Multi-station fusion system low-carbon operation method

Abstract

The invention discloses a low-carbon operation method of a multi-station fusion system, which overcomes the problem that the low-carbon operation method of the multi-station fusion system in the prior art does not fully consider the operation characteristics and operation main body positioning of the multi-station fusion system, and comprises the following steps: S1, classifying each component element of the multi-station fusion system; s2, setting a multi-station fusion low-carbon operation target; s3, collecting and summarizing operation data and other related data of the multi-station fusion system, and accumulating a historical database in a rolling manner; s4, setting a low-carbon operation constraint condition function of the multi-station fusion system, and digitizing constraint conditions by using related data to form a constraint domain; s5, performing mining analysis on the historical database to obtain a corresponding load prediction curve and a new energy generating capacity prediction curve; s6, constructing a low-carbon operation strategy model of the multi-station fusion system; and S7, carrying out optimization solution on the model to obtain an optimized low-carbon operation daytime strategy. And a low-carbon operation strategy of the multi-station fusion system can be formulated from a global perspective.

Description

technical field [0001] The invention relates to the technical field of integrated energy system operation, in particular to a low-carbon operation method of a multi-station fusion system. Background technique [0002] With the rapid advancement of national energy conservation and emission reduction work, the work of "carbon peaking and carbon neutrality" has become the core content of China's current and future green and low-carbon development work. A new comprehensive energy construction and operation model. The organic combination of multi-station integration and integrated energy system can greatly improve the energy-saving benefits of the integrated energy service system; , Through the construction of distributed new energy power stations, electric vehicle charging and swapping stations and energy storage stations, the rate of curtailment of wind and light can be reduced, new energy consumption can be promoted, and green and low-carbon development can be achieved. [0...

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Problems solved by technology

But this invention is only aimed at the operation strategy of the traditional integrated energy system, not applicable to the multi-station fusion system

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