计及热惯性的热电联产虚拟电厂韧性提升策略
摘要：日益频繁的极端天气给电热耦合系统造成的影响愈发严重。韧性是衡量系统抵御极端事件、减少故障影响并快速恢复的核心指标。为提升电热耦合系统抵御极端灾害的能力，提出一种考虑热惯性的热电联产虚拟电厂(combined heat and power-virtual power plant，CHP-VPP)两阶段三层韧性提升策略。第一阶段以联络开关成本最小为目标，基于最小生成树理论对系统进行重构；第二阶段以运行成本最小为目标，基于分布鲁棒优化理论制定最恶劣的故障场景下的最优决策。采用列与约束生成算法进行迭代求解。基于IEEE 33节点电力系统+6节点供热系统构建CHP-VPP测试系统，仿真结果表明，所提出的方法可有效提升CHP-VPP应对极端灾害的韧性。
Abstract:The increasingly frequent extreme weather has a more serious impact on the electro-thermal coupling system. Resilience is a core indicator that measures the system’s ability to withstand extreme events, reduce the impact of failures,and recover quickly. To enhance the ability of the electro-thermal coupling system to withstand extreme disasters,a two-stage three-layer resilience enhancement strategy of combined heat and power-virtual power plant (CHP-VPP) considering thermal inertia was proposed. In the first stage, the system was reconstructed based on the minimum spanning tree theory with the goal of minimizing the cost of tie switches. In the second stage,aiming at minimizing the operating cost,the optimal decisions under the worst failure scenario was formulated based on distributionally robust optimization theory. The column and constraint generation algorithm was used for iterative solutions. A CHP-VPP test system was built based on an IEEE 33-bus system and a 6-node thermal system. The simulation results show that the proposed method can effectively enhance the resilience of CHP-VPP to cope with extreme disasters.
标题：计及热惯性的热电联产虚拟电厂韧性提升策略
title:Resilience Enhancement Strategy of Combined Heat and Power-Virtual Power Plant Considering Thermal Inertia
作者：于松源, 张峻松, 元志伟, 房方
authors:Songyuan YU, Junsong ZHANG, Zhiwei YUAN, Fang FANG
关键词：热电联产虚拟电厂(CHP-VPP),热惯性,分布鲁棒,韧性提升,极端灾害,电热耦合系统,
keywords:combined heat and power-virtual power plant (CHP-VPP),thermal inertia,distributionally robust,resilience enhancement,extreme disaster,electro-thermal coupling system,
发表日期：2023-12-31
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