Family demand side response method based on community cluster and centralized energy storage

Abstract

The invention discloses a family demand side response method based on a community cluster and centralized energy storage. The method is characterized by comprising the following steps of S1, collecting household data, power grid data and electricity price data, S2, establishing a household real-time respondable load function capable of calculating the respondable load of each family according to the use condition of household electrical appliances, S3, calculating a household respondable load according to the household real-time respondable function, and distributing the power grid demand response task to the family according to the household respondable load, and S4, after each family receives the response task, enabling the intelligent switch installed on the household electrical appliance to selectively turn off the use of the household electrical appliance. The invention provides a family demand side response method based on a community cluster and centralized energy storage. The family demand side response method based on the community cluster and centralized energy storage enables surplus reducible electrical load of each family in a community to participate in power grid allocation.

Description

technical field [0001] The invention relates to the technical field of power grids, in particular to a family demand side response method based on community clusters and centralized energy storage. Background technique [0002] Power demand response, referred to as demand response (Demand Response, DR), means that when the price of electricity in the power market rises, or unexpected situations lead to the possibility of system instability, the power supply party will send a signal to reduce the load, causing the user to change its Electricity consumption habits, so as to shift or reduce the power load for a certain period of time, in response to power supply, to ensure the short-term behavior of grid stability. The main research objects of traditional electricity demand response are industrial or commercial users, and less attention is paid to residents' household electricity consumption. However, studies have shown that residential electricity consumption accounts for a r...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to overcome the problem in the prior art that the surplus and reducible electricity loads of each household in the community cannot participate in grid deployment, and provide a system in which the surplus and reducible electricity loads of each household in the community can participate in grid deployment Household demand-side response approach based on community clusters and centralized energy storage

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