Apparatus for collecting solar power using high order camber reflecting mirror
A technology of sub-reflector and mirror surface, which is used in solar thermal devices, solar thermal energy, solar thermal power generation, etc.
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[0037] The inventor has manufactured a prototype according to the above principles, and some photos of the prototype are as follows Figure three shown. The receiver area is 1 square meter and the distance from the secondary reflector is 3 meters. Figure three It was taken when there was sunshine, (the highest sunshine of the day was 780 watts / square meter) and the boiled water vapor can be used to visually see the situation that the receiving reflector gathers the sun beam while tracking. Actual measurements give results that are too small and very uniform for sun spots at different times of the day. In addition, the secondary reflector did not explode under the very concentrated sun beam, nor did it explode when it was splashed with cold water.
[0038] appendix
[0039] Relevant literature recently published by the applicant
[0040] (Y.T.Chen Chen Yingtian)
[0041] Y.T. Chen, et al Non-Imaging Focusing Heliostat. Journal of Solar Energy, Vol.71 / 3, 155-164, 2001.
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