Method for controlling universal-energy network by universal-energy current sequence parameter

Abstract

The invention discloses a method for controlling a universal-energy network by a universal-energy current sequence parameter, which comprises the following steps of: analyzing the universal-energy current relationship of production, storage, application and regeneration in a universal-energy network system; according to a natural sequence parameter rule, determining the key sequence parameter of each level from the universal-energy current relationship, wherein the key sequence parameter is used for quickly evaluating and optimizing integral system performance; according to a level sequence parameter rule, determining the performance optimization order of the universal-energy network system; according to the optimization order, successively optimizing the key sequence parameter of each level; and according to the optimal link proportion rule, determining the optimal proportion of four links, wherein the optimal proportion of four links is used for lowering the redundant universal-energy current of the system. With the method, the performance of the universal-energy network system can be comprehensively optimized.

Description

Technical field [0001] The invention relates to the technical field of ubiquitous energy network performance optimization, and in particular to a method for controlling the ubiquitous energy network by using the ubiquitous energy flow sequence parameter. Background technique [0002] The applicant proposed a ubiquitous energy network solution in Chinese patent applications 201010173519.1 and 201010173433.9 to realize the intelligence and informationization of various energy and materials, as well as multi-energy (multiple types of energy and / or from multiple geographical locations). Of energy) coupling utilization, management and transaction services, the full content of which is incorporated in this article by reference. [0003] The ubiquitous energy network is an intelligent energy network system that integrates information, energy and matter through collaborative coupling. The ubiquitous energy network is based on system energy efficiency technology, through the coupling of en...

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Problems solved by technology

[0010] Through the analysis of the above-mentioned integration optimization and collaborative optimization, it can be seen that the current optimization of the performance of the ubiquitous energy grid system still has the following limitations: the optimization of local energy only considers a single energy source, such as the optimization of a single power grid, and does not consider the multi-energy network. Integrated optimization, which leads to the lack of corresponding solutions when the complexity of the problem increases

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