Dispatch Method of Township Industrial Park Integrated Energy System Considering Power to Ammonia and Biomass Waste Energy Conversion

The green transformation and energy development in township areas are important in building a modern energy system. However, the introduction of chemical industries not only promotes township revitalization but also brings serious pollution problems. This paper proposes a low-carbon dispatch method for the integrated energy system in township industrial park considering power to ammonia and biomass waste energy conversion. Firstly, A two-stage model of power to ammonia and a biomass waste energy conversion model is constructed, and their energy flow relationship is established. Secondly, the joint production unit in the industry park is constructed, and the coupling characteristics of electricity, heat, gas, and carbon power are analyzed. Finally, aiming at the lowest total cost of the industry park operation, the comparative analysis of different scenarios proves that the proposed scheduling method has a better improvement effect on the industry park, which can provide theoretical support for the adjustment of township industrial structure and energy transformation.