Virtual power plant regulation and control method based on master-slave game, storage medium and device

Abstract

The invention discloses a virtual power plant regulation and control method based on a master-slave game, a storage medium and a device, and belongs to the field of virtual power plants. The method comprises the following steps: constructing a multi-prosumer virtual power plant; constructing a master-slave game model of a virtual power plant operator and prosumers; solving the master-slave game model, and determining an internal electricity purchasing and selling price of the virtual power plant; and according to the internal electricity purchasing and selling price, calculating to obtain an output plan of each prosumer and an overall output plan of the virtual power plant. The invention discloses a virtual power plant internal electricity purchasing and selling price setting method based on the master-slave game, and the method can comprehensively consider the benefits of two parties, set the electricity purchasing and selling price from the virtual power plant operator to the internal prosumers, obtain the optimal output plan of each prosumer according to the internal price, and determine overall external output of the virtual power plant.

Description

Technical field [0001] The present invention relates to the field of virtual plant, particularly relates to a method of plant virtual master regulator, and the storage medium from the game device based. Background technique [0002] In recent years, along with a wide range of distributed power access user side, the traditional user-side resources gradually to Prosumer, in the current policy context, Prosumer side of the new energy unit adopts "self-occupied, margin Internet" model, new surplus energy output time, the remaining capacity can only be Prosumer power grid at a lower purchase price, at a time of insufficient output, Prosumer need to buy at a higher price to retailers power to balance the load. The virtual power plant can be carried out by means of advanced communication and control of the Prosumer resource aggregation, making access conditions to reach the electricity market, in the market to obtain greater benefits. Traditional virtual power plant aggregation of resou...

AI Technical Summary

Problems solved by technology

However, the former cannot respect the user's energy consumption preference, and the latter cannot accurately predict the user's behavior, and the price signal issued by the virtual power plant unilaterally cannot accurately guide the user's behavior, and the above strategy only involves the user's energy consumption demand, and does not consider the user as a producer and consumer power generation capacity

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