Regional user energy management and load control method and system

Abstract

The invention relates to a method for managing power loads of regional users. Users in a certain area are affected by the nature of industrial / commercial work and have special electricity consumption characteristics. However, the current energy management and control method does not take into account the differences in electricity consumption between different regions, but adopts a unified management and control method. Aiming at this situation, the energy management and control methods of regional users are studied. The core content of the regional user energy management is to control and manage the user load in a certain area. The power company publishes alternative energy-saving plans to users. After the user chooses one to execute, the energy consumption data of regional / single-point users, key equipment or distributed power sources can be collected through smart terminals, such as smart meters and interactive terminals. Collect, access, convert, load, connect, share and process a series of data, so as to analyze user behavior, grasp the electricity consumption characteristics of regional users, provide data support for power companies to screen users, and provide a theoretical basis for formulating regional user control strategies , and then achieve more scientific, more reasonable, and more energy-saving optimal control for regional users.

Description

technical field [0001] The invention relates to the field of intelligent power consumption and power demand side management, in particular to a control-response method for regional user power loads. Background technique [0002] With the intensification of the contradiction between power supply and demand and the rapid change of the user's power consumption structure, the characteristics of power load in various regions have undergone major changes, such as the continuous expansion of peak-to-valley difference, the continuous decline of load rate and annual maximum load utilization hours, and the contradiction between supply and demand during peak periods. Increasingly sharp and other problems have made it increasingly difficult for the power grid to adjust peak loads, causing power cuts and peak power consumption to occur frequently across the country. And marketing work brings many difficulties. [0003] At present, most studies on energy management and control methods ma...

AI Technical Summary

Problems solved by technology

However, in the face of increasingly complex power management and control platforms, the defect of the single-point power management system is that it can only effectively improve the energy efficiency of a single link, and cannot significantly improve the energy efficiency of the entire energy management and control system.

At the same time, users in a certain area are affected by the business circle, and generally have similar work properties. Traditional control methods cannot reflect the differences among regional users, and unified management and control cannot achieve the purpose of saving energy and improving energy efficiency.

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