Point-focusing concentrators under consideration for solar thermal energy use are reviewed. These concentrators differ in such characteristics as optical configuration, optical materials, structure for support of the optical elements and of the receiver, mount, foundation, drive, controls and enclosure. Concentrator performance and cost are considered. Technology development is outlined, including wind loads and aerodynamics; precipitation, sand, and seismic considerations; and maintenance and cleaning
Solar collectors as part of spacecraft power supply system with various electrical conversion method
Thermal or electrical power from the sun's radiated energy through Point-Focusing Distributed Receiv...
The development of a point-focus Fresnel lens solar concentrator for high-temperature solar thermal ...
Concentrated solar thermal energy can be utilized in a variety of high temperature applications for ...
The development and testing of concentrators, receivers, and power conversion units are reported. Sy...
The technological feasibility of using solar concentrators for crystal growth and zone refining in s...
Point focus distributed receiver solar thermal technology for the production of electric power and o...
The status of the Solar Thermal Power Systems Project for FY 1980 is summarized. Included is: a disc...
Thermoelectric conversion using a radio-isotope heat source has been used where outer planetary spac...
Thermoelectric conversion using a radio-isotope heat source has been used where outer planetary spac...
Methods for optimizing parabolic dish solar collectors and the consequent effects of various optical...
Point focus distributed receiver solar thermal technology for the production of electric power and o...
Renewable energy generation is becoming more prevalent on today’s electric grid. The challenges of i...
Parabolic Dish Concentrator No. 1 (PDC-1) is a 12-m-diameter prototype concentrator with low life-cy...
The design of the Parabolic Dish Concentrator (PDC-2) is described. The following five subsystems of...
Solar collectors as part of spacecraft power supply system with various electrical conversion method
Thermal or electrical power from the sun's radiated energy through Point-Focusing Distributed Receiv...
The development of a point-focus Fresnel lens solar concentrator for high-temperature solar thermal ...
Concentrated solar thermal energy can be utilized in a variety of high temperature applications for ...
The development and testing of concentrators, receivers, and power conversion units are reported. Sy...
The technological feasibility of using solar concentrators for crystal growth and zone refining in s...
Point focus distributed receiver solar thermal technology for the production of electric power and o...
The status of the Solar Thermal Power Systems Project for FY 1980 is summarized. Included is: a disc...
Thermoelectric conversion using a radio-isotope heat source has been used where outer planetary spac...
Thermoelectric conversion using a radio-isotope heat source has been used where outer planetary spac...
Methods for optimizing parabolic dish solar collectors and the consequent effects of various optical...
Point focus distributed receiver solar thermal technology for the production of electric power and o...
Renewable energy generation is becoming more prevalent on today’s electric grid. The challenges of i...
Parabolic Dish Concentrator No. 1 (PDC-1) is a 12-m-diameter prototype concentrator with low life-cy...
The design of the Parabolic Dish Concentrator (PDC-2) is described. The following five subsystems of...
Solar collectors as part of spacecraft power supply system with various electrical conversion method
Thermal or electrical power from the sun's radiated energy through Point-Focusing Distributed Receiv...
The development of a point-focus Fresnel lens solar concentrator for high-temperature solar thermal ...