A facility was constructed to evaluate solar collector performance outdoors for conditions that would be encountered by collectors if they were incorporated in a solar heating/cooling system. In addition to obtaining initial collector performance data, the outdoor facility will enable collector durability and degradation rates to be evaluated for operating periods of several months. The data obtained from the outdoor tests were compared to collector performance predicted on the basis of results obtained with a solar simulator. The performance measured outdoors was less than the predicted performance
The efficiency of a PPG flat-plate solar collector was evaluated utilizing an outdoor solar collecto...
Simulator test results of 15 collector types are presented. Collectors are given performance ratings...
A Soltex flat plate solar collector was tested with a solar simulator for inlet temperatures of 77 t...
An outdoor facility constructed to evaluate solar collector performance for conditions that would be...
Collector thermal efficiency, and efficiency degradation with time were measured for 5 flat-plate so...
Solar collector performance data obtained from tests with a simulator was modified for real-life con...
Ten solar collectors were simultaneously tested outdoors. Efficiency data were correlated using a me...
The use of a solar simulator for performance determination permits collector testing under standard ...
The thermal performance of the solar collector field for the NASA Langley Solar Building Test Facili...
The solar collector field contains seven collector designs. Before operation in the field, the exper...
The NASA is constructing a new office building at Langley Research Center that will utilize solar en...
Prototypes of moderately concentrating grooved collectors were tested with a solar simulator for var...
Basic test results of a flat-plate solar collector whose performance was determined in the NASA-Lewi...
Basic test results are presented of a flat-plate solar collector whose performance was determined in...
The use of a solar simulator for performance determination per-mits collector testing under standard...
The efficiency of a PPG flat-plate solar collector was evaluated utilizing an outdoor solar collecto...
Simulator test results of 15 collector types are presented. Collectors are given performance ratings...
A Soltex flat plate solar collector was tested with a solar simulator for inlet temperatures of 77 t...
An outdoor facility constructed to evaluate solar collector performance for conditions that would be...
Collector thermal efficiency, and efficiency degradation with time were measured for 5 flat-plate so...
Solar collector performance data obtained from tests with a simulator was modified for real-life con...
Ten solar collectors were simultaneously tested outdoors. Efficiency data were correlated using a me...
The use of a solar simulator for performance determination permits collector testing under standard ...
The thermal performance of the solar collector field for the NASA Langley Solar Building Test Facili...
The solar collector field contains seven collector designs. Before operation in the field, the exper...
The NASA is constructing a new office building at Langley Research Center that will utilize solar en...
Prototypes of moderately concentrating grooved collectors were tested with a solar simulator for var...
Basic test results of a flat-plate solar collector whose performance was determined in the NASA-Lewi...
Basic test results are presented of a flat-plate solar collector whose performance was determined in...
The use of a solar simulator for performance determination per-mits collector testing under standard...
The efficiency of a PPG flat-plate solar collector was evaluated utilizing an outdoor solar collecto...
Simulator test results of 15 collector types are presented. Collectors are given performance ratings...
A Soltex flat plate solar collector was tested with a solar simulator for inlet temperatures of 77 t...