Abstract
With the aim of optimizing the allocation of multiple energy sources between parks and cities, particularly addressing the issue of uneven distribution of energy sources in multi-energy parks and the supply relationship of multiple energy sources in urban areas, this research focuses on the electricity system between parks and cities, and introduces the carbon trading mechanism to facilitate the integration of new energy sources for consumption and emission reduction, in the context of achieving carbon peak and carbon neutrality. To achieve this goal, we develop a bi-objective operation optimization model that minimizes system operating costs and reduces carbon emissions levels, for a multi-energy system with carbon quotas and energy flows between parks and cities. We verify the effectiveness of our proposed configuration scheme, and our results support its correctness and rationality.
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