FIELD: power engineering.
SUBSTANCE: invention relates to the field of renewable energy, in particular to atmospheric energy solar installations containing a helium-filled balloon and a balloon held on the ground on which the solar panels are placed. In an atmospheric power unit, a balloon filled with helium and a balloon held from the ground is represented in the form of a system of cylinders, each is made of a film and as a result of inflation by helium takes the form of a cylinder where inside forming a plane a solar panel is fixed along the diametric plane, and the upper part of the cylinders is transparent, and at their ends there are disks with semiaxes, by means of them the cylinders are attached on each side to the connection rails parallel to each other and held from the ground by means of a rope-cable. Performance of a aerostat in the form of a system of parallel cylindrical balloons for the creation of high-power plants makes it possible to form planes from thin-film solar panels with a smaller volume of cylinders, that reduces the flow of helium.
EFFECT: invention should improve the efficiency of solar panels fixed on the balloon.
1 cl, 2 dwg
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Authors
Dates
2018-05-29—Published
2017-07-10—Filed