Thermal or electrical power from the sun's radiated energy through Point-Focusing Distributed Receiver Technology is the goal of this project. The energy thus produced must be technically, as well as economically, competitive with other energy sources. This project is to support the industrial development of the required technology to achieve the above stated goal. Solar energy is concentrated by either a reflecting surface or a lense to a receiver where it is transferred to a working liquid or gas. Receiver temperatures are in the 1000 - 2000 F range. Conceptual design studies are expected to identify power conversion units with a viable place in the solar energy future. Rankine and Brayton cycle engines are under investigation. This repor...
Point-focusing concentrators under consideration for solar thermal energy use are reviewed. These co...
The effort undertaken during this program led to the selection of the water-superheated steam (850 p...
The preliminary design for a prototype small (20 kWe) solar thermal electric generating unit was com...
The accomplishments of the Point-Focusing Distributed Receiver Technology Project during fiscal year...
Point focus distributed receiver solar thermal technology for the production of electric power and o...
The activities of the Point-Focusing Thermal and Electric Applications (PETEA) project for the fisca...
Accomplishments of the Point-Focusing Distributed Receiver Technology project are presented. The fol...
Progress in the development of systems which employ point focusing distributed receiver technology i...
Point focus distributed receiver solar thermal technology for the production of electric power and o...
Detailed descriptions of the Department of Energy's Solar Thermal Technology Program projects and ac...
A preliminary comparative evaluation of distributed-collector solar thermal power plants was underta...
The activities of the Department of Energy's Solar Thermal Technology Program are discussed. Highlig...
The status of the Solar Thermal Power Systems Project for FY 1980 is summarized. Included is: a disc...
The development and testing of concentrators, receivers, and power conversion units are reported. Sy...
A set of small (approximately 60-150 kWe) solar thermal power experiments, each of which is meant to...
Point-focusing concentrators under consideration for solar thermal energy use are reviewed. These co...
The effort undertaken during this program led to the selection of the water-superheated steam (850 p...
The preliminary design for a prototype small (20 kWe) solar thermal electric generating unit was com...
The accomplishments of the Point-Focusing Distributed Receiver Technology Project during fiscal year...
Point focus distributed receiver solar thermal technology for the production of electric power and o...
The activities of the Point-Focusing Thermal and Electric Applications (PETEA) project for the fisca...
Accomplishments of the Point-Focusing Distributed Receiver Technology project are presented. The fol...
Progress in the development of systems which employ point focusing distributed receiver technology i...
Point focus distributed receiver solar thermal technology for the production of electric power and o...
Detailed descriptions of the Department of Energy's Solar Thermal Technology Program projects and ac...
A preliminary comparative evaluation of distributed-collector solar thermal power plants was underta...
The activities of the Department of Energy's Solar Thermal Technology Program are discussed. Highlig...
The status of the Solar Thermal Power Systems Project for FY 1980 is summarized. Included is: a disc...
The development and testing of concentrators, receivers, and power conversion units are reported. Sy...
A set of small (approximately 60-150 kWe) solar thermal power experiments, each of which is meant to...
Point-focusing concentrators under consideration for solar thermal energy use are reviewed. These co...
The effort undertaken during this program led to the selection of the water-superheated steam (850 p...
The preliminary design for a prototype small (20 kWe) solar thermal electric generating unit was com...