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Dynamic Modeling and Simulation of the Large-scale Regional Integrated Electricity and Natural Gas System

机译:大型区域电力与天然气集成系统的动力学建模与仿真

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With the development of energy reform worldwide, the adoption of integrated energy systems (IES) has become one of the powerful means for energy adjustment. In this paper, a dynamic simulation model of the integrated electricity and natural gas system (IENGS) is established. Case study is presented by the integrated IEEE 39-node power grid and the 15-node natural gas network. Based on this object, the daily operation of the system and the dynamic response mechanism to specific situations are studied, including demand load increase and power generator shutdown. The results show that the simulation results of the model are reasonable, and the IENGS is more sensitive to the sudden change of electric load.
机译:随着全球能源改革的发展,采用集成能源系统(IES)已成为能源调整的有力手段之一。本文建立了电力与天然气综合系统(IENGS)的动态仿真模型。案例研究由集成的IEEE 39节点电网和15节点天然气网络提供。基于此目标,研究了系统的日常运行以及对特定情况的动态响应机制,包括需求负载增加和发电机关闭。结果表明,该模型的仿真结果是合理的,并且IENGS对电负载的突然变化更为敏感。

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