Comprehensive energy service provider cooperative operation optimization method considering carbon emission reduction under double-layer cooperative architecture

Abstract

The invention discloses acomprehensive energy service provider cooperative operation optimization method considering carbon emission reduction under a double-layer cooperative architecture, and the method comprises the steps: setting a total carbon emission limit and an economic penalty coefficient, and distributing the total carbon emission limit and the economic penalty coefficient to an integrated energy service provider; constructing a comprehensive energy service provider cooperation optimization model containing a carbon emission limit and a penalty coefficient; constructing a cooperative game model based on a Nash bargaining theory, and equivalently decomposing the cooperative game model into a benefit maximization sub-problem and an energy transaction payment sub-problem; and solving the benefit maximization sub-problem and the energy transaction payment sub-problem in sequence by adopting a self-adaptive ADMM algorithm to obtain the carbon emission and the operation cost after cooperative optimization of each main body. The problem of low enthusiasm of comprehensive energy service providers in response to carbon emission reduction is solved by considering from the demand side and combining top supervision and an energy sharing mechanism, the potential of reducing the total carbon emission by cooperative operation of the comprehensive energy service providers can be further mined, and individual benefits and social benefits are considered.

Description

technical field [0001] The invention relates to the technical field of integrated energy Internet, in particular to a cooperative operation optimization method for integrated energy service providers considering carbon emission reduction under a two-layer collaborative architecture. Background technique [0002] As one of the main sources of greenhouse gas emissions, the energy industry is the core point that needs to be focused on in order to reduce the total carbon emissions of the society, and the efficient use of integrated energy systems can provide an effective way to reduce carbon emissions. [0003] In the context of Energy Internet, the optimal scheduling of heterogeneous energy flows involves different energy networks and regulatory departments. The distributed control architecture is a research hotspot in the collaborative operation and control of Energy Internet. However, in the absence of carbon regulation, fully distributed regulation may lead to optimal regula...

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Problems solved by technology

[0006] Purpose of the invention: In order to overcome the deficiencies in the existing technology, provide a comprehensive energy service provider cooperative operation optimization method that considers carbon emission reduction under a two-layer collaborative architecture. It solved the problem of low enthusiasm of comprehensive energy service providers to respond to carbon emission reduction

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