Add to ORKGThe development and design of a modular solar thermal power system for application in the 1 to 10 MWe range is described. The system is used in remote utility applications, small communities, rural areas, and for industrial uses. The operational reliability, the minimum risk of failure, and the maintenance and repair characteristics are determined and the commercial system design is defined
Application surveys and performance studies were conducted to determine a solar heating and hot wate...
The siting issues associated with small, dispersed solar thermal power plants for utility/small comm...
The activities of the Point-Focusing Thermal and Electric Applications (PETEA) project for the fisca...
The development and design of a modular solar thermal power system for application in the 1 to 10 MW...
The development of a modular solar thermal power system for application in the 1 to 10 MWe range is ...
The design and development of a modular solar thermal power system for application in the 1 to 10 MW...
Progress in the development of systems which employ point focusing distributed receiver technology i...
The preliminary design for a prototype small (20 kWe) solar thermal electric generating unit was com...
The technical and economic feasibility of a solar electric power plant for a small community is eval...
The technical feasibility of a solar thermal collector to provide process steam in an industrial env...
The concept design for a small (less than 10 MWe) solar thermal electric generating plant was comple...
Recommended conceptual designs for the baseline solar concentrator and electrical subsystems are def...
A self-contained, preassembled air type solar system, designed for installation remote from the dwel...
The background, objectives and methodology used for the Small Power Systems Solar Electric Workshop ...
Eight prototype systems were developed. The systems are 3, 25, and 75-ton size units. The manufactur...
Application surveys and performance studies were conducted to determine a solar heating and hot wate...
The siting issues associated with small, dispersed solar thermal power plants for utility/small comm...
The activities of the Point-Focusing Thermal and Electric Applications (PETEA) project for the fisca...
The development and design of a modular solar thermal power system for application in the 1 to 10 MW...
The development of a modular solar thermal power system for application in the 1 to 10 MWe range is ...
The design and development of a modular solar thermal power system for application in the 1 to 10 MW...
Progress in the development of systems which employ point focusing distributed receiver technology i...
The preliminary design for a prototype small (20 kWe) solar thermal electric generating unit was com...
The technical and economic feasibility of a solar electric power plant for a small community is eval...
The technical feasibility of a solar thermal collector to provide process steam in an industrial env...
The concept design for a small (less than 10 MWe) solar thermal electric generating plant was comple...
Recommended conceptual designs for the baseline solar concentrator and electrical subsystems are def...
A self-contained, preassembled air type solar system, designed for installation remote from the dwel...
The background, objectives and methodology used for the Small Power Systems Solar Electric Workshop ...
Eight prototype systems were developed. The systems are 3, 25, and 75-ton size units. The manufactur...
Application surveys and performance studies were conducted to determine a solar heating and hot wate...
The siting issues associated with small, dispersed solar thermal power plants for utility/small comm...
The activities of the Point-Focusing Thermal and Electric Applications (PETEA) project for the fisca...