Optimal Scheduling Method of Integrated Energy System Considering Hybrid Energy Storage

To achieve efficient energy conservation and emission reduction, and ensure the reliable and economical operation of new energy generation. Firstly, based on the working characteristics of the integrated energy supply and storage device, a comprehensive energy and energy flow balance model is constructed, and a comprehensive model of integrated energy and energy storage is constructed to achieve coordinated control of integrated energy and energy storage. Secondly, establish a hierarchical carbon trading system that is transformed through carbon market negotiations, taking into account the overall carbon emissions and operating costs of distributed and mobile hybrid energy storage and power generation, and building a low-carbon economic optimization operation mode for multi energy complementary power generation systems. Through numerical analysis, it is proven that the algorithm proposed in this paper is effective.