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机构地区:[1]东南大学电气工程学院,南京
出 处:《电气工程》2014年第2期31-37,共7页Journal of Electrical Engineering
摘 要:虚拟电厂将多个分布式电源、储能装置和负荷等分布式单元通过先进的通信技术和控制策略有效集成为可控的独立发电厂,以规模化的手段有效解决分布式电源并网的控制调度问题。本文分别从信息交互架构、运行管理架构、辅助服务、优化调度等方面对虚拟电厂进行了全面综述并深入探究了虚拟电厂能量管理优化调度问题。对虚拟电厂优化调度问题主要从优化模型中的优化目标、调度周期以及虚拟电厂内不确定性因素的处理3个方面进行了详细分析。文章最后还指出对虚拟电厂组织构成、调度管理、运行控制等各方面的研究仍待深入探索,形成可实用化的理论框架。Virtual Power Plant integrated largenumbers of distributed generations, energy storage devices and loads into a controllable independent powerplant by advanced communication technolo- gies and control strategies. Itcan solve the control and dispatch problems of distributedgenerations connecting to network effectively by a series of large-scale means.In this paper, we made a comprehensive review on virtual power plant from theaspects of information exchange architectures, operation and managementstructures, ancillary services and optimal scheduling respectively as well asexplored the energy management optimization scheduling problems of virtualpower plant deeply. For the optimal scheduling problems, we analyzed in detailmainly from three aspects of optimization goals, scheduling periods and theuncertainties in virtual power plant. Finally, some suggestions are given forfurther studies of virtual power plant on organizational structure, scheduling management, operationalcontrol and so on, so as to form a practical theoretical framework.
分 类 号:TM7[电气工程—电力系统及自动化]
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