Abstract. The article deals with a solar collector which absorber made of a metal sheet with open canals and provided with a heat transfer medium circulation system. When the solar rays are striking the absorber sheet, the heat carrier flowing down along the absorber canals is heated up. There an experimental investigation of the solar collector with open absorber, ass well as covered by a polycarbonate sheet and plastic film has been carried out. The obtained temperatures, consumption of heat transfer medium, obtained amount of heat and other experimental results for each of variants examined are presented. Key words: solar collector, absorber, canals, temperature
A new solar absorber structure has been proposed and studied in this paper. The metal tubes running ...
Taking into consideration of growing energy needs and concern for environmental degradation, clean a...
The object of research is the thermal efficiency of solar collectors based on aluminum structural he...
A flat plate solar collector with cell polycarbonate absorber and transparent cover has been made an...
Solar energy can be utilized to heat water with the use of flat plate collectors. Effort is made to ...
A solar thermal collector is a solar collector designed to collect heat by absorbing sunlight. The a...
Abstract. In 2005 in the research laboratory 0.1x0.5x1.0 meters long equipment for experimental rese...
This paper presents the analysis of existing forms of heat absorbing surfaces of air solar collector...
Concerning the construction of a solar water-thermal collector – the analysis of the applied polymer...
The paper gives the stationary heat conduction process is studied theoretically for flat plate surfa...
Abstract. In 2005 in the research laboratory equipment for experimental research into the materials ...
The Thesis analyzes one of the spheres of alternative energy supply – the solar energy. The main obj...
Solar Flat Plate Collector is widely used for domestic hot-water, space heating and cooling, for app...
The paper discusses the procedures of development and experimental investigation of the solar collec...
In this paper, an innovative unglazed solar water collector with its colorbond steel absorber plate ...
A new solar absorber structure has been proposed and studied in this paper. The metal tubes running ...
Taking into consideration of growing energy needs and concern for environmental degradation, clean a...
The object of research is the thermal efficiency of solar collectors based on aluminum structural he...
A flat plate solar collector with cell polycarbonate absorber and transparent cover has been made an...
Solar energy can be utilized to heat water with the use of flat plate collectors. Effort is made to ...
A solar thermal collector is a solar collector designed to collect heat by absorbing sunlight. The a...
Abstract. In 2005 in the research laboratory 0.1x0.5x1.0 meters long equipment for experimental rese...
This paper presents the analysis of existing forms of heat absorbing surfaces of air solar collector...
Concerning the construction of a solar water-thermal collector – the analysis of the applied polymer...
The paper gives the stationary heat conduction process is studied theoretically for flat plate surfa...
Abstract. In 2005 in the research laboratory equipment for experimental research into the materials ...
The Thesis analyzes one of the spheres of alternative energy supply – the solar energy. The main obj...
Solar Flat Plate Collector is widely used for domestic hot-water, space heating and cooling, for app...
The paper discusses the procedures of development and experimental investigation of the solar collec...
In this paper, an innovative unglazed solar water collector with its colorbond steel absorber plate ...
A new solar absorber structure has been proposed and studied in this paper. The metal tubes running ...
Taking into consideration of growing energy needs and concern for environmental degradation, clean a...
The object of research is the thermal efficiency of solar collectors based on aluminum structural he...