FIELD: autonomous power systems.
SUBSTANCE: invention relates to autonomous power systems designed to supply power to objects remote from centralized electrical networks. To achieve it, an autonomous power supply system with a kinetic energy storage device has been proposed, consisting of a wind turbine and a photovoltaic battery that form an energy generation system, a storage battery, an electrolyzer, a storage tank for hydrogen and oxygen, a fuel cell that forms an energy storage system, an automatic control system that provides various algorithms for the operation of the installation and connection of the consumer, depending on the load to the devices, while it additionally contains a kinetic energy storage device connected to the automatic control system, an energy control and distribution device connected to the energy generation and storage systems, an automatic control system and a control and conversion device energy, a device for controlling and converting energy, connected to a storage system, a device for controlling and distributing energy, an automatic control system and a consumer, a device for converting energy storage and redistribution between storage units, connected to a kinetic energy storage device, a storage battery, a hydrogen storage device and an automatic control system.
EFFECT: increasing the provision of consumers with electricity with the required power at any temperatures during periods of absence or lack of electricity generation from a photovoltaic battery and a wind turbine.
1 cl, 1 dwg
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Authors
Dates
2021-06-07—Published
2020-03-17—Filed