Line Focus Systems / IS2 Comp / C2 Comp / PTC1 Comp / Solar Thermal Power Systems / M3 PTC3 Comp / Dii GmbH / /
Country
Morocco / /
Currency
pence / EUR / /
Facility
PTC power plant / University of Nevada / power station LECs / Institute of Solar Research / Germany Institute / German Aerospace Center / /
IndustryTerm
pump electricity consumption / energy production costs / line focusing systems / electricity / electricity consumption / steel mass / electricity production / hot piping site / absorber technology / electric energy production / salt technology / molten salt technology / steel / /
Organization
Technische Universität Darmstadt / Technische Universität München / European Union / University of Nevada / Las Vegas / Germany Institute for Energy Systems / Institute of Solar Research / German Aerospace Center / /
Person
Hartmut Spliethoffb / Hartmut Spliethoff / Muriel M. Introductory / Patrick H. Wagnerab / Christoph Wielandb / Michael Wittmanna / Michael Wittmann / Christoph Wieland / /
Position
Line focusing solar collector / collector / parabolic trough collector / representative / adviser / /
Product
M-16 / /
ProvinceOrState
Nevada / /
Region
East Africa / Middle East / North Africa / /
Technology
radiation / absorber technology / heat transfer / simulation / molten salt technology / /
Thermodynamic simulation of solar thermal power stations with liquid salt as heat transfer fluid Patrick H. Wagnerab, Michael Wittmanna, Christoph Wielandb, and Hartmut Spliethoffb a b