Multi-station fusion system multi-index comprehensive efficiency evaluation method

Abstract

The invention discloses a multi-index comprehensive effectiveness evaluation method for a multi-station fusion system. The method comprises the following steps: S1, collecting related data of the multi-station fusion system and screening out key data; s2, dividing the multi-station fusion system into a plurality of functional modules; s3, calculating the comprehensive efficiency, the energy consumption distribution coefficient, the pollutant discharge and the economic index of each functional module; s4, evaluating the risk condition of each functional module according to the risk matrix; s5, calculating the weight value of each evaluation index of each functional module; s6, calculating to obtain an evaluation score of each functional module; s7, calculating the weight value of each function module score; s8, calculating to obtain a multi-index comprehensive weight value of the multi-station fusion system; according to the method, the characteristics of the multi-station fusion system are utilized, positioning and rules of a power grid enterprise are fully considered, evaluation indexes are set, weights are calculated, index contents can completely reflect the overall characteristics of an evaluation object, and the overall operation condition of the multi-station fusion system can be effectively and quantitatively evaluated.

Description

technical field [0001] The invention relates to the technical field of multi-station fusion, in particular to a multi-index comprehensive performance evaluation method for a multi-station fusion system. Background technique [0002] 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. The multi-station integrated integrated energy system is a new type of integrated energy construction and operation model explored by power grid companies for energy saving and efficiency enhancement. The multi-station fusion system takes advantage of the convenience of substation space and energy, and is constrained by the operation rules of the substation to build data center stations, gas triple supply stations, energy storage stations, electric vehicle charging stations, renewable energy power stations, etc., combining data centers with traditional The organic combination of the integrated energy ...

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Problems solved by technology

[0006] The present invention solves the problem that the existing integrated energy system evaluation method is difficult to objectively reflect the overall performance of the multi-station fusion system, and proposes a multi-indicator comprehensive performance evaluation method for the multi-station fusion system, which fully considers the power grid by utilizing the characteristics of the multi-station fusion system The positioning and rules of the enterprise, setting evaluation indicators and calculating weights, the content of the indicators can fully reflect the overall characteristics of the evaluation object, and can effectively quantitatively evaluate the overall operation of the multi-station fusion system

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