首页|新型配电系统形态演化与安全高效运行方法综述

新型配电系统形态演化与安全高效运行方法综述

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配电网是实现能源转型的重要支撑点,"双碳"目标驱动的配电网将发生重大变革,已快速从被动配送网络向主动平衡区域电力供需、支撑能源综合利用的资源配置平台转变,呈现更强的"系统化"特征,即从配电网向配电系统转变.在此背景下,该文首先从形态演化路径、多维度耦合关系以及核心研究手段 3个维度梳理总结相关研究,并初步提出新型配电系统未来演化规律与演进方向构想.然后,对新型配电系统演进过程中涉及到的关键技术,即故障保护与自愈技术、振荡分析与抑制技术、系统稳定控制技术与协同调度技术进行了总结与讨论,并进一步通过分析关键技术在典型案例中的应用明确了现阶段技术现状与未来需求的差距.最后,对新型配电系统相关技术未来发展方向提出了展望.
Review of Basic Theory and Methods of Morphological Evolution and Safe&Efficient Operation of New Distribution System
The distribution network is an important support point for energy transformation.The distribution network driven by the"carbon emissions peak and carbon neutrality"goal will undergo major changes,and it has rapidly changed from a passive distribution network to a resource allocation platform that actively balances regional power supply and demand and supports comprehensive energy utilization,showing a stronger feature of systematic,that is,from distribution network to distribution system.We first summarized the relevant research from three dimensions,namely,morphological evolution path,multi-dimensional coupling relationship,and core research methods,and preliminarily put forward the fu-ture evolution law and evolution direction of the new distribution system.Then,we summarized and discussed the key technologies involved in the evolution process of the new distribution system,namely,fault protection and self-healing technology,oscillation analysis and suppression technology,system stability control technology and collaborative sched-uling technology.Furthermore,by analyzing the application of key technologies in typical cases,the gap between the current technical status and future needs is clarified.Finally,the future development direction of the new distribution sys-tem related technology is presented.

new distribution systemdistributed resourcessource-network-load-storagemorphological evolutionfault and protectionoscillationcoordinated dispatch and control

盛万兴、刘科研、李昭、白牧可、贾东梨

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中国电力科学研究院有限公司,北京 100192

新型配电系统 分布式资源 源网荷储 形态演化 故障与保护 振荡 协调调控

国家自然科学基金联合基金重大集成项目

U23B6007

2024

高电压技术
中国电力科学研究院 中国电机工程学会

高电压技术

CSTPCD北大核心
影响因子:2.32
ISSN:1003-6520
年,卷(期):2024.50(1)
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