PlusZero Hydrogen Combined Heat and Power
PlusZero Hydrogen Combined Heat and Power
批准号:
10045012
负责人:
金额:
$5.5万
依托单位:
依托单位国家:
英国
项目类别:
Grant for R&D
财政年份:
2022
资助国家:
英国
项目状态:
已结题
起止时间:
2022 至 --
中文摘要
PlusZero的创新专注于为我们的便携式清洁发电机解决方案开发额外和新颖的空间加热功能,这将使系统的整体能效提高一倍以上。当我们的便携式电力解决方案部署后,这反过来将使同等数量的绿色氢气燃料实现的碳节省量翻一番。虽然热电联产是一项成熟的技术,适用于更大规模的永久性设施,用于为医院等建筑供电和供暖,但从来没有在便携式基础上做到这一点。PlusZero提供氢动力内燃机发电机,作为柴油发电机的无碳、清洁便携式电源替代品。我们的发电机已经在包括爱丁堡国际音乐节、COP26、爱丁堡城堡和2022年HebCelt音乐节在内的一系列知名活动中成功展示,但也可以用于许多其他行业,包括建筑、电影和电视制作以及备用发电。我们的发电机将氢燃料40%的能量转化为电能。其中60%的能量是通过热量损失的。我们的创新旨在捕捉发电机的热损失,并利用它来满足客户现场对空间供暖的需求。这项创新将使我们能够在特定地点满足客户对电力和空间供暖的需求,并在部署我们的解决方案时提高每公斤绿色氢气的能效。
英文摘要
PlusZero's innovation is focussed on the development of additional and novel space heating functionality to our portable clean power generator solution that would more than double the overall energy efficiency of the system. This would in turn double the amount of carbon savings achievable from the same amount of green-hydrogen fuel when our portable power solution is deployed. While combined heat and power is a well-established technology for larger scale, permanent installations used to power and heat buildings such as hospitals, it has never been done on a portable basis.PlusZero provides hydrogen powered combustion engine generators as a carbon-free, clean portable power alternative to diesel generators. Our generators have already been successfully demonstrated at a range of high profile events including Edinburgh International Festival, COP26, Edinburgh Castle and the 2022 HebCelt music festival, but can also be used in numerous other sectors including construction, film and TV production and back-up power generation. Our generators convert 40% of the hydrogen fuel's energy into electricity. 60% of this energy is lost through heat. Our innovation seeks to capture the heat loss from our generators and use it to meet the demand for space heating at our customer's site. This innovation would allow us to decarbonise our customers requirements for both power and space heating at a given site and increase the energy efficiency of each kilogram of green hydrogen used when deploying our solution.
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