International Journal of
TechnoChem Research

ISSN 2395 - 4248

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  • Co-Published with Asian Publication Corporation
  •  Co-Published with Asian    Publication Corporation  

     Co-Published with Asian    Publication Corporation  

     Co-Published with Asian    Publication Corporation  

     Co-Published with Asian    Publication Corporation  

ABSTRACT

Efficient Solar Heat Collector for Power Generation

M.ALEX

ABSTRACT

Solar technologies have the potential to be major contributes to the global energy supply. The ability to dispatch power allows large scale central solar technologies to provide 50% or more of the energy needs in sunny regions around the world. Large scale solar technologies can provide energy price stability as well as quality jobs to the local community. Solar energy has the potential to become major a domestic energy resource in the 21st century. Solar thermal energy conversion for power generation for both low and high temperature systems is an active area of research aimed mainly at addressing environmental and climate change concerns but also as a possible complimentary avenue of tackling the current power supply deficits . A number of high temperature thermal power generation concept power plants have been installed worldwide. Passive solar Technologies often yield high solar saving fractions for space heating, when combined with active solar technologies even higher conventional energy savings can be achieved. This paper describes the efficient solar heat collector for potential power generation. Key words: Solar Heat Collector for Power Generation.

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