Review on Floating Offshore Wind Turbines

Shweta Jodha, Vibha Dinesh Sharma, Arundhathi Arul
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引用次数: 1

Abstract

This paper provides a literature review of the research work done on floating offshore wind turbines, while discussing their technical, economic and environmental aspects. Through this study, research work in this technology is reviewed and future work recommendations are suggested. Centuries before, wind energy paved our way into the vast oceans. Its efficient utilization in the form of sails, helped us conquer the oceans with ships. Unfortunately, wind energy lost its charm in the oil era. But now as we realign our priorities for a greener future, wind energy is yet again turning out to be a reliable energy source. It can be our tool to shift to a cleaner energy supply and realize global renewable energy targets. To make the fossil-to-wind transition possible, the innovative concept of floating offshore wind energy is providing a sophisticated mechanism to harness the wind energy exponentially and will definitely help the mankind to reinforce a sustainable grip on the oceans once again. Floating wind turbines present an economical and technically feasible approach to access the deeper water sites to obtain the rich resource of wind power. Therefore, they have the potential to be the next generation of wind technology. With the installed floating wind power capacity to increase to 250 GW by 2050 (DNV GL Report- Floating Wind: The Power to Commercialize, 2020)[23], it is safe to say, the future is floating.
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浮式海上风力发电机研究进展
本文对浮式海上风力发电机的研究工作进行了文献综述,同时对其技术、经济和环境方面进行了讨论。通过本文的研究,对该技术的研究工作进行了回顾,并对今后的工作提出了建议。几个世纪前,风能为我们进入浩瀚的海洋铺平了道路。它以帆的形式被有效利用,帮助我们用船征服了海洋。不幸的是,风能在石油时代失去了魅力。但是现在,当我们为更绿色的未来重新调整我们的优先事项时,风能再次成为一种可靠的能源。它可以成为我们转向清洁能源供应和实现全球可再生能源目标的工具。为了使化石向风能的转变成为可能,浮动海上风能的创新概念提供了一种复杂的机制,以指数方式利用风能,肯定会帮助人类再次加强对海洋的可持续控制。漂浮式风力涡轮机是一种经济、技术上可行的方法,可以进入较深的水域,获取丰富的风力资源。因此,它们有潜力成为下一代风能技术。到2050年,浮动式风电装机容量将增加到250吉瓦(DNV GL报告-浮动式风电:商业化的力量,2020年)[23],可以肯定地说,未来是浮动的。
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