaus Supersberger: Krisenfaktor Öl. Abrüsten mit neuer Energie. oekom verlag, November 2006. ISBN 3865810608
• Toralf Staud, Nick Reimer: Wir Klimaretter - So ist die Wende noch zu schaffen. Kiepenheuer & Witsch, Mai 2007. ISBN 3462039083

[edit] References

[edit] See also

• Appropriate technology
• Intergovernmental Panel on Climate Change
• List of HVDC projects
• List of solar thermal power stations
• Peak Oil
• Solar thermal energy

[edit] External links

• Official TREC homepage