加强地中海地区输电系统的技术前景和电力系统发展机遇

Peter Lundberg, Alberto Persico, M. Monge, Andrea Grondona, Arman Derviškadić, E. Carlini, T. B. Scirocco, Domenico Iorio, A. Urbanelli
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引用次数: 0

摘要

用分布式可再生能源发电取代传统的火轮发电机组,将降低整个系统的惯性,降低整个系统的可调度性。为了保持与现有电网相同的安全性和可控性,尽管间歇性可再生能源发电所占的份额越来越大,但仍有必要实施解决方案,以提高电力供应的可靠性和安全性。本文将介绍技术前景,包括电网发展规划的挑战和机遇,同时考虑到一家知名输电公用事业公司、HVDC输电和FACTS技术供应商的观点。会议的主要焦点将是介绍高压直流输电技术的最新发展,以及对传统fact技术的可能改进,以支持有功和无功控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Technology outlook and power system development opportunities to strengthen the Transmission System in the Mediterranean region
The replacement of traditional thermal turbine generators with distributed RES generation will diminish the overall system inertia and reduce the overall system's dispatchability. In order to maintain the same security and controllability as in existing electrical power grids, it will be necessary the implementation of solutions to increase the reliability and security of power supply despite the growing share of electricity being generated from intermittent RES. In this paper a technology outlook will be presented including challenges and opportunities for grid development planning taking into consideration the perspective of a high standing transmission utility and an HVDC transmission and FACTS technologies supplier. The main focus will be to present the recent developments in the HVDC technology and possible enhancement opportunities to the traditional FACTS technologies to support active and reactive power control.
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