10kV transformer area project establishment decision quantification method and system

Abstract

The invention discloses a 10kV transformer area project establishment decision quantification method and system. The method comprises steps of integrating system data of a power utilization information acquisition system and a production management system; formulating a 10kV transformer area problem generation rule, and automatically collecting the problem generation rule into three problem typesof operation, net rack and development; carrying out diagnosis and analysis on the 10kV transformer area problem, and determining whether each type of problem belongs to an approval problem or an operation and maintenance problem; and quantifying the 10kV transformer area project establishment problems, and comprehensively calculating the 10kV transformer area project establishment according to each type of problems and the weight factor to realize optimal sorting of the 10kV transformer area project establishment. The system is a computer device including a memory, a processor, and a computerprogram stored on the memory and running on the processor. According to the 10kV transformer area project establishment decision quantification method and system, existing data of a power utilizationinformation acquisition system, a production management system (PMS) and other systems are fully utilized, part of the data can be recorded manually, and scientific quantification project establishment of the 10kV transformer area can be achieved through computer executable program codes.

Description

technical field [0001] The invention relates to a quantification method and system for 10kV station area project establishment decision-making, and belongs to the technical field of power distribution and consumption. Background technique [0002] Whether the safe operation of the 10kV station area directly affects the high-reliability power consumption of users. While ensuring the electricity demand of power users through new projects in the 10kV station area, the existing station area should also consider the transformation needs from the perspective of ensuring the power supply quality of power users. However, at present In the process of 10kV station project approval, the existing massive data of the distribution network was not fully utilized, and the project mainly relied on the subjective experience of front-line personnel, and the 10kV station project was not considered from a global perspective, resulting in the failure to effectively solve practical problems after t...

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Problems solved by technology

[0002] The safe operation of the 10kV station area directly affects the high reliability of power consumption of users. While ensuring the electricity demand of power users through the new project of 10kV station area, the existing station area should also consider the transformation demand from the perspective of ensuring the quality of power supply for power users. However, currently During the project approval process of the 10kV station area, the existing massive data of the distribution network was not fully utilized, and the project was mainly established based on the subjective experience of front-line personnel, and the project approval of the 10kV station area was not considered from the overall perspective, resulting in failure to effectively solve practical problems after the implementation of the 10kV station area project. , or only solve some problems, which is not conducive to scientific management and precise investment of distribution network projects

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