Commercialisation Strategy of Innovative Modular Wind Turbine

创新模块化风力发电机商业化策略

• 批准号: 10102452
• 金额: $ 6.37万
• 依托单位: GAG414 LIMITED
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2024
• 资助国家: 英国
• 起止时间: 2024 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10102452
• 关键词: Commercialisation; Strategy; Innovative; Modular; Wind

**Problem**The UK Government has a 36GW offshore wind target by 2030, however turbines are currently only available from two EU manufacturers and are reliant on massive installation infrastructure (cranes and jackup barges) of which there is a global vessel shortage. As a result, there is a bottleneck in both supply and installation.The UK is also targeting 60% locally manufactured content, not viable with the current supply chain.Onshore, many sites are suitable for wind generation, but existing turbines don't meet the needs of the landowners. For example, many farmers are interested in microgeneration but don't currently have an affordable option with suitable pay back times to justify the investment.**Solution**Our technology addresses these challenges with an innovative new designs that can be built easily in the UK and deployed easily on or offshore without specialist infrastructure.We aim to start by demonstrating and marketing our concept with a 5kW unit suitable for small landowners. We estimate each 5kW module would produce 11,000kWh p.a. and cost around £25k each (with a single foundation/support structure costing around £15k). The modules can be stacked on the same foundation and so a 4-stack 20kW vertical array would cost c.£115k producing an annual ROI of 9% during 10 year payback (free after). Success of 5KW supports scaleup to offshore 1.5MW module.**Innovation**Benefits are:* Small modules which make bigger turbines can be rapidly developed.* No need for cranes or jack up barges offshore: can be easily built in any UK shipyard onshore and floated to site (offshore version)* Increased availability and reliability (continues generating power in event of module failure).* Reduced environmental impact (20% less material, increased recyclability, at least 20% less non-recyclables).Unlike existing state-of-the-art:* Our innovation is modular and can be stacked to make a large multi-megawatt turbine in a short time frame.* Our technology is the first practical concept to combine a conventional wind turbines with AWEC (kite) systems further reducing environmental impact by 30%.Our patented shroud structure can reduce the moving turbine size by 20%, (it also prevents the kite from entanglement in case of AWEC failure),**Project Approach**We have plans to install our first 5kW demonstration unit in 2025, but we must raise additional investment in order to achieve this (we've already secured £80k match funding). This phase of the project focuses on building the business case and gathering evidence to access further investment.

** 问题 ** 英国政府的目标是到2030年实现36吉瓦的海上风电，但目前只有两家欧盟制造商提供涡轮机，并且依赖于大型安装基础设施（起重机和自升式驳船），全球船舶短缺。因此，在供应和安装方面都存在瓶颈。英国还将60%的本地制造内容作为目标，这在当前的供应链中是不可行的。在陆地上，许多站点适合风力发电，但现有的涡轮机无法满足土地所有者的需求。例如，许多农民对微型发电感兴趣，但目前没有一个负担得起的选择，合适的回报时间来证明投资的合理性。解决方案 ** 我们的技术通过创新的新设计来应对这些挑战，这些设计可以在英国轻松构建，并在没有专业基础设施的情况下轻松部署在海上或海上。我们的目标是通过适合小土地所有者的5 kW机组来展示和营销我们的概念。我们估计每个5 kW模块将产生11，000 kWh p.a.每个成本约为2.5万英镑（单个基础/支撑结构成本约为1.5万英镑）。这些模块可以堆叠在相同的基础上，因此4个堆叠的20千瓦垂直阵列将花费约11.5万英镑，在10年的投资回收期内每年产生9%的投资回报率（之后免费）。5 KW的成功支持了海上1.5MW模块的扩展。**创新 ** 优势在于：* 可以快速开发制造更大涡轮机的小型模块。*无需起重机或海上自升式驳船：可以在任何英国造船厂轻松建造并漂浮到现场（海上版本）* 提高可用性和可靠性（在模块故障时继续发电）。减少对环境的影响（减少20%的材料，提高可回收性，至少减少20%的不可回收物）。与现有的最先进技术不同：* 我们的创新是模块化的，可以在短时间内堆叠成多兆瓦的大型涡轮机。*我们的技术是第一个将传统风力涡轮机与AWEC（风筝）系统结合的联合收割机，进一步减少30%的环境影响。我们的专利护罩结构可以将移动涡轮机尺寸减少20%，（它还可以防止在AWEC故障的情况下风筝缠绕），** 项目方法 ** 我们计划在2025年安装我们的第一台5 kW示范机组，但我们必须筹集额外的投资来实现这一目标（我们已经获得了8万英镑的匹配资金）。该项目的这一阶段侧重于建立商业案例和收集证据，以获得进一步的投资。