North Sea Wind Power Hub Feasibility Study: AC and DC Interconnection Comparison (Part III)

K. Shinoda, Boussaad Ismail, A. Bertinato, P. Torwelle, W. L. Garcia, Joris Van Doorn, Jens Peter Kjærgaard, Fitim Kryezi
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引用次数: 1

Abstract

An innovative concept of hub-and-spoke has been proposed by North Sea Wind Power Hub consortium to combine electricity transmission from wind farms to shore with interconnectors. The hub-and-spoke are based on elementary block types in bipolar configuration at rated voltage of 525 kV with dedicated metallic return and are used in association to build the distributed hub scenarios. In this paper, two internal interconnector (II) solutions, namely DC II and AC II, are compared and examined. A focus is placed on a specific part of the given study case of offshore power transmission system in the North Sea, and the impacts associated to the II solutions are evaluated quantitatively in terms of economic indicators, namely CAPEX, OPEX, and TOTEX. Furthermore, the performance of each solution against various disturbances are demonstrated by EMT simulations.
北海风电枢纽可行性研究:交直流互联比较(第三部分)
北海风力发电中心财团提出了一种创新的轮辐式概念,将从风力发电场到岸上的电力传输与互连器结合起来。轮毂和辐条基于额定电压为525 kV的双极配置的基本块类型,具有专用的金属回路,并联合用于构建分布式集线器场景。本文对两种内部互连器(II)解决方案,即DC II和AC II进行了比较和研究。重点放在北海海上输电系统的特定研究案例上,并根据经济指标(即CAPEX、OPEX和TOTEX)定量评估与II解决方案相关的影响。此外,通过EMT仿真验证了每种解决方案对各种干扰的性能。
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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