Calling method, system and device capable of adjusting load to participate in demand response

Abstract

The invention discloses a calling method, system and device for participation of an adjustable load in demand response. The calling method comprises the following steps: selecting an adjustable equipment set in a pre-constructed load characteristic library based on a demand response regulation scene and obtained adjustable load information; taking economic optimization participating in response as a target, and selecting equipment meeting response power deviation from the equipment set to participate in demand response; wherein the load characteristic library is constructed based on labels set for adjustable loads, and the labels comprise label types set according to scenes and corresponding information of participation demands. According to the method, labels are set for different types of adjustable loads, rapid aggregation can be carried out when the demand response task is received in any regulation and control scene, the load aggregation difficulty is simplified, and the demand response execution efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of smart grid informatization, in particular to a calling method, system and device for an adjustable load participating in demand response. Background technique [0002] Adjustable power loads refer to demand-side power consumption equipment, power supply equipment, energy storage equipment, etc. that can start and stop or adjust the operating state according to grid operation, electricity price, incentive or transaction information, including industrial enterprise production processes, production auxiliary loads, Building load, residential electrical load, distributed energy storage, electric vehicles, etc. With the access of large-scale renewable energy and the improvement of terminal electrification level, the contradiction of seasonal peak load of power grid is becoming more and more prominent, and the pressure of power grid peak regulation is gradually increasing. The above problems are solved by build...

AI Technical Summary

Problems solved by technology

[0022] (1) The target is only for residential users, and the load considered is only the water heater, and the type of control equipment is relatively simple;

[0023] (2) The application scenario is single, only for new energy consumption

However, the object of this application is only for industrial users, and the type of load control equipment considered is relatively single

[0025] In summary, the existing technology has problems such as single aggregation scenarios, single application scenarios, and poor practicability of existing models that need to be solved

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