FIELD: solar power engineering.
SUBSTANCE: invention relates to solar power engineering and can be used to obtain water from air in waterless areas. Solar plant includes a high-temperature solar collector with a solar heat accumulator, an absorption refrigerating machine with cold evaporators located in capacitor banks, which are metal truncated-pyramidal condensers made of stainless steel with wave faces with a granular surface. Capacitor banks are connected to each other by side faces of hexagonal bases, like honeycombs. Right and left planes of the capacitor banks are attached to each other, forming a closed cavity filled with a liquid cooling the condensers, which provides the temperature mode required for the formation of the dew point, which is set through the system of pipelines by an absorption refrigerating machine, powered by a heat accumulator, and compressor refrigerating machines, powered by thermal turbine generator operating from heat of solar energy, and hydraulic turbine generator operating from pressure of water extracted from air.
EFFECT: obtaining technologically unlimited volumes of water and electric power from atmospheric air.
1 cl, 4 dwg
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SOLAR PLANT | 2001 |
|
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Authors
Dates
2024-12-26—Published
2024-04-26—Filed