Method for power grid power supply point tracking module

Abstract

A method for a power grid power supply point tracking module relates to the technical field of power dispatching and comprises the steps of starting, opening a picture, selecting a route, starting thetracking module, obtaining a power supply point and ending. The method has the beneficial effects that the tracking accuracy is 100%, the method is safe and reliable, and the error rate of manual retrieval is reduced; by using the power supply point tracking module, the compilation time of an electricity protection plan is greatly reduced, the workload of a dispatcher is reduced, overtime due tomaking of a first-level plan is avoided, and overtime expenses are saved; meanwhile, an effective basis is provided for dispatcher accident handling, the accident handling time is shortened, and losses caused by power failure are reduced. By using the scheduling system power supply point tracking module, the power supply point tracking time is greatly shortened, the accuracy is ensured, and the formulation of the power supply protection plan is more efficient. In addition, the development of various major activities is powerfully guaranteed through the reinforcement of the power protection means.

Description

technical field [0001] The invention relates to the technical field of electric power dispatching, in particular to a method for tracking a power grid power point module. Background technique [0002] With the rapid development of the economy, in the process of formulating the power dispatching operation mode and formulating the power protection plan for various large-scale activities, the power department control team needs to carry out more and more power point tracking operations. The power point used by the previous power dispatcher The tracking process is relatively complicated. Given this problem, the dispatching team selected 10 power conservation plans over the years, and calculated the average time of tracking a single power point in the plan in the DTS system; manually checking the power point was time-consuming and laborious, with an average of 3 minutes and a high error rate. Therefore, it is urgent to develop a new automatic device to complete the power point tr...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the economy, in the process of formulating the power dispatching operation mode and formulating the power protection plan for various large-scale activities, the power department control team needs to carry out more and more power point tracking operations. The power point used by the previous power dispatcher The tracking process is relatively complicated. Given this problem, the dispatching team selected 10 power conservation plans over the years, and calculated the average time for tracking a single power point in the plan in the DTS system; manually checking the power point was time-consuming and laborious, with an average of 3 minutes and a high error rate. Therefore, it is urgent to develop a new automatic device to complete the power point tracking work.

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