Analysis of the plant and operational requirements for the design of a flexible and new generation LCC HVDC system: the Sa.Co.I 3 technology case

A. Battaglia, L. Buono, R. De Zan, E. Di Bartolomeo, M. Marzinotto, F. Palone, M. Pazienza, F. Pede, L. Michi, E. Carlini, T. B. Scirocco, G. Bruno, R. Gnudi, G. Pecoraro, C. Pisani
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引用次数: 1

Abstract

The SA.CO.I 2 HVDC link, connecting Sardinia, Corsica and Italian mainland, was the first multi-terminal scheme to enter in operation in Europe; after 30 year of operation it is still the only multi-terminal link in ENTOSE network. In order to face the new challenges of renewable energy integration, Terna and EDF are going to refurbish and upgrade the existing link. Low short circuit power and inertia, as well as fast recovery after dc-line fault are some of the main issues to be overcome. The paper deals with the preliminary studies on Sa.Co.I 3 project, aimed at identifying the required link performances and technological solutions.
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分析设计灵活的新一代LCC高压直流系统的电厂和运行要求:Sa.Co.I . 3技术案例
连接撒丁岛、科西嘉岛和意大利大陆的SA.CO.I . 2高压直流输电线路是第一个在欧洲投入运营的多终端方案;经过30年的运营,它仍然是ENTOSE网络中唯一的多终端链路。为了应对可再生能源整合的新挑战,Terna和EDF将对现有的线路进行翻新和升级。低短路功率和惯性,以及直流线路故障后的快速恢复是需要克服的主要问题。本文对Sa.Co.I . 3项目进行了初步研究,旨在确定所需的链路性能和技术解决方案。
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