The restoration field tests in Sardinian network involving HVDC, synchronous condensers and hydraulic power plant

L. Michi, E. Carlini, T. B. Scirocco, G. Bruno, R. Gnudi, C. Pisani, M. Salvetti, D. Macalli
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Abstract

This paper describes the studies performed by Italian TSO Terna, together with CESI, about feasibility of power system restoration strategies including HVDC links. The recent European Regulations ask for the design and implementation of proper restoration plans, considering all the generation, load capabilities and network characteristics. In the Italian power system, Sardinian network relies on several restoration paths. Indeed, the island is also connected to Italian peninsula through two HVDCs, SA.PE.I and SA.CO.I, the last of which is also a multi-terminal link connecting French island of Corsica. In light of this scenario, the paper firstly presents the outcomes of the preparatory investigations and later provides the results of five major restoration tests, performed between 2015 and 2017. Future trends in a context of continuous restoration plan update are also provided
在撒丁岛电网进行了涉及高压直流、同步冷凝器和水力发电厂的修复现场试验
本文介绍了意大利TSO Terna和CESI对包括高压直流线路在内的电力系统恢复策略可行性的研究。最近的欧洲法规要求设计和实施适当的恢复计划,考虑到所有的发电、负载能力和网络特性。在意大利电力系统中,撒丁岛电网依赖于几条恢复路径。事实上,该岛还通过两个hvdc, SA.PE.I和SA.CO与意大利半岛相连。最后一条也是连接法属科西嘉岛的多终端线路。鉴于这种情况,本文首先介绍了准备调查的结果,然后提供了2015年至2017年间进行的五次主要恢复试验的结果。还提供了在持续恢复计划更新的背景下的未来趋势
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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