Abstract: . . .  research and development project »Fresnel-Collectors« by the Federal Environmental Ministry of Germany to prepare the utilization of horizontal Fresnel collectors. 8 References [1] Worldbank, Cost Reduction Study for Solar Thermal Power Plants (1999) [2] N.N. "Technik - Wirtschaftlichkeit - Umweltschutz Staudinger Block 5 setzt neue Maßstäbe", PreußenElektra, Strom: Fachbericht 8, Hannover, November 1996. [3] N.N. " Neue Energie . . .
. . .  and development project »Fresnel-Collectors« by the Federal Environmental Ministry of Germany to prepare the utilization of horizontal Fresnel collectors. 8 References [1] Worldbank, Cost Reduction Study for Solar Thermal Power Plants (1999) [2] N.N. "Technik - Wirtschaftlichkeit - Umweltschutz Staudinger Block 5 setzt neue Maßstäbe", PreußenElektra, Strom: Fachbericht 8, Hannover, November 1996. [3] N.N. " Neue Energie macht . . .
. . .  development project »Fresnel-Collectors« by the Federal Environmental Ministry of Germany to prepare the utilization of horizontal Fresnel collectors. 8 References [1] Worldbank, Cost Reduction Study for Solar Thermal Power Plants (1999) [2] N.N. "Technik - Wirtschaftlichkeit - Umweltschutz Staudinger Block 5 setzt neue Maßstäbe", PreußenElektra, Strom: Fachbericht 8, Hannover, November 1996. [3] N.N. " Neue Energie macht Dampf - . . .
. . .  and 170 €/t. From the calculations for hybrid systems remarkable lower electricity costs and CO 2 -avoidance costs are expected. 6 Summary, Conclusions and perspective Among solar technologies solar thermal power generation is the most economic option to produce electricity on a large scale. Parabolic trough systems have proven the technological maturity and reliability of the concept in continuous operation for over a decade. . . .
. . .  Page 1 Solar Thermal Power Generation Dr. Stefan Bockamp* 1) , Thomas Griestop 1) , Mathias Fruth 1) , Dr. Markus Ewert 2) , Hansjörg Lerchenmüller 3) , Max Mertins 3) , Gabriel Morin 3) , Dr. Andreas Häberle 4) , Dr. Jürgen Dersch 5) 1) E.ON Engineering GmbH, Germany 2) E.ON Energie AG, Germany 3) Fraunhofer Institute for Solar Energy Systems (ISE), Germany 4) PSE GmbH, Germany 5) German Aerospace Centre (DLR), Germany * PRIMARY . . .
. . .  Systems (ISE), Germany 4) PSE GmbH, Germany 5) German Aerospace Centre (DLR), Germany * PRIMARY CONTACT Author Bergmannsglueckstr. 41-43; 45896 Gelsenkirchen Tel / Fax ++49-209-601 3021 / ++49 - 209-601 8426 Email stefan.bockamp@eon-energie.com Page 2 Page 1 1 Introduction Solar thermal power generation is an attractive option for cost efficient renewable electricity production. In countries with high solar resources this technology . . .
. . .  (ISE), Germany 4) PSE GmbH, Germany 5) German Aerospace Centre (DLR), Germany * PRIMARY CONTACT Author Bergmannsglueckstr. 41-43; 45896 Gelsenkirchen Tel / Fax ++49-209-601 3021 / ++49 - 209-601 8426 Email stefan.bockamp@eon-energie.com Page 2 Page 1 1 Introduction Solar thermal power generation is an attractive option for cost efficient renewable electricity production. In countries with high solar resources this technology . . .
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