Demand response system and demand response method based on multi-tenancy technology

Abstract

The invention provides a demand response system and a demand response method based on a multi-tenancy technology. Demand response implementation units, such as electricity providers and energy service providers are taken as tenants of a software system, and there are multiple electricity users under each tenant. Through a user registration and login management module, a power data acquisition module, a demand response potential analysis module, a demand response plan making and signal releasing module, a demand response service execution module and a demand response effect evaluation module contained in the demand response system, the demand response system has functions of power data acquisition, demand response potential analysis, demand response plan making and signal releasing, demand response service execution and demand response effect evaluation. The system and the method presented by the invention support multi-user operation. There is a cascade relationship between different tenants and electricity users. Demand response potential, demand response effect evaluation and other data analysis can be made based on data of multiple tenants. Therefore, address reuse and waste of resources are avoided.

Description

technical field [0001] The present invention relates to the field of demand response, in particular to a demand response system and method based on multi-tenancy technology. Background technique [0002] Power demand response means that power users voluntarily choose to reduce or increase the power load in a certain period of time according to the power price signal or incentive mechanism, so as to promote the balance of power supply and demand and protect the system. Safe and reliable operation. my country is in a stage of rapid economic development. In the long run, the national power supply and demand are generally tight, and power shortages are serious in some areas and during certain periods of time. Therefore, it is of great significance to use the elasticity of power demand to reduce the load during peak hours and alleviate the tense situation of power supply by tapping the load-scheduling capacity of the demand side. According to the nature of the response signal f...

AI Technical Summary

Problems solved by technology

[0011] In order to solve the above problems, the present invention provides a demand response system and method based on multi-tenant technology, which aims to solve the problem that the current demand response system can only be used for one energy service provider as a demand response implementation unit, and cannot support multi...

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