A comprehensive set of test procedures has evolved at Argonne National Laboratory for establishing the performance of compound parabolic and related concentrating thermal collectors with large angular fields of view. The procedures range from separate thermal and optical tests, to overall performance tests. A calorimetric ratio technique has been developed to determine the heat output of a collector without knowledge of the heat transfer fluid's mass flow rate and heat capacity. Sepcial attention is paid to the problem of defining and measuring the incident solar flux with respect to which the collector efficiency is to be calculated
Among all types of concentrators, compound parabolic concentrators (CPCs) have been designed as stat...
Plans for a test program are presented whose objectives are: to verify the overall efficiency of a l...
Concentrating solar system is the latest solar technology. Parabolic trough concentrating collector ...
Medium temperature solar thermal applications have received remarkable interest in the recent years ...
AbstractSolar collector is an important component of solar hot water system. The purpose of this res...
Concentrating the solar energy is a well-known technique for increasing the working temperatures of ...
The Argonne National Laboratories, contracted with Arthur D. Little, Inc. (ADL), to perform a 6 week...
Solar thermal parabolic trough collectors can be used to provide heat for desalination, cooling and ...
The paper sums up the latest developments in the standardization work on concentrating solar thermal...
In this paper a methodology is proposed to estimate thermal heat losses inside compound parabolic co...
AbstractIn this paper we present the results and description of a system used to characterize the pe...
Work on the development of Compound Parabolic Concentrators (CPC) is described. A tenfold concentrat...
A system has been designed to use CPC collectors to collect solar energy and to generate steam for i...
Numerous studies have been conducted by researchers to study the performance of Compound Parabolic C...
The results of a conceptual design of a nontracking collector for a solar total energy system are de...
Among all types of concentrators, compound parabolic concentrators (CPCs) have been designed as stat...
Plans for a test program are presented whose objectives are: to verify the overall efficiency of a l...
Concentrating solar system is the latest solar technology. Parabolic trough concentrating collector ...
Medium temperature solar thermal applications have received remarkable interest in the recent years ...
AbstractSolar collector is an important component of solar hot water system. The purpose of this res...
Concentrating the solar energy is a well-known technique for increasing the working temperatures of ...
The Argonne National Laboratories, contracted with Arthur D. Little, Inc. (ADL), to perform a 6 week...
Solar thermal parabolic trough collectors can be used to provide heat for desalination, cooling and ...
The paper sums up the latest developments in the standardization work on concentrating solar thermal...
In this paper a methodology is proposed to estimate thermal heat losses inside compound parabolic co...
AbstractIn this paper we present the results and description of a system used to characterize the pe...
Work on the development of Compound Parabolic Concentrators (CPC) is described. A tenfold concentrat...
A system has been designed to use CPC collectors to collect solar energy and to generate steam for i...
Numerous studies have been conducted by researchers to study the performance of Compound Parabolic C...
The results of a conceptual design of a nontracking collector for a solar total energy system are de...
Among all types of concentrators, compound parabolic concentrators (CPCs) have been designed as stat...
Plans for a test program are presented whose objectives are: to verify the overall efficiency of a l...
Concentrating solar system is the latest solar technology. Parabolic trough concentrating collector ...