Power supply abnormity quick response system based on intelligent electric meters and marketing and distribution data management

Abstract

Provided is a power supply abnormity quick response system based on intelligent electric meters and marketing and distribution data management. The operation state of an intelligent electric meter of each resident can be independently detected through a metering box, so that each resident can be conveniently positioned, and the position of the fault intelligent electric meter can be quickly found. A concentrator plays a role in data transmission, then the operation state of the intelligent electric meters and power marketing and distribution data can be compared and analyzed through a power supply abnormity information monitoring platform, and finally the position of the fault intelligent electric meter is actively obtained. The purpose of quickly responding to a user with abnormal power supply is achieved, the fault maintenance speed is increased, and normal electricity utilization of residents is ensured.

Description

technical field [0001] The invention relates to the technical field of power supply systems, in particular to a fast response system for abnormal power supply based on smart meters and distribution data management. Background technique [0002] It is known that in the existing power distribution system of the power grid, due to the limitations of the power distribution equipment's own capabilities and the development of communication technology, it is impossible to accurately determine the fault point of the grassroots residential users. The emergency repair engineering team went to the site to investigate and confirm the faulty tripped power supply. Due to the uneven professional quality of the emergency repair workers, the accuracy of faulty power point and fault type judgment was low, which resulted in extended repair time and affected residents' daily electricity consumption; Therefore, to sum up, a system capable of quickly responding to abnormal power supply of grass-r...

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Problems solved by technology

[0002] It is known that in the existing power distribution system of the power grid, due to the limitations of the power distribution equipment's own capabilities and the development of communication technology, it is impossible to accurately determine the fault point of the grassroots residential users. The emergency repair engineering team went to the site to investigate and confirm the faulty tripped power supply. Due to the uneven professional quality of the emergency repair workers, the accuracy of faulty power point and fault type judgment was low, which resulted in extended repair time and affected residents' daily electricity consumption; Therefore, in summary, there is a need in the market for a system that can quickly respond to abnormal power supply of grassroots users

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