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A Wind-Hydro-Pumped Storage Station Leading to High RES Penetration in the Autonomous Island System of Ikaria

机译:在伊卡里亚自治岛系统中导致高RES渗透率的风水泵存储站

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摘要

Pumped storage is generally viewed as the most promising technology to increase renewable energy source penetration levels in power systems and particularly in small autonomous island grids, where technical limitations are imposed by the conventional generating units. The Hybrid Power Station (HPS) of Ikaria Island, Greece, which is currently in the construction stage, will be one of the first wind-hydro-pumped-storage hybrid stations in the world. In this paper, the HPS is described and a suitable operating policy is introduced, both for the HPS and the overall generation system of Ikaria, taking into consideration the existing regulatory framework for HPS in isolated island grids. Based on the proposed policy, the operation of the Ikaria Island system is simulated on an annual basis, in order to quantify the expected benefits from the operation of the HPS.
机译:抽水蓄能通常被认为是提高可再生能源在电力系统中渗透率的最有前途的技术,特别是在小型自主岛状电网中,传统发电装置在技术上存在局限性。希腊Ikaria岛的混合动力电站(HPS)目前正处于建设阶段,它将成为世界上最早的风水泵蓄能混合电站之一。本文介绍了HPS,并介绍了适用于HPS和Ikaria整个发电系统的HPS,同时考虑了隔离岛电网中HPS的现有监管框架。根据提议的政策,每年模拟Ikaria岛系统的运行情况,以量化HPS运行的预期收益。

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