Carbon emission reduction evaluation and calculation method for intelligent power distribution and utilization system

Abstract

A carbon emission reduction evaluation and calculation method for an intelligent power distribution and utilization system includes the steps of making an evaluation technology route relating to the feature capacity of carbon emission reduction promotion (low-carbon capacity for short) and low-carbon benefit, creating an evaluation method for carbon emission reduction promotion by power supply optimization of the intelligent power distribution and utilization system, creating an evaluation method for carbon emission reduction promotion by power distribution network efficacy enhancement of the intelligent power distribution and utilization system, creating an evaluation method for carbon emission reduction promotion by energy saving of the intelligent power distribution and utilization system, creating an evaluation method for carbon emission reduction promotion by load shaping of the intelligent power distribution and utilization system, and creating an evaluation method for accumulated comprehensive benefits of carbon emission reduction promotion of the intelligent power distribution and utilization system. With the method, an intelligent power distribution and utilization system low-carbon benefit evaluation system is built and covers all related links and elements involving carbon emission reduction of the intelligent power distribution and utilization system, low-carbon benefit overlapping caused by electrical coupling and effect coupling is avoided, and thus, quantity of carbon emission reduction achieved by the intelligent power distribution and utilization system can be calculated accurately. The method is applicable to evaluation and calculation of carbon emission reduction of the intelligent power distribution and utilization system.

Description

technical field [0001] The invention relates to a carbon emission reduction evaluation and calculation method for an intelligent power distribution and consumption system, and belongs to the field of low-carbon power and intelligent power distribution networks. Background technique [0002] The intelligent power distribution system is to introduce advanced sensing, communication and control technologies into the distribution network, and incorporate various new types of distributed power sources, electric vehicles, controllable energy storage devices and controllable loads, so as to interact flexibly and intelligently. The operation mode makes all kinds of technologies operate in coordination, which is the meaning of the intelligent power distribution system. The main goal of the intelligent power distribution system is to realize the coordinated operation between power users and the distribution network, guide power users to use electricity and carbon resources more efficie...

AI Technical Summary

Problems solved by technology

However, since there are often mutual coupling relationships in the power industry chain, the evaluation and calculation is faced with the problem of overlapping benefits, low carbon and benefits. Therefore, it is necessary to fully consider before the actual calculation, establish a scientific and complete evaluation and calculation framework, avoid overlapping benefits, and highlight The core contribution point of intelligent power distribution system in promoting carbon emission reduction

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