Power distribution terminal self-registration method and system

Abstract

The invention relates to a power distribution terminal self-registration method. The method comprises the steps that after a power distribution terminal inputs three remote information on an interactive interface, the power distribution terminal sends the three remote information to a power distribution main station through a specified format; the distribution main station uses the designated channel to receive the three remote information sent by the power distribution terminal, and then self-registers the corresponding power distribution terminal; after the registration of the power distribution main station is completed, the power distribution main station automatically sends the registration information, the three remote information and graph mode information to a number of devices and/or modules of a power distribution system; and the power distribution main station and a front-end system receive the registration information and the three remote information, and then establish a data link and a communication link with the power distribution terminal. The method provided by the invention has the advantages that automatic registration of the three remote information can be realized; the level of self-sustaining operation of the main station can be improved; the process of human participation of colleagues can be reduced; and manpower is reduced, and at the same time the reliability of the registration information is improved.

Description

technical field [0001] The invention relates to a self-registration method and system of a power distribution terminal, belonging to the field of computer power. Background technique [0002] At present, the field of low-voltage power distribution is developing rapidly. With the deepening of development, various collection terminals have also begun to be connected in large numbers. Each connection of a collection terminal means that the low-voltage power distribution master station system needs to configure three remote information. To match the acquisition terminal, the main task here is to establish a real-time data model on the graphic model for the actual acquisition equipment of the acquisition terminal. The model includes remote signal quantity: information such as collection point number, remote signal name, whether to reverse or not; telemetry: collection point number, transformation ratio, precision, etc. The entire configuration workload is still very large, and t...

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Problems solved by technology

For manual work, the workload is heavy and cumbersome, and because manual work is very error-prone, once an error occurs, it will be very difficult to troubleshoot

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