Feeder line self-healing test system and device based on cloud technology, and storage medium

Abstract

The invention discloses a feeder line self-healing test system and device based on the cloud technology and a storage medium, and the system comprises test equipment and monitoring equipment; The test equipment is used for providing simulation fault information for the monitoring equipment; the monitoring equipment comprises a power distribution intelligent terminal and a power distribution automation master station system; the power distribution intelligent terminal is connected with the power distribution automation master station system and the test equipment, and is used for carrying out fault area isolation according to simulated fault information, and synchronously carrying out data processing on the simulated fault information to obtain fault detection information; and the power distribution automation master station system is used for determining a transfer strategy according to the fault detection information and controlling the power distribution intelligent terminal to perform non-fault area recovery based on the transfer strategy. The power distribution intelligent terminal in the system can be quickly isolated on site without a master station, and meanwhile, non-fault area recovery can be executed according to a transfer strategy provided by the master station, so that the fault handling efficiency is effectively improved.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a feeder self-healing test system, equipment and storage medium based on cloud technology. Background technique [0002] Distribution automation technology refers to the combination of modern electronic technology, communication technology, computer and network technology with power equipment, so that the detection, protection, control, measurement and work management of the power supply department of the distribution network under normal and accidental conditions can be organically integrated. fused together to improve power quality. [0003] Existing distribution automation test systems are mainly divided into master station centralized test system and local distributed test system; among them, the fault area isolation and non-fault area recovery in the master station centralized test system are issued by the master station side. Control commands to control the execution str...

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Problems solved by technology

[0003] Existing distribution automation test systems are mainly divided into master station centralized test system and local distributed test system; among them, the fault area isolation and non-fault area recovery in the master station centralized test system are issued by the master station side. Control commands to control the execution strategy of the distribution intelligent terminal. Once the master station fails, it will affect the fault handling of the entire distribution network, resulting in longer fault handling time; although the local distributed test system can quickly Perform fault area isolation on the spot, but it is difficult to obtain and collect comprehensive and accurate fault information, which is not conducive to fault query and management

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