THE GROWTH OF DISTRIBUTED GENERATION IN GREAT BRITAIN AND ASSOCIATED CHALLENGES

S. Gordon, C. McGarry, K. Bell
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引用次数: 4

Abstract

Great Britain has reached high penetrations of intermittent Distributed Generation (DG), which has influenced many aspects of power system planning and operation. There has been a lack of technical requirements for DG to provide grid support and for network operators to monitor, control and gather detailed information of DG installations. The work reported in this paper has explored available data sources to provide better visibility of the amount, size and type of DG installed at various locations in the distribution networks and evaluated it alongside whole electricity system trends. Several of the issues associated with a high volume of generation being unobservable and uncontrollable are surveyed and discussed, such as active network management and coordination of transmission and distribution (T & D) networks. Finally, the paper discusses system resilience, emphasising that DG loss-of-mains protection continues to present a threat to system security and DG adds uncertainty to the effectiveness of automatic defence mechanisms. The latter issues were brought into focus following a system disturbance in GB on August 9th, 2019 and are reflected on in this study.
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英国分布式发电的发展及相关挑战
英国的间歇性分布式发电(DG)普及率很高,影响了电力系统规划和运行的许多方面。在提供电网支援方面,以及在网络营办商监察、控制及收集DG装置的详细资料方面,都缺乏技术上的要求。本文中报告的工作探索了可用的数据源,以便更好地了解配电网络中不同位置安装的DG的数量、大小和类型,并根据整个电力系统的趋势对其进行评估。调查和讨论了与不可观测和不可控的大容量发电相关的几个问题,例如主动网络管理和输配电(t&d)网络的协调。最后,本文讨论了系统弹性,强调DG电源丢失保护继续对系统安全构成威胁,DG增加了自动防御机制有效性的不确定性。后一个问题是在2019年8月9日英国发生系统干扰后引起关注的,并在本研究中得到了反映。
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