FIELD: power engineering.
SUBSTANCE: invention relates to devices, atmospheric units, for conversion of energy of air flow, also relates to power engineering and is intended for production of electric energy using non-traditional renewable sources. Result is achieved by the disclosed atmospheric unit, comprising a common housing, in which upper part a built-in turbine with an electric generator, wherein the common housing is through-end from the ends, in the lower part of which there is a built-in electric heater connected, like the electric generator, to the control unit, besides, in common through housing there are flow, pressure and temperature sensors connected to control unit, at that under lower part of common through housing there is additionally installed passive heat accumulator, besides, in side parts of common through housing there are built in upper holes of additional side through housings, so that each additional through housing has in its lower part an inbuilt electric heater connected to the control unit, and the control unit itself is connected to the electric energy accumulator and to the temperature and flow sensors installed in the lower part of each side through housing and to the diaphragm, configured to adjust the amount of incoming air into its through body from the lower side and then into the common through housing, besides, the control unit is connected to the diaphragm installed in the lower part of the common through housing, which is made with possibility of adjusting the volume of incoming air into the common through housing from the lower side.
EFFECT: technical result consists in automation of whole process of control and heating of atmospheric unit.
1 cl, 2 dwg
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Authors
Dates
2020-02-25—Published
2019-01-25—Filed