Active power distribution network supply and demand side balance control method based on non-cooperative game

By establishing a game model on the distribution network and the user side based on non-cooperative game methods, the problem of insufficient electricity price adjustment during power scheduling in the existing technology is solved, and the optimal electricity scheduling strategy is realized, which improves electricity consumption efficiency and reduces Electricity cost.

CN119482759APending Publication Date: 2025-02-18HANGZHOU MAIKA MICRO TECHNOLOGY CO LTD
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Patent Information

Application Number
CN202411606312.7
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2024-11-12
Publication Date
2025-02-18

AI Technical Summary

Technical Problem

The prior art does not involve electricity price adjustments between the distribution network and the user side during power scheduling, resulting in a non-optimal strategy for power scheduling.

Method used

Adopting the active distribution network supply and demand-side equilibrium control method based on non-cooperative games, by establishing the first game model of distribution network agent and the second game model of electricity usage by power users, importing the data to be calculated and using the preset ADN computing mechanism Perform mechanism operations to obtain the optimal strategy and achieve master-slave game equilibrium between the distribution network side and the user side.

Benefits of technology

The electricity price adjustment between the distribution network and the user side during power scheduling is realized, ensuring that the strategy during power scheduling is the optimal strategy, improving electricity consumption efficiency and reducing electricity consumption costs.

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Abstract

The invention relates to an active power distribution network supply-demand side balance control method based on a non-cooperative game, and the method comprises the steps: building a first game model when a power distribution network is agented, and building a second game model when a power consumer uses the power; importing to-be-calculated data into the first game model and the second game model, and performing mechanism operation on the first game model and the second game model which acquire the to-be-calculated data by using a preset ADN operation mechanism; obtaining a first utility function obtained after to-be-calculated data is processed by a first game model based on the ADN operation mechanism, and determining a current optimal strategy by using the first utility function; obtaining a current optimal strategy through the second game model, calculating to-be-calculated data to obtain a second utility function, and obtaining master-slave game equilibrium points of a power distribution network side and a power consumer side based on the second utility function; the electricity price adjustment of the power distribution network side and the user side during the electric quantity dispatching is realized, and the strategy during the electric quantity dispatching is the optimal strategy.
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Citation Information

Patent Citations

  • A Modeling Method for Multiple Uncertain Energy Flows in Integrated Active Distribution and Transmission Networks

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  • Distorted information intervention method and device and electronic equipment

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  • Active power distribution network scheduling method considering multi-subject benefits

    CN114188940A

  • Active power distribution network scheduling method based on Stackelberg game and multi-subject benefits and medium

    CN118763704A