Design concepts and plans for mass-production facilities and equipment, field installation, and maintenance were developed and used for cost analysis of a pneumatically stabilized plastic film point focus solar concentrator which has potential application in conjunction with Brayton cycle engines or supply of thermal energy. A sub-scale reflector was fabricated and optically tested by laser ray tracing to determine focal deviations of the surface slope and best focal plane. These test data were then used for comparisons with theoretical concentrator performance modeling and predictions of full-scale design performance. Results of the economic study indicate the concentrator design will have low cost when mass-produced and has cost/performan...
Thin-film inflatable solar concentrators offer significant advantages in comparison to stateof- the-...
A point focussing concentrator design adapted from an existing communications antenna for use in a s...
The analysis and preliminary design of a 25 kW concentrator enhanced lightweight flexible solar arra...
A point focus solar concentrator that, given a high volume of production, will optimize the ratio of...
Candidates for reflector panel design concepts, including materials and configurations, were identif...
A segmented design and fabrication and assembly techniques were developed for a 1.8 m (6 ft) diamete...
Point-focusing concentrators under consideration for solar thermal energy use are reviewed. These co...
Thermoelectric conversion using a radio-isotope heat source has been used where outer planetary spac...
Industrial Solar Technology has assembled a team of experts to develop a large-aperture parabolic tr...
High efficiency lightweight solar concentrator development - backing, support structures, material e...
A LaJet Energy Company (LEC) concentrator facet, 60 in. in diameter, was tested for imaging quality....
A low-cost rigid foam-based concentrator technology development program was funded by the DOE SunSho...
Thermoelectric conversion using a radio-isotope heat source has been used where outer planetary spac...
A low-cost rigid foam-based concentrator technology development program was funded by the DOE SunSho...
Thesis (S.B.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2004.Includes...
Thin-film inflatable solar concentrators offer significant advantages in comparison to stateof- the-...
A point focussing concentrator design adapted from an existing communications antenna for use in a s...
The analysis and preliminary design of a 25 kW concentrator enhanced lightweight flexible solar arra...
A point focus solar concentrator that, given a high volume of production, will optimize the ratio of...
Candidates for reflector panel design concepts, including materials and configurations, were identif...
A segmented design and fabrication and assembly techniques were developed for a 1.8 m (6 ft) diamete...
Point-focusing concentrators under consideration for solar thermal energy use are reviewed. These co...
Thermoelectric conversion using a radio-isotope heat source has been used where outer planetary spac...
Industrial Solar Technology has assembled a team of experts to develop a large-aperture parabolic tr...
High efficiency lightweight solar concentrator development - backing, support structures, material e...
A LaJet Energy Company (LEC) concentrator facet, 60 in. in diameter, was tested for imaging quality....
A low-cost rigid foam-based concentrator technology development program was funded by the DOE SunSho...
Thermoelectric conversion using a radio-isotope heat source has been used where outer planetary spac...
A low-cost rigid foam-based concentrator technology development program was funded by the DOE SunSho...
Thesis (S.B.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2004.Includes...
Thin-film inflatable solar concentrators offer significant advantages in comparison to stateof- the-...
A point focussing concentrator design adapted from an existing communications antenna for use in a s...
The analysis and preliminary design of a 25 kW concentrator enhanced lightweight flexible solar arra...