Method for controlling universal-energy network by universal-energy current sequence parameter
A ubiquitous energy network and sequence parameter technology, which is applied in the field of optimizing the performance of the ubiquitous energy network by using the ubiquitous energy flow sequence parameters, can solve the problems of lack of solutions, no consideration of multi-energy network integration optimization, and increased complexity, etc., to achieve Achieve comprehensive optimization, reduce search time, and reduce the effect of search space
Active Publication Date: 2014-05-28
常熟市铜业总公司有限公司
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[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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[0055] image 3 It is a schematic diagram of optimizing the performance of the ubiquitous energy grid system applied to residences by utilizing the ubiquitous energy flow sequence parameters according to the first embodiment of the present invention.
[0056] Production (Generation), storage (Storage), application (Utilization), regeneration (Regeneration) four links (Four Stages) are expressed as FS=(G, S, U, R).
[0057] For the bottom layer of the ubiquitous energy flow, the brightness system has four links, input electricity, attach natural light source, meet the brightness requirements, and output heat, that is FS = ( E 2,1 e , u ( t ) + Solat ( t ) , , ...
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Disclosed is a method for controlling a smart energy network by using smart energy flow order parameters. The method comprises: analyzing smart energy flow relationship between four steps of production, storage, application, and regeneration in a smart energy network system, and determining a key order parameter of each stage based on the smart energy flow relationship according to natural order parameter rules, the key order parameter being used for rapidly evaluating and optimizing overall system performance; determining an optimization sequence of the system performance of the smart energy network according to stage order parameter rules; optimizing the key order parameter of each stage according to the optimization sequence; and determining optimal ratios of the four steps according to optimum step ratio rules, the optimal ratios of the four steps being used for reducing a redundant smart energy flow of the system. The present invention achieves comprehensive optimization of the system performance of the smart energy network.
Description
technical field [0001] The invention relates to the technical field of performance optimization of a ubiquitous energy network, in particular to a method for optimizing the performance of a ubiquitous energy network by using parameters of a ubiquitous energy flow sequence. Background technique [0002] The applicant proposed the scheme of ubiquitous energy network in Chinese patent applications 201010173519.1 and 201010173433.9, in order to realize the intelligence and informatization of various energy sources and materials, as well as multi-energy sources (multiple types of energy and / or from multiple geographical locations Coupling Utilization, Management and Transaction Services of Energy), the full content of which is incorporated herein by reference. [0003] The ubiquitous energy network is a smart energy network system in which information, energy and matter are integrated through collaborative coupling. Ubiquitous energy network is based on system energy efficiency ...
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IPC IPC(8): G06F17/30
CPCG06Q50/06
Inventor 甘中学宋臣冯程程扈杰
Owner 常熟市铜业总公司有限公司