Advantageous positions for HVDC terminals in Europe

D. Echternacht, Daniel Heuberger, C. Breuer, C. Linnemann, A. Moser
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引用次数: 5

Abstract

A rising penetration of renewable energies and the resulting changes in the generation system render extensive grid reinforcements throughout Europe inevitable. Up till now grid reinforcements are mostly done using HVAC technology but for future extensions as for example in Germany HVDC technology is on the rise. To optimally integrate these future HVDC links into the existing AC networks the terminal positions have to be chosen wisely to mitigate grid congestions. This paper presents an approach to identify optimal terminal positions based on two technical criterions. To demonstrate the effectiveness the presented methodology is applied on a European grid model in a prospective scenario for the year 2022.
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欧洲高压直流终端的优势地位
可再生能源的日益普及以及由此产生的发电系统的变化使整个欧洲的电网不可避免地得到了广泛的加强。到目前为止,电网加固主要是使用暖通空调技术完成的,但对于未来的扩展,例如德国的HVDC技术正在兴起。为了将这些未来的高压直流连接最佳地整合到现有的交流网络中,必须明智地选择终端位置,以减轻电网拥堵。本文提出了一种基于两个技术准则的最佳终端位置识别方法。为了证明所提出的方法的有效性,在2022年的预期情景中,将其应用于欧洲电网模型。
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