Automatic power system and its controlling method utilizing trunk style radio system network

Abstract

Disclosed are a power automation system using a TRS network and a control method thereof which can reduce the power failure time and power failure areas when an obstacle is raised by providing a pure radio transmission path using a TRS network, in which base transceiver subsystems mostly stand on an eminence and a high output service can be provided, between a control center computer and power equipment so that the remote control center computer can promptly control the power equipment and the obstacle raised in the power equipment. The power automation system using the TRS network includes a power automation control center computer for performing a remote control and measurement of a remote terminal unit (RTU), a radio communication unit, connected to the control center computer, for outputting a radio communication signal to the outside, a TRS base transceiver subsystem for repeating a radio signal so that it can receive and transmit the radio signal outputted from the radio communication unit using the TRS network, and a power equipment connected by wireless to the TRS base transceiver subsystem.

Description

technical field [0001] The present invention relates to a power automation system using a trunked radio system (TRS) network and a control method for the system, more specifically, to such a power automation system using a TRS network and a control method thereof , by using the TRS network to provide a pure wireless transmission path, when interference occurs, the system can shorten the power failure time and reduce the power failure area. In this system, the basic transceiver subsystem is usually set at a high place and can be placed in the control center A high output service is provided between the computer and the electrical equipment, so that the remote control center computer can better control the electrical equipment and control the disturbance generated in the electrical equipment. Background technique [0002] In recent years, in order to supply electric power stably and economically, power supply automation technology, power distribution automation technology, and...

AI Technical Summary

Problems solved by technology

Therefore, when the cable channel encounters a fire, a large number of electric automation services through the wired communication line will have to be interrupted for a long time

[0008] Moreover, if the overhead communication cables are installed using ground poles, since the communication poles often change positions, the interrupt switching that needs to be controlled is scattered, so it is difficult to form a wired line.

Due to typhoons, heavy rains in summer and heavy snow in winter, lines are cut and a lot of crosstalk occurs

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