FIELD: helionics.
SUBSTANCE: autonomous mobile photoelectric power station contains two photovoltaic batteries, an inverter, photoresistive elements used to track the brightest point in the sky - the Sun, rechargeable batteries, a battery charge controller, five linear drives for biaxial tracking of photovoltaic batteries for the movement of the Sun, two of which are used for deployment and installation of photovoltaic batteries in one plane, three - for orienting an array of photovoltaic batteries in the zenithal direction at right angles to solar radiation, controlled by one servomotor and one telescopic column with an electric drive, a climate cabinet in which a battery charge controller, an inverter and a microcontroller unit are located, responsible for the operation and control of a biaxial tracking system of photovoltaic batteries for the movement of the Sun and a system of flexible mirror concentrators, the operation of which stops when the photovoltaic batteries are heated above the permissible level, while all elements of an autonomous mobile photoelectric power station are located in an insulated housing.
EFFECT: increasing the efficiency of generating electrical energy during daylight hours, and the compact design of the system elements and the ability to roll up and deploy an array of photovoltaic batteries makes it possible to mount them in one housing and transport an autonomous mobile photoelectric power station on a two-axle car trailer.
1 cl, 9 dwg
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Authors
Dates
2023-10-24—Published
2023-04-05—Filed