光伏发电储能充电一体化应用分析.pdfVIP

  2023年4月25 日第40卷第8期 Telecom Power Technology Apr. 25,2023,Vol.40 No.8 DOI：10.19399/ki.tpt.2023.08.017 设计应用技术 光伏发电储能充电一体化应用分析 李晓琛 （辽宁省市政工程设计研究院有限责任公司 广州分公司，广东 广州 518106 ） 摘要：以光伏发电、储能、充电设施的一体化应用为切入点，对光伏发电的现状及应用场景进行分析，结合不 同的建筑类型及使用场景进行讨论，并对光伏一体化应用的未来发展进行展望。发电储能充电的一体化应用模式， 是新能源界的新型组合。这种模式更强调的是“自发自用”的部分，余电可结合充电设施的使用自储自用，更加灵 活多样，适用于更多的项目应用。 关键词：光伏发电技术；光伏储能；充电桩；建筑电气；技术应用 Analysis of Integrated Application of Photovoltaic Power Generation, Energy Storage, and Charging LI Xiaochen (Guangzhou Branch of Liaoning Municipal Engineering Design and Research Institute Co., Ltd., Guangzhou 518106, China) Abstract: Taking the integrated application of photovoltaic power generation, energy storage and charging facilities as the starting point, the current situation and application scenarios of photovoltaic power generation are analyzed, and different building types and usage scenarios are discussed, and the future development of photovoltaic integrated applications is prospected. The integrated application mode of power generation and energy storage charging is a new combination in the new energy industry. This model emphasizes the “spontaneous self-consumption” part, and the surplus power can be combined with the use of charging facilities for self-storage and self-consumption, which is more flexible and diverse, and is suitable for more project applications. Keywords: photovoltaic power generation technology; photovoltaic energy storage; charging station; building electrical; technological application. 0　引　言 辅助服务功能。光储充一体系统原理如图1 所示。 光伏发电是新能源的一种主要应用，业内提出 监控能量管理系统 光伏发电系统 储能系统 充电站 了“自发自用，余电上网”的理念，但目前大量项目 更多考虑“余电