A Low-carbon Optimal Dispatch Model of a New Multi-energy Complementary Energy System with the Goal of Carbon Reduction

Abstract

In the context of the carbon peaking and carbon neutrality goals, achieving a low-carbon integrated energy system is of great significance to the low-carbon development of the energy industry Based on this, this paper proposes a comprehensive energy carbon emission optimization and multi-energy market trading method with carbon reduction as the goal. Firstly, the carbon emissions of various types of energy in the integrated energy system are analyzed and a model of carbon emissions of various types of energy is established; secondly, this paper proposes a multi-energy market incentive mechanism with carbon reduction as the goal; based on this, a multi-energy market trading model is established to incentivize the low-carbon operation of integrated energy and the model is solved by particle swarm algorithm; finally, the simulation verifies that the proposed method can effectively reduce the Finally, the simulation verifies that the proposed method can effectively reduce the carbon emissions of the integrated energy system.