Cross Linear Solar Concentration System for CSP and CPV

Author:

Tamaura Y.,Shigeta S.,Meng Q.-L.,Aiba T.,Kikura H.

Publisher

Elsevier BV

Reference7 articles.

1. Wagner J. M. Results and comparison from the SAM linear Fresnel technology peerformance model. 2012 World Renewable Energy Forum, Denver: 13-17 May 2012, p. 2.

2. Xiao G. Tilting mirror strips in a linear Fresnel reflector. Hal-,1-29 Feb 2012; 00675222:1-5.

3. Solar thermal (Appendix). In: Anders S, Bialek T, Geier D, Jackson D.H, Quintero-Nunez M, Resley R, Rohy D.A, Sweedler A,Tanaka S,Winn C, Zeng K, editors. Potential for rnewable enrgy in the San Diego rision, San Diego Regional Renewable Energy Group; 2005, p. 127-212.

4. Richter C. et al. Concentrating solar poer global outlook 09. Published by Greenpeace International, 2009.

5. Treb F, Muller-Steinhagen H. Europe-Middle East-North Africa cooperation for sustainable electricity and water. Sustainability Science 2007, 2 (2):205-219.

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