Vertical Solar Stations - The best equipment power solution in the world | Global Patent Application, UK IP
Vertical Solar Stations - The best equipment power solution in the world | Global Patent Application, UK IP
批准号:
10103222
负责人:
金额:
$6.37万
依托单位:
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
项目状态:
未结题
起止时间:
2024 至 --
中文摘要
LAZERTHRUST有限公司是一家海洋技术开发公司,由于过去5年前所未有的全球破坏,该公司必须多元化发展可再生能源解决方案。我们的开发方法将工程知识和新的制造技术应用于产品管理层面,以解决难题(我们的核心目标是开发3D打印超空泡船舶,可以在2小时内从诺里奇行驶到阿姆斯特丹,无需储存能量)。我们的方法旨在产生真正独特的创新。我们越来越多地看到这种非常规的方法有效,因此在海洋和可再生能源技术中,我们正在建立产品的现有知识产权很少。在2018年为水务公司建立了成功的循环批量生产3D打印能力,并在完全没有海洋休闲市场的情况下寻找一些坚实的基础,我们在COVID封锁初期遇到了一家大型水务公司,并遇到了一个独特的问题。他们需要在供水网络的边缘为设备供电,在那里提供电力来提高水压以符合规定既困难又昂贵。由于不存在技术解决方案,巨额罚款往往被认为是两害相权取其轻。利用我们将新技术和工程知识应用于难题的方法,我们利用垂直和水平太阳能电池板的组合来形成给定设备外壳的所有主要外表面,从而合理地解决了电力输送问题;在能量最有价值的时候(冬季)最大化间接太阳辐射,以可能的夏季最大值的5-10%为代价。该解决方案已经在现场进行了原型设计、开发和实施,并且表现得比预期的要好,为不断增长的垂直太阳能站全年性能数据集提供了基础,同时也为不断增长的英国公用事业部署足迹提供了基础。垂直太阳能站技术方法目前正在英国申请专利,与传统的可再生能源架构相比,它具有关键优势:在相同的地面足迹下,发电量是传统可再生能源的三倍。*改善和一致的冬季性能。*允许您安全,电源和保护封闭设备。我们提议的这个项目为我们提供了基础,既可以通过全球专利申请的形式增强我们宝贵的知识产权,并提供支持搜索,也可以开发一个垂直太阳能站的具体实施方案,以满足我们既方便又接近的市场需求。
英文摘要
LAZERTHRUST Limited is a Marine Technology development company that has necessarily diversified in to renewable energy solutions as a consequence of the last 5 years unprecedented global disruption.Our development approach applies engineering ignorance and new manufacturing technology, at a product management level, to difficult problems (Our core objective is to develop a 3D Printed Supercavitating Marine Craft that can travel from Norwich to Amsterdam in 2 hours on no stored energy).Our approach is designed to produce genuinely unique Innovation.Increasingly we are seeing this unconventional approach works and consequently in both Marine and Renewable Energy technology, pre-existing IP is sparse where we are establishing products.Having stood up a successful, circular volume production 3D printing capability serving Water Utilities in 2018 and looking for some solid ground in the complete absence of a marine leisure market we were approached by a major water utility early in to COVID lockdowns with a unique problem.They needed to power equipment at the edge of their water network where it was difficult and expensive to provision power to boost water pressure to comply with regulations. A large fine was frequently accepted as the lesser of two evils as a technology solution did not exist.Using our approach of applying new technology and engineering ignorance to difficult problems, we rationalised a solution to power delivery using a combination of Vertical and Horizontal Solar panels forming all major outer faces of a given equipment enclosure; maximising indirect solar radiation at a time the energy was most valuable (winter) at the cost of 5-10% of possible summer maximums.This solution has been prototyped, developed and implemented in the field and performed better than expected, providing the basis for what is a growing data set on the year round performance of Vertical Solar Stations with a growing UK Utility deployment footprint.The Vertical Solar Station technology approach is now Patent Pending in the UK and has key advantages over conventional renewables architectures:* 3x the energy yield in the same ground footprint.* Improved and Consistent winter performance.* Allows you to secure, power and protect enclosed equipment.The project we propose provides the basis to both enhance our valuable IP in the form of a Global Patent application with supporting searches as well as developing a specific embodiment of a Vertical Solar Station to service a market need for which we have both good access and proximity.
期刊论文(0)
专著(0)
科研奖励(0)
会议论文
国内基金
海外基金
基于“夸父一号”HXI载荷和Solar Orbiter /STIX的耀斑X射线暴多视角观测及研究
-
批准号:12303063
-
项目类别:青年科学基金项目
-
资助金额:30万元
-
批准年份:2023
-
负责人:夏凡小雨
-
依托单位: