Park comprehensive energy spot transaction incentive method based on online supply and demand matching response

Abstract

The invention discloses a park comprehensive energy spot transaction incentive method based on online supply and demand matching response. The park comprehensive energy spot transaction incentive method is composed of three parts of park electric-thermal economic operation early warning, an electric-thermal online supply and demand matching incentive response strategy and park comprehensive energyspot transaction day-ahead economic dispatching. The park comprehensive energy spot transaction incentive method comprises the steps of: firstly, establishing a thermoelectric unit economic dispatching model with the minimum park energy production total cost as a target function, acquiring a next-day park light abandoning amount, and publishing economic operation early warning if the light abandoning amount is larger than a light abandoning threshold value; secondly, executing the online supply and demand matching incentive response strategy, calculating and formulating a user response compensation degree electricity price, publishing a total demand response electricity quantity and a compensation electricity price online, and enabling response users in a park to perform competitive bidding and panic buying according to the 'first come, first served' principle; and finally, establishing a spot transaction day-ahead economic dispatching model based on demand response incentive, and formulating and publishing a day-ahead response power utilization plan and a thermoelectric unit output plan of the response user to realize online supply and demand matching response of the park.

Description

technical field [0001] The invention belongs to the technical field of comprehensive energy trading, and in particular relates to an incentive method for park comprehensive energy spot trading based on online supply and demand matching responses. Background technique [0002] With the development of integrated energy business, the formed energy Internet is the product of multi-energy integration, cyber-physical integration and multi-market integration, which will profoundly affect all aspects of energy production, transmission, storage and consumption in the future, and promote the efficiency of production capacity and energy use cleaning and cleaning. In such a huge and complex system, how to dig deep into user-side resources, study comprehensive energy optimization scheduling and market transaction models, so that abundant distributed energy can be optimally allocated to resources, realize nearby consumption, and build a power-based system. The Lord's energy trading mecha...

AI Technical Summary

Problems solved by technology

However, due to the independent financial accounting of a single user customer, it is difficult to motivate and adjust the user's production energy consumption

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