From what I read the sky is cold, therefore the airplane that radiates cools. This cooling is available day and night and can supply most of the cooling power required for Rankine cycle condensers. When there is wind, the plane that radiates also dissipates heat. Cooling and wind radiation is enough to cool the geothermal power plant.
Cold storage in a water bath is important component, as wind cooling and radiation cooling are more effective at night, when temperatures are low. Pumping cold night air through a heat exchanger in a basin is an alternative when wind speeds are generally low.
An additional function is given to the water basin, ie support from the floating parabolic mirror field. The floating, parabolic-shaped parabolic mirror facing each other spins collectively around the vertical axis to follow the sun. We hope that this concept will result in substantial cost reductions, although the average angular orientation is less favorable than the mirror. Floating parabolic trough field is perfect for applying radiation cooling to solar power plants.
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