海上风电场支持现有电厂案例研究:黎巴嫩的黎波里的Deir Ammar电厂

Omar Al-Kaaki, Elio Salameh, A. Assi, Mohammad Arnaout, Wassim Salameh
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引用次数: 2

摘要

黎巴嫩电力系统的现状需要紧急解决。黎巴嫩的电力短缺,主要表现为每天停电(减载),其主要原因是发电能力不足,已成为黎巴嫩无法忍受的事件。鉴于此,可再生能源技术成为合适的解决办法,因为黎巴嫩已证明具有显著的可再生能源潜力,包括重要的平均风速、活跃的水资源、高日太阳辐照度和出色的地热资源。在本文中,提出了一种新的创新解决方案,以提高现有黎巴嫩火力发电厂(Deir Ammar)的发电能力。它位于黎巴嫩北部,将由一个海上风力发电场支持。该方案利用了发电厂旁边的闲置面积,利用了较高的平均风速,并显著提高了现有火电厂的兆瓦级,具有很好的可行性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Offshore Wind Farms to Support Existing Power Plants Case Study: Deir Ammar Power Plant, Tripoli, Lebanon
The current status of the Lebanese electricity system necessitates an urgent solution. Lebanon’s power shortage, manifested in the daily power outages (load shedding), and whose main cause is the insufficient power generation capacity, has become an unbearable event in Lebanon. In view of that, renewable energy technologies emerge as the suitable solution, since Lebanon proves to have a notable renewable energy potential including an important average wind speed, active water resources, high daily solar irradiance, and outstanding geothermal resources. In this paper, a new innovative solution has been proposed to improve the power generation capacity of an existing Lebanese thermal power plant (Deir Ammar). Which is located in northern Lebanon, it is to be supported with an offshore wind farm. This proposal has good potential to be feasible since it utilizes the unused area next to the power plant, exploits the high average wind speed, and provides a notable boost in MW rating of the existing thermal power plant.
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