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Research on Economic Dispatching and Collaborative Optimization of Industrial Park Micro-grid with Solar-Battery-Charge

The widespread application of renewable energy has accelerated the development of microgrid technology and industry. As a typical application scenario of microgrid, the park-level microgrid with solar-battery-charge lays the foundation for enterprises to save energy, reduce consumption, improve efficiency, reduce fees, generate foreign exchange and income. In order to improve the operation efficiency and efficiency of the park-level microgrid, this paper firstly proposes the typical architecture of the park-level microgrid based on a large number of domestic and foreign related literature on the construction and operation of microgrid. Secondly, the economic dispatching and collaborative optimization model of the park-level microgrid with solar-battery-charge is constructed, and the corresponding solution algorithm is designed. Thirdly, the feasibility and effectiveness of the model and algorithm is verified by a park-level microgrid with solar-battery-charge. Finally, the conclusion of this paper is put forward and the future research is prospected. The research results of this paper can provide advanced experience and decision-making reference for the construction and operation of the park-level microgrid.