Method and system for distribution network scheduling daily workload statistics and personnel allocation

Abstract

The invention provides a method and a system for distribution network dispatching daily workload statistics and personnel allocation. The method comprises the steps of: acquiring average working timeconsumption of each work through comprehensively sorting distribution network dispatching daily work services and performing big data processing analysis; meanwhile, performing comparative analysis onwork task equivalent values and team member equivalent values of a single day and time periods to obtain a conclusion indicating whether understaffing occurs the distribution network dispatching workand a number of lacked personnel; and realizing the purpose that distribution network dispatching personnel and the work task load are matched. The application of the method and the system provided by the invention changes a method of traditional distribution network dispatching with a fixed number of person on duty, achieves the effect of guaranteeing sufficient amount of personnel for distribution network dispatching daily work regardless of non-planed work excess in bad weather or planned work excess in workdays, and makes full use of human resources. The method and the system provide guarantee for the standardized and efficient work of the distribution network dispatching personnel, and realizes safe, efficient and reasonable work services.

Description

technical field [0001] The present invention relates to the field of power system distribution network dispatching, and more specifically, relates to a method and system for daily workload statistics and staffing of distribution network dispatching. Background technique [0002] The distribution network dispatching of the power system is the organization, guidance and coordination organization for the operation of the distribution network system, and the functional organization for the operation and management of the distribution network system. Scheduled schedule management. [0003] The traditional distribution network dispatching adopts a fixed number of people on duty in turn. This method mainly has the following problems: First, during the week, such as working days and weekends, the daily workload is very unbalanced. For planned power outages, it is mainly arranged on working days and The number of weekends is relatively reduced, and the fixed number of people on duty...

AI Technical Summary

Problems solved by technology

[0003] The traditional distribution network dispatching adopts a fixed number of people on duty in turn. This method mainly has the following problems: First, during the week, such as working days and weekends, the daily workload is very uneven. For planned power outages, it is mainly arranged on working days and not The number of weekends is relatively reduced, and the fixed number of people on duty may cause busy work on weekdays and insufficient personnel, while work on weekends is relatively easy, which will cause a waste of human resources; second, in severe weather conditions, especially in the Typhoons and other situations often occur in the Pearl River Delta region of Guangdong, which will cause large-scale power outages on distribution network lines. It will be difficult for dispatchers with daily configuration to deal with a large number of faults and power outages

[0004] Based on the above analysis, it can be seen that the traditional fixed number of people on duty in distribution network dispatching is difficult to match with the daily work of distribution network dispatching, which will cause shortage and waste of human resources, and cannot realize the consistency between the number of people on duty in distribution network dispatching and the workload of distribution network dispatching

At the same time, the traditional fixed-person distribution network dispatching duty mode will be difficult to adapt to the lean management of power supply enterprises, and it will be difficult to provide support for the safe, efficient and orderly implementation of distribution network dispatching work

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