Bidirectional interaction regulation and control system based on HPLC communication and electrical load sensing technology

Abstract

The invention provides a bidirectional interaction regulation and control system based on HPLC communication and an electrical load sensing technology. The bidirectional interaction regulation and control system comprises an electrical information acquisition platform, a concentrator, an intelligent electric meter, a user mobile phone APP, an intelligent interaction terminal, a high-power remote control switch and an intelligent socket. The system depends on the intelligent interaction terminal, the high-power remote control switch and the intelligent socket, achieves information interaction with a platform through a power line carrier (HPLC) and the intelligent interaction terminal after the system collects power consumption data of a user, obtains the power consumption condition of an electric appliance of the user, and realizes user electrical load sensing through the high-power remote control switch and an intelligent socket metering and control function. A bidirectional interaction purpose of user load sensing and regulation is achieved through big data analysis, income sharing and bidirectional approval principles, and peak-valley regulation of a power grid is effectively realized. Meanwhile, the platform can respond to user demands, remotely monitor the operation state of the electric equipment, achieve the purpose of remote control, and provide technical support for safe power utilization of users.

Description

technical field [0001] The invention relates to the technical field of low-voltage power line high-speed carrier communication, in particular to a two-way interactive control system based on HPLC communication and electric load sensing technology. Background technique [0002] Low-voltage power line high-speed carrier communication (High Power Line Carrier), referred to as HPLC, is a communication method that is stable, reliable, fast in communication speed, safe in data transmission, and can use power lines for data transmission. High-speed carrier communication has been vigorously promoted in the power industry, and its application effect has also been recognized by users. [0003] Smart grid is the latest trend in the development and transformation of electric power in the world today, and is considered to be a major technological innovation and future development trend of the world's power system in the 21st century. Among them, intelligent power consumption and scienti...

AI Technical Summary

Problems solved by technology

[0004] Under the background of the energy Internet, there are two major trends in the energy consumption of urban and rural residents: one is that the demand for energy consumption tends to be diversified, which puts forward new requirements for comprehensive energy services; The peak-to-valley difference continues to increase, posing new challenges to the power supply capacity of the grid

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