User group load resource reservation method and system based on multi-agent technology

Abstract

The invention discloses a user group load resource reservation method and system based on a multi-agent technology. The method comprises the steps of receiving a reservable resource confirm sent by a user; counting reservable load resource capacity of each user in each time frame, and generating a user resource pool; and compiling a user reservation load resource control queue in the next day. With the method provided by the technical scheme of the invention, an aggregator and the user can make a load reservation decision on the premise of benefits of the aggregator and the users, user participation is considered, and a novel demand response business in a resource reservation mode is built. According to the technical scheme, a reservation load passage between the user and the aggregator is built on the basis of the multi-agent technology, and an interactive mechanism design between the aggregator and the user is achieved.

Description

technical field [0001] The present invention relates to the field of electric load dispatching, and more specifically, relates to a user group load resource reservation method based on multi-agent technology. Background technique [0002] Most of the current technologies for direct load scheduling by aggregators use aggregators as demand response resource integrators to provide services for Independent System Operators (ISOs). The traditional literature mainly proposes an Intermediary Actor Provision Dispatching (IAPD) strategy, which regards the aggregator as an intermediary for providing services and users as decision-making participants. Both the power grid and the aggregator can publish information, and the user group Self-judgment, learning, participation and completion of tasks, grids and aggregators can only obtain incomplete information fed back by users, and will not provide any guidance or constraints to users in the process. [0003] The IAPD strategy mainly corr...

AI Technical Summary

Problems solved by technology

However, the IAPD strategy requires users to exchange a large amount of load status information and negotiate with each other, and the information interaction between users is often impossible to achieve in the actual demand response system.

[0004] At present, there is no power load reservation control technology, where the aggregator participates in the collaboration, and the aggregator sets the specific execution plan for the reserved load, and centrally guides users to participate in the load reservation arrangement

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