Analysis and vacancy processing method for unreasonable-line-loss distribution room

Abstract

The invention relates to an analysis and vacancy processing method for an unreasonable-line-loss distribution room. The method comprises the following steps of: (1) storing a standard database for distribution room line loss in a data processor, acquiring power consumption information of users to be detected, checking whether power supply changes suddenly or not, carrying out step (2) if the power supply changes suddenly, and carrying out step (3) if the power supply does not change suddenly; (2) carrying out vacancy processing detection by a load detector; (3) checking whether power consumption changes suddenly or not, carrying out step (4) if the power consumption changes suddenly, and carrying out step (5) if the power consumption does not change suddenly; (4) continuously carrying out the vacancy processing detection by the load detector; and (5) checking on-site acquired information and standard data, and carrying out line loss reduction and closure. Compared with the prior art, the method is simple and practical, and electricity stealing users can be distinguished from normal users conveniently and quickly through a data analysis method.

Description

Technical field [0001] The invention relates to an anti-electricity stealing technology, in particular to a method for analyzing and rectifying unreasonable line loss. Background technique [0002] After entering the 21st century, the degree of informatization of human society has become higher and higher, and it has gradually entered an informationized society from an industrialized society. The information technology and related applications that have emerged with the transformation of social patterns have brought qualitative changes in all aspects of society. It also includes the power system. As a common problem in the power system, "anti-power theft" has changed its entire content. [0003] According to incomplete statistics, global non-technical losses account for 1% of global electricity losses. The most important loss comes from electricity theft. Resident users are the main body of electricity theft. The loss of electricity theft in some countries far exceeds that of elect...

AI Technical Summary

Problems solved by technology

[0004] In the current Taiwan area management system, although the grassroots teams have listed anti-stealing electricity as a task, their strength is still insufficient. The grassroots staff must also take into account electricity consumption inspections and power consumption inspections while doing this work. Waiting for work will inevitably disperse the energy of the staff, and different grassroots staff have different anti-stealing capabilities, and their ability to identify power-stealing users is also different.

If you have received a user stealing notice in advance, you may be very serious and careful during the inspection process to ensure that no one who steals electricity is missed. Identify some users who have obvious electricity stealing behaviors, but cannot detect those electricity stealers who use more concealed methods

Therefore, the current working methods of the grassroots teams alone cannot complete the anti-stealing work well, and new technical means are needed to help them detect and locate power-stealing users

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