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The analysis of thermal performance of the flat-plate collector includes parameters such as solar intensity, ambient temperature and configuration of flat-plate collectors etc. In this research work, the effect of the parameters on thermal performance of glazed flat-plate solar collector was analyzed for water heating application in winter climatic condition. The flat-plate collector consists of the total surface area 2.23 square meter and the copper tubes are integrated beneath the absorber plate. The plate has a selective coating with high absorptivity of 92% and the heat transfer fluid…mehr

Produktbeschreibung
The analysis of thermal performance of the flat-plate collector includes parameters such as solar intensity, ambient temperature and configuration of flat-plate collectors etc. In this research work, the effect of the parameters on thermal performance of glazed flat-plate solar collector was analyzed for water heating application in winter climatic condition. The flat-plate collector consists of the total surface area 2.23 square meter and the copper tubes are integrated beneath the absorber plate. The plate has a selective coating with high absorptivity of 92% and the heat transfer fluid flowing in the tubes is R-134a. In the work, evaluation of useful heat gain or collector efficiency has been done. It is based on steady state analysis and by calculating the thermal performance of liquid flat-plate collector. Results show that the flat-plate collector gives good performance and provide a desire quantity of hot water.
Autorenporträt
O Dr. H. Chandra é Professor Associado do Departamento de Engenharia Mecânica da V. E. C. Lakhanpur, Universidade de Sarguja Ambikapur (CG), Índia, e tem mais de 100 publicações em revistas internacionais e nacionais e conferências em seu currículo. A sua área de investigação é a conservação de energia e opções de gestão ambiental em centrais térmicas.