Ubiquitous energy station optimization calculation method and device in ubiquitous energy microgrid

Abstract

The invention discloses a method and device for optimizing calculation of a ubiquitous energy station in a ubiquitous energy microgrid, wherein the method includes: obtaining a simplified diagram of a ubiquitous energy station in a ubiquitous energy microgrid; determining a simplified diagram of a ubiquitous energy station according to the simplified diagram of a ubiquitous energy station The type of each ubiquitous energy station; obtain the construction timing of each ubiquitous energy station; according to the type and construction timing of each ubiquitous energy station, the scale optimization calculation results of ubiquitous energy stations under the ubiquitous energy microgrid are obtained. This method can carry out the scale optimization calculation of the ubiquitous energy station under the ubiquitous energy microgrid through the type of each ubiquitous energy station and the construction time sequence of each ubiquitous energy station, realize the multi-energy complementarity between ubiquitous energy stations, and realize energy supply and dispatch , to maximize resource utilization and improve economic efficiency.

Description

Technical field [0001] The present invention relates to the field of extensive microbrid performance optimization, and in particular, to a general energy station optimization calculation method and apparatus in an intensive micronet. Background technique [0002] The general energy network is an important direction for the development of general energy stations and optimization design, and the maximum complementary complementary complementation between the extensive station can achieve the maximum resource utilization, and improve economic benefits. [0003] However, in the relevant technique, the design of the generic station type in the general energy network is lacking, and there is no calculation method of the general energy station in the general network, lacks the energy distribution direction of the extensive station, construction timing Waiting for problems, there is no possible intense complementation between extensive stations, unable to achieve energy supply and schedu...

AI Technical Summary

Problems solved by technology

[0003] However, in related technologies, there is a lack of design for the type of ubiquitous energy stations in ubiquitous energy microgrids, and there is no calculation method for the scale of ubiquitous energy stations in ubiquitous energy microgrids, and there is no consideration of the energy deployment direction and construction sequence between ubiquitous energy stations. and other problems, so that it is impossible to realize multi-energy complementarity among multi-energy stations, and it is impossible to realize energy supply and dispatch, resulting in the inability to utilize resources to the greatest extent and reduce economic benefits, which need to be solved urgently

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