综合能源系统混合仿真关键技术综述

Di Wu, Hongwei Ma, Hao Zheng
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摘要

综合能源系统是由以智能电网为核心系统和多资源系统(如热力系统、油气系统等)组成。IES实现了电-气-冷-热多能互补和资源-网储负荷协调控制。目前,针对电力系统、热力系统、石油系统等单一能源的仿真已经发展得很好,各高校和科研机构都在研究开发IES仿真系统,以满足IES网络规划、建设、运行、多能耦合、协调优化的要求。本文从IES的建设要求出发,分析了IES混合仿真技术的意义,从分阶段建模、多模式混合仿真和求解计算三个方面提出了仿真研究的技术路线和难点。最后,以冷热电联产系统为例,说明了混合仿真技术在IES中的应用。
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Key Technology Summary for Integrated Energy System Hybrid Simulation
Integrated Energy System (IES) is composed of smart grid which is the core system and multi-resource, such as thermal system and oil and gas system etc. IES realizes electricity-gas-cold-heat multi-energy complementary and resource-network-loads-storage coordination control. Now the simulation for single energy such as electrical power system, thermodynamic system, petroleum system has developed well, and the universities and research institutions are researching and developing the IES simulation system to meet the requirements of IES network planning, construction, operation, multi-energy coupling, coordination optimization. From the construction requirements of IES, this paper analyzes the significance of the IES hybrid simulation technology, proposes the simulation research technical route and difficulties from the three aspects of phased modeling, multi-mode hybrid simulation and solving and calculation. At last, an application case of hybrid simulation technology for IES is illustrated by a classic example of CCHP (Combined Cooling Heating and Power) system.
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