Control system of energy consumption device adapting to energy allocation

Abstract

The invention discloses a control system of an energy consumption device adapting to energy allocation. The system comprises a charging device body and a control terminal. The charging device body serves as an intermediate medium to transmit electric energy in an energy power grid into the energy consumption device through a charging gun; the transmission process is controlled by the control terminal; the control terminal is arranged in the charging device body; the control terminal comprises a microprocessor and a transceiver; the transceiver receives an instruction of the microprocessor; themicroprocessor is electrically connected with an energy input detection module to receive and process data; the microprocessor is electrically connected with a fault detection module to receive and process data; and the transceiver is electrically connected with an energy supply module to send a signal to the energy supply module according to the received instruction of the microprocessor. Voltage deviation or voltage fluctuation caused by a power system operation mode and the like is stabilized through a load sharing unit, and a fault processing module is additionally arranged, so fault processing measures for adjusting or stopping work are provided, and the charging gun can be made to be automatic.

Description

technical field [0001] The invention relates to the technical field of electric energy Internet, in particular to a control system of an energy consumption device adapted to energy deployment. Background technique [0002] The Energy Internet comprehensively uses advanced power electronics technology, information technology and intelligent management technology to comprehensively deploy and utilize various energy sources. , it is easy to cause voltage deviation or voltage fluctuation, it is easy to cause damage to capacitive equipment, and in severe cases, it may cause safety accidents, especially for new energy vehicle charging piles installed outdoors with higher requirements for electricity safety. Charge, short circuit and other problems will cause thermal runaway, spontaneous combustion, fire and other problems. In addition to the technology of the battery itself, many external reasons have become the fuse of the accident. Many charging piles can be powered off after c...

AI Technical Summary

Problems solved by technology

[0002] The Energy Internet comprehensively uses advanced power electronics technology, information technology and intelligent management technology to comprehensively deploy and utilize various energy sources. , it is easy to cause voltage deviation or voltage fluctuation, it is easy to cause damage to capacitive equipment, and in severe cases, it may cause safety accidents, especially for new energy vehicle charging piles installed outdoors with higher requirements for electricity safety. Charging, short circuit and other problems will cause thermal runaway, spontaneous combustion, fire and other problems

In addition to the technology of the battery itself, many external reasons have become the fuse of the accident. Many charging piles can be powered off after charging, but there is no termination command and termination response. In addition, there are fault handling problems, such as seemingly interrupted or the battery is overcharged, but there are no troubleshooting measures, there are many hidden dangers in the long run

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