Method for constructing power generation carbon emission quota distribution model under inter-provincial carbon trading mechanism

Abstract

The invention relates to a method for constructing a power generation carbon emission quota distribution model under an inter-provincial carbon trading mechanism, belonging to the technical field of low-carbon electricity of power systems. The method comprises the following steps of: constructing a first-stage distribution model for inter-provincial quota distribution, wherein the first-stage distribution model is composed of two links including an initial distribution model and a re-adjusted model for the result of the initial distribution model, and, by taking the result of the first-stage distribution model as the boundary condition, constructing a second-stage distribution model for distributing carbon emission quota distribution results of various provinces obtained by the first-stage distribution model among various power plants in the province; and, according to the two-stage distribution models, obtaining an inter-provincial distribution scheme for power generation carbon emission quota distribution and the power generation carbon emission quota of various power plants in the province under the inter-provincial carbon trading mechanism. According to the method disclosed by the invention, on the basis of the existing carbon trading experimental unit in the province, power generation carbon emission quota distribution under the inter-provincial carbon emission trading mechanism is researched in combination with characteristics of the power industry; due to the method disclosed by the invention, low-carbon development can be realized; excessive consumption of fossil energy can be reduced; and the purpose of effectively reducing carbon emission can be achieved.

Description

technical field [0001] The invention belongs to the technical field of low-carbon electric power in electric power systems, and in particular relates to a carbon emission quota allocation model for power generation under an inter-provincial carbon trading mechanism. Background technique [0002] As energy issues and climate change issues become increasingly prominent, achieving low-carbon development and reducing excessive consumption of fossil energy has gradually become a common goal of human society. The core of low-carbon development is technological innovation, institutional innovation, and changes in the concept of development, which will involve the readjustment of production models, lifestyles, and values, and are closely related to national rights and interests. [0003] Carbon emissions trading, as a market-oriented means that can effectively reduce carbon emissions, has been widely carried out internationally. Carbon trading means that under the guidance and supe...

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Problems solved by technology

Under the "grandfathering" method, high-emitting power plants get more emission allowances, while current low-emitting power plants get fewer allowances. This allocation method is partly for high-emitting power plants. It is not conducive to driving the enthusiasm of power plants to develop emission reduction technologies, and has the effect of "encouraging backwardness and spurring progress" to a certain extent, which is unfair to low-emission power plants

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