Radar intelligent power distribution system

Abstract

The present invention relates to a radar intelligent power distribution system. The system comprises a lightning protection unit, a phase sequence protection unit, an electrical energy measurement unit, a three-phase power distribution unit, a single-phase power distribution unit, a state feedback unit and an output control unit. The input ends of the lightning protection unit, the phase sequence protection unit, the electrical energy measurement unit, the three-phase power distribution unit and the single-phase power distribution unit are connected to the three-phase four-wire end of a power network; the output ends of the lightning protection unit, the phase sequence protection unit, the electrical energy measurement unit, the three-phase power distribution unit and the single-phase power distribution unit are connected to the input end of the state feedback unit; the output end of the state feedback unit is connected to the input end of the output control unit; and the control end of the output control unit is connected to the input ends of the three-phase power distribution unit and the single-phase power distribution unit. The radar intelligent power distribution system is diverse in control mode, better in real-time monitoring property, safe and reliable. The modular design is used, therefore functions of unit modules are clear, and fault maintenance and component replacement are more convenient.

Description

technical field [0001] The invention relates to an intelligent power distribution system, in particular to a radar intelligent power distribution system. Background technique [0002] At present, the radar power distribution system uses fuses or air circuit breakers for short-circuit and overload protection of distribution lines, and uses contactors and relays to realize remote on and off control of loads. This power distribution method has disadvantages such as difficulty in outputting real-time information of each power distribution branch, large equipment size, low integration, and difficulty in reassembly and assembly. It can no longer meet the requirements of modern radar in terms of intelligence, informationization, volume and weight. In order for the radar power distribution system to work safely and stably, it is necessary to realize online monitoring and management of the power distribution, power parameters and output status feedback of the radar system remotely. ...

AI Technical Summary

Problems solved by technology

This power distribution method has disadvantages such as difficulty in outputting real-time information of each power distribution branch, large equipment size, low integration, and difficulty in reassembly and assembly. It can no longer meet the requirements of modern radar in terms of intelligence, informationization, volume and weight, etc.

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