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Feasibility study and design of an ocean wave power generation station integrated with a decommissioned offshore oil platform in UK waters

机译:在英国水域与退役的海上石油平台相结合的海浪发电站的可行性研究和设计

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摘要

Wave energy exploits the movement of the wind across the surface of the sea to provide an inexhaustible, carbon-free energy source for electricity generation. This can potentially provide a significant contribution to electricity generation supply in the UK, meeting up to 20% of the UK’s electricity demand. This represents 30-50 MW capacity of electrical energy by 2020, and potentially 27 GW by 2050 as technology within the industry develops and matures. Studies show that developing marine energy resources in the UK can save 60 metric tons of carbon dioxide by 2025 and aid in the UK meeting 20-20-20 renewable energy objectives. In this paper the design of a wave power station integrated with a decommissioned offshore oil platform is proposed. This approach provides ideal conditions for the exploitation of wave energy for electricity generation. It not only saves the cost of decommissioning but also provides the offshore oil platform with new life, generating electrical energy from an inexhaustible source. The objective of this work was to conduct an extensive feasibility study to develop a proof of concept design for wave energy generation integrated with an offshore oil platform.
机译:波浪能利用风在海面的运动来提供无穷无尽的无碳能源来发电。这有可能为英国的发电供应做出重大贡献,满足英国20%的电力需求。到2020年,这将代表30-50兆瓦的电能容量,随着行业技术的发展和成熟,到2050年,这一数字可能达到27吉瓦。研究表明,到2025年,在英国开发海洋能源资源可以节省60吨二氧化碳,并为达到20-20-20可再生能源目标的英国提供帮助。本文提出了一种与退役海上石油平台集成的波浪电站的设计。这种方法为利用波浪能发电提供了理想的条件。它不仅节省了退役成本,而且还为海上石油平台提供了新的生命,并从不竭的能源中产生电能。这项工作的目的是进行广泛的可行性研究,以开发与海上石油平台集成的波浪能发电的概念设计证明。

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