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1.马来西亚理科大学电气与电子工程学院,高渊 11800,马来西亚
2.智慧城市能源感知与边缘计算湖南省重点实验室(湖南城市学院),湖南省益阳市 413000
3.广东电网有限责任公司中山供电局,广东省中山市 528400
4.湖南汽车工程职业学院,湖南省株洲市 412001
Received:05 September 2021,
Revised:2022-01-28,
Published Online:23 March 2022,
Published:25 August 2022
移动端阅览
苏译,Jiashen TEH,柏智等.考虑不确定性扰动的含海量资源配电网弹性研究综述[J].电力系统自动化,2022,46(16):17-30.
SU Yi,TEH Jiashen,BAI Zhi,et al.Review of Research on Resilience of Distribution Network with Massive Resources Considering Uncertainty Disturbance[J].Automation of Electric Power Systems,2022,46(16):17-30.
苏译,Jiashen TEH,柏智等.考虑不确定性扰动的含海量资源配电网弹性研究综述[J].电力系统自动化,2022,46(16):17-30. DOI: 10.7500/AEPS20210905001.
SU Yi,TEH Jiashen,BAI Zhi,et al.Review of Research on Resilience of Distribution Network with Massive Resources Considering Uncertainty Disturbance[J].Automation of Electric Power Systems,2022,46(16):17-30. DOI: 10.7500/AEPS20210905001.
分布式电源、微电网、储能装置等海量灵活资源接入配电网使得弹性配电网成为可能。然而,上述资源在协同抵御外界冲击、恢复电网正常运行方面的潜力有待进一步挖掘。配电网中
海量资源的时空深度耦合使得其结构与控制日趋复杂,源网荷任意侧的波动都可能引发连锁故障,影响配电网安全运行。为此,文中提出考虑不确定性扰动的含海量资源配电网弹性研究框架,将抵御外部灾害与平抑内部波动纳入研究范畴。首先,拓展配电网弹性内涵,总结配电网现有灵活资源,提出含海量资源高弹性配电网结构并对其特征进行分析;其次,分别从静态拓扑与动态响应角度提出结构弹性指标、系统弹性指标实现定量分析;然后,将不确定性扰动划分为外部冲击与内部波动,并提出配电网弹性研究框架,对其数据基础、理论支撑与弹性提升技术、应用场景进行了详细梳理与讨论;最后,对含海量资源高弹性配电网进行了展望。
The access of massive distributed generators
microgrids
energy storage devices
and other flexible resources to the distribution network makes a resilient distribution network possible. However
the potential of these resources in cooperatively resisting external shocks and restoring the normal operation of the power grid needs to be further explored. The deep spatial-temporal coupling of massive resources makes its structure and control more and more complex in the distribution network. Fluctuations on any side of the source-grid-load can trigger chain failures and affect the safe operation of the distribution network. For this purpose
this paper proposes a resilience research framework for the distribution network with massive resources considering uncertainty disturbances. The framework incorporates resilience to external hazards and suppression of internal fluctuations into the research scope. Firstly
this paper expands the connotation of distribution network resilience
summarizes the existing flexible resources of distribution networks
proposes the structure of a highly resilient distribution network with massive resources
and analyzes its characteristics. Secondly
structural resilience indexes and system resilience indexes are proposed from static topology and dynamic response perspectives respectively to realize quantitative analysis. Then
the uncertainty disturbance is divided into external shocks and internal fluctuations. And the research framework of distribution network resilience is proposed. Its data foundation
theoretical support and resilience enhancement technology
and application scenarios are sorted out and discussed in detail. Finally
an outlook on the highly resilient distribution network with massive resources is presented.
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