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Zero Emission Solent Tri Foiler

Zero Emission Solent Tri Foiler
零排放 Solent Tri Foiler
批准号:
10060232
负责人:
金额:
$170.35万
依托单位:
依托单位国家:
英国
项目类别:
Collaborative R&D
财政年份:
2023
资助国家:
英国
项目状态:
未结题
起止时间:
2023 至 --

项目摘要

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中文摘要
翻译
电动汽车的出现表明,这种技术可以为低阻力、中等有效载荷的小型船只提供动力。该项目旨在开发一种电动液压高速三体船,能够在沿海航线上携带多达40人。例如,在索伦特地区考斯到南安普顿,或海特到南安普顿,从而消除交通从道路上。研究表明,迄今为止,一个非常低的阻力,因此低功率要求,三体船箔渡轮有可能达到28节使用两个电动机和相关的电池电源通常用于现代电动家用汽车(2 x 125千瓦电机)。一艘相当于40人的“柴油动力”双体船以25节的速度运行,需要800- 900千瓦的功率。因此,所需的功率是当今柴油动力双体船所需功率的一小部分,并且有可能由零排放电动机提供动力。该项目的愿景是建造一个12米的演示器Tri-Foiler,以证明该概念是可行的,可以在各种天气和海洋条件下运行。电力和箔技术将需要被证明用于漂浮,并评估其是否适合作为预期航道上的快速渡轮。在成功的示范之后,可以开发一艘全尺寸的40名乘客的载客船用于商业运营,这将为渡轮运营商提供一个可行的解决方案,作为零排放的中型渡轮。这可以用在南安普顿水上,最终设计迭代的船只可以出售到更广泛的快速渡轮市场,无论是在英国和国外。
英文摘要
The advent of electric powered cars demonstrates that the technology exists to power low drag, small craft of medium payload. This project looks to develop an electric hydro-foiling high-speed trimaran, capable of carrying up to 40PAX on coastal routes. For example in the Solent region Cowes to Southampton, or Hythe to Southampton, thus removing traffic from the roads.Research shows to date that a very low drag, hence low power requirement, Trimaran Foiling ferry has the potential could reach 28knots using two electric motors and associated battery power as typically used on a modern electric family car (2 x 125kW motors). An equivalent 40 PAX carrying 'diesel powered' catamaran operating at 25 knots requires 800-900kW of power. Thus, the required power is a fraction of that required by today's diesel powered catamarans, and has the potential to be powered by zero emission electric motors.The vision for this project is to build a 12m demonstrator Tri-Foiler to prove that the concept is viable and can operate in a range of weather and sea conditions. The electrical and foiling technology will need to be proven for use afloat and evaluated for suitability as a fast ferry on the intended waterway.Following succesfull demonstration, a full-size 40 passenger carrying vessel can be developed for commercial operation which will provide a viable solution for ferry operators as a zero-emission medium size ferry. This could be used on Southampton water and eventually design iterations of the vessel can sold into the wider fast ferry market, both in the UK and abroad.
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