Renewable sources integration using HVDC in parallel to AC traditional system: the Adriatic project

M. Migliori, S. Lauria, L. Michi, G. Donnini, B. Aluisio, C. Vergine
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引用次数: 6

Abstract

Along the Adriatic coast, the Italian transmission system consists of a single 400 kV North-South Line. This limits the power transfer capacity between the Center North and Center South market zones and with the risk of overload in case of high renewable generation in Southern Italy. The year 2019 Network Development Plan foresaw the installation of a submarine High Voltage Direct Current (HVDC) line between the Fano (Center North) and Villanova (Center South) substations, in order to overcome environmental and social constrains and allow a full integration of Southern renewable sources. This paper presents an evaluation of the operating limits of a specific portion of the Adriatic 400 kV backbone, both in its current configuration and after the installation of the new HVDC link.
利用高压直流并联交流传统系统的可再生能源整合:亚得里亚海项目
沿着亚得里亚海海岸,意大利的输电系统由一条400千伏的南北线路组成。这限制了中北部和中南部市场区域之间的电力传输能力,并且在意大利南部高可再生能源发电的情况下存在过载风险。2019年网络发展计划预计在Fano(中北部)和Villanova(中南部)变电站之间安装海底高压直流(HVDC)线路,以克服环境和社会限制,并允许南部可再生能源的全面整合。本文对亚得里亚海400千伏主干网某一特定部分的运行极限进行了评估,包括其当前配置和安装新的高压直流线路后的运行极限。
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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