Net-Zero Windfarm O&M with Hydrogen-Electric Marine Propulsion Drivetrains
Net-Zero Windfarm O&M with Hydrogen-Electric Marine Propulsion Drivetrains
批准号:
10056938
负责人:
金额:
$39.23万
依托单位:
依托单位国家:
英国
项目类别:
Launchpad
财政年份:
2023
资助国家:
英国
项目状态:
已结题
起止时间:
2023 至 --
中文摘要
Net-Zero Windfield O&M与氢电船舶推进动力传动系统项目合作者将在Tees ValleyDuoDrive项目中实现有意义的零排放船舶推进创新,该项目的总部设在Tees山谷,在Tees山谷的氢运输枢纽示范阶段的帮助下开发了电力驱动高效对转船舶推进的示范。Steamology,项目合作伙伴,提供可扩展和模块化的电力解决方案,拥抱氢经济,消除排放,取代化石燃料和化石燃料发动机。零排放高扭矩涡轮机,“插入式”柴油发动机替代产品,动力装置提供能量密集、经济高效、寿命长的机械、电气或混合动力,从250kW-MW规模。离岸可再生能源弹射器(ORE)是英国领先的离岸可再生能源技术创新和研究中心,拥有超过200人的团队,在Tees Valley有相当多的基础知识和对风电场O&M海上作业的了解。这个为期9个月的项目获得了迅速发展的海上船员转移船(CTV)行业的支持信:苏格兰电力可再生能源公司,定位于可再生能源行业的前沿,专注于在英国市场交付涉及支持海上作业和CTV的项目。AMC--铝海洋咨询公司,领先的可持续创新和CTV建设分包合同包括在将氢气整合到海洋应用中的监管挑战方面的DNV合规和认证专家这个净零氢电船舶推进项目将通过创新活动将知识商业化,并导致对研究和创新的更多投资,有助于增长商业活动并在以三通山谷为中心的净零集群产生经济影响。该项目专注于氢气、近海工程和循环经济的特定主题,包括使能主题、监管框架、技能要求和协作建设,并将已经处于先进技术准备水平的零排放传动技术联合起来,向市场展示技术、蒸汽学零排放蒸汽轮机发电与高效双驱动反向旋转推进相结合的认证和商业可行性应用于净零排放船舶推进的离岸可再生产业利用三通山谷的工业技能和基础设施项目目标由具有核心技能和经验的合作者共享的6个工作包提供,以展示:*零排放蒸汽轮机电力推进能力,以在250kW-1 MW功率范围内脱碳柴油动力船舶应用*评估机械和电气传动系统之间的CTV传动系统的整体效率*零排放氢动力CTV车队的认证、合规性、集成和运营的商业模式
英文摘要
Net-Zero Windfarm O&M with Hydrogen-Electric Marine Propulsion Drivetrains project collaborators will realise meaningful zero-emission marine propulsion innovation in the Tees ValleyDuodrive are project lead, based in Tees Valley with demonstrators of electric drive high efficiency contra-rotating marine propulsion developed with the assistance of the Tees Valley based, Hydrogen Transport Hub Demonstration Phase1\. Steamology, project partners, deliver scalable and modular power solutions, embracing the hydrogen economy, eliminating emissions, replacing fossil fuels and fossil fuel engines. Zero-emission high torque turbines, 'drop-in' diesel engine replacement, power units deliver energy-dense, cost-effective, long-lived mechanical, electrical or hybrid power from 250kW-MWscale. The Offshore Renewable Energy Catapult (ORE) are the UK's leading technology innovation and research centre for Offshore Renewable Energy, a team of over 200, a considerable presence in the Tees Valley with essential knowledge and understanding of Windfarm O&M maritime operations.The 9-month project has letters of support from the rapidly expanding maritime Crew Transfer Vessel (CTV) industry:Scottish Power Renewables, positioned at the forefront of the renewable energy industry, focused on the delivery of projects in the UK market involving the support of maritime operations and CTVs.AMC -- Aluminium Marine Consultants, leading sustainable innovations & CTV constructionSubcontract include DNV compliance and certification experts in the regulatory challenges of integrating hydrogen into marine applicationsThis Net-Zero Hydrogen-Electric Marine Propulsion project will commercialise knowledge through innovation activities, and lead to increased investment into research and innovation contributing to growing business activities and generating economic impact in the net zero cluster centred on Tees Valley.The project focuses on specific themes of hydrogen, offshore engineering and the circular economy, embracing the enabling themes of, regulatory framework, skills requirement and collaboration building and unites a zero-emission driveline technology already at an advanced Technology Readiness Level to demonstrate to the market the technical, certification and commercial viability of Steamology zero emission steam turbine electric generation combined with high efficiency Duodrive contrarotating propulsion for application to a net zero marine propulsion requirements of the Offshore Renewable industry utilising the industrial skills and infrastructure of the Tees ValleyProject objectives delivered across 6 work packages shared between collaborators with the core skills and experience to demonstrate:* capability of zero-emission steam turbine electric propulsion to decarbonise diesel-powered marine applications in the 250kW-1MW power range* assessment of overall efficiency of CTV drivelines between mechanical and electrical drivelines* certification, compliance, commercial model of integration and operation of zero-emission hydrogen-powered CTV fleet
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国内基金
海外基金
zero-Hopf系统的正规形和分岔
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批准号:12301187
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项目类别:青年科学基金项目
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资助金额:30万元
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批准年份:2023
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负责人:史绍文
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依托单位: