Optimal Dispatch Strategy for Novel Power System with Tail Gas Generation under Transmission Constraints

Tail gas power generation is an effective way to deal with tail gas, which can avoid environmental pollution and improve the utilization rate of fossil energy. However, there is little research on grid connection of tail gas power generation. At the same time, the modeling of tail gas power generation, especially the modeling of gas tank, an important equipment in the process of tail gas power generation, is relatively simple and can not meet the needs of practical applications. In addition, how to deal with the integrated scheduling of tail gas power generation and other energy sources under constrained conditions after the grid connection of tail gas power generation is also one of the difficulties. Therefore, this paper proposes an optimal dispatch strategy for novel power system with tail gas generation under transmission constraints. The whole process of tail gas power generation is accurately modeled by this method, and the effectiveness of the proposed method is verified by an actual example.