摘要
微网能量管理系统作为微网分布式设备集成管理的重要手段,是保障微网高效稳定运行的核心支撑技术。首先,概述了微网能量管理系统的软硬件架构;其次,分析了传统微网能量管理系统及其在工程实践背景下的应用挑战与局限性;进一步,介绍了全链路可组态的微网嵌入式能量管理系统;最后,结合孤岛微网、台区微网和园区微网典型工程,介绍了微网嵌入式能量管理系统通过全链路组态技术应对不同场景控制目标的工程实践,验证了其有效性和适应性。
The energy management system(EMS)of a microgrid,as a key tool for integrated management of distributed devices,serves as the core technology enabling efficient and stable microgrid operation.Firstly,the hardware and software architecture of microgrid EMS are summarized.Secondly,the challenges and limitations of the conventional microgrid EMS in engineering practice are analyzed.Further,the full-link configurable embedded microgrid EMS is introduced.Finally,case studies on islanded microgrids,distribution station area microgrids and campus microgrids demonstrate how the embedded EMS achieves scenariospecific control objectives via full-link configuration technology,validating its effectiveness and adaptability.
作者
董树锋
李栋梁
葛明阳
DONG Shufeng;LI Dongliang;GE Mingyang(College of Electrical Engineering,Zhejiang University,Hangzhou 310027,China)
出处
《电力系统自动化》
北大核心
2025年第24期171-182,共12页
Automation of Electric Power Systems
基金
国家自然科学基金联合基金资助项目(U24B2083)。
关键词
微网
能量管理系统
台区
软件架构
硬件架构
全链路组态
工程实践
microgrid
energy management system
station area
software architecture
hardware architecture
full-link configuration
engineering practice
