Zero distance intelligent power consumption management system

Abstract

The invention relates to a zero-distance intelligent electricity consumption management system which comprises electric power information collection devices, an electricity consumption information analysis and electricity consumption device control device, a central control device, an intelligent electricity consumption management terminal, a master station, a storage device and a network service center, wherein the electric power information collection devices collect electric power information of electricity consumption devices, the electricity consumption information analysis and electricity consumption device control device analyzes the electric power information and sends control signals to the electric power information collection devices to control power-on or power-off of the electricity consumption devices, the central control device sends analyzed data and / or the electric power information to the intelligent electricity consumption management terminal and further receives the control signals to control the electric power information collection devices and carry out operations on the electricity consumption devices, the intelligent electricity consumption management terminal is communicated with the master station in a bidirectional mode, collects electric energy meter reading information, sends the electric energy meter reading information to the master station and receives commands of the master station to control power-on or power-off of an electric energy meter, the master station regularly sends the analyzed data and / or the electric energy information and electric energy meter information to a data analysis module for data analysis, the storage device stores data analysis results, and the network service center receives the data analysis results and provides network interfaces for user visits. The zero-distance intelligent electricity consumption management system achieves zero-distance interaction between a user terminal and an electricity supply end.

Description

technical field [0001] The present application relates to a power system, in particular to an intelligent power consumption management system. Background technique [0002] At present, most of my country's power consumption management models adopt manual management. The original manual meter reading has various problems, such as unreliable data, poor real-time performance, and no continuity. For the power management department, it is impossible to grasp the electricity consumption data of each household and the change of energy consumption load in real time, so it is impossible to make timely adjustments and formulate corresponding management systems. For users, it is impossible to know the power information of each electrical equipment in the home and the management system formulated by the power management department in a timely manner, and it is impossible to optimize the allocation of electrical equipment in the home to achieve the purpose of saving electricity consumpti...

AI Technical Summary

Problems solved by technology

[0004] The traditional electricity bill collection and power outage recovery management mode can no longer keep up with the needs of social development. The disadvantages of the original fee collection and power outage recovery methods are becoming more and more obvious: in addition to complicated personnel, high cost, and low efficiency, there are also inevitable The following problems: the reminder data is not real-time; the arrears power outage information is out of touch with customer service, and the customer’s arrears power outage information cannot be effectively grasped; the management personnel cannot effectively monitor the user’s arrears; Customers have brought great inconvenience, reduced the quality of service, etc.

At present, there is a lack of a solution that can face the development of market economy and the fierce competition of other energy sources, and solve the various problems listed above

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