Electric generator engine to support Electric Vehicle recharge solution
Electric generator engine to support Electric Vehicle recharge solution
批准号:
84907
负责人:
金额:
$11.62万
依托单位国家:
英国
项目类别:
Collaborative R&D
财政年份:
2020
资助国家:
英国
项目状态:
已结题
起止时间:
2020 至 --
中文摘要
吉布森科技是世界领先的高性能赛车发动机制造商,致力于提供卓越的质量和创新的工程解决方案。吉布森在设计、开发和制造包括发动机、电气驱动和电子系统在内的赛车系统方面,以其卓越的性能和可靠性赢得了全球声誉。吉布森在为全球客户和赛车系列解决复杂的工程挑战方面的经验已经发展成为令人羡慕的记录,这可以归功于其高度熟练和敬业的员工队伍,随着英国政府的净零碳排放目标和汽车行业向电气化方向发展,吉布森一直在寻求多元化发展,以保护其未来。利用他们的专业知识和技能,吉布森将利用其现有的能力,设计,开发和制造一系列便携式,重量轻,高功率的先进发电机的应用,包括离网电动汽车充电。吉布森以前已经开发了一个概念发电机的验证重量只有40公斤,产生10千瓦的功率。吉布森相信,进一步的机械化是可能的,以生产一个发电机重量只有30公斤。这种高效便携式发电机将比目前市场上的任何其他产品都更紧凑、重量更轻、功率密度更高。吉布森已经进行了广泛的市场研究,以充分了解其便携式发电机的潜在应用。由于政府立法和公众舆论,该产品的市场和需求正在增加,特别是路边回收行业需要一种解决方案来为受损的电动汽车(EV)充电。吉布森已经确定了其他市场,其中包括为危机应对小组发电,国内电力用于电网中断和军事应用。路边恢复服务目前没有轻型解决方案来产生为电动汽车充电所需的电力,并且通常使用平板卡车将它们运走。开发发电机发动机方面的项目的启动受到了新冠肺炎的影响,19大流行及随后的封锁。在封锁期间,为吉布森提供收入来源的赛车比赛要么被取消,要么被重新安排到今年晚些时候,影响了收入,并导致员工被解雇。可持续创新基金将允许吉布森启动发动机项目,并完成他们的第一台发电机,为路边回收公司和电动汽车司机提供一个解决方案,为受损的电动汽车充电。该解决方案将支持英国政府的净零碳排放目标,减少使用平板卡车造成的碳排放,并减少潜在买家的里程焦虑,支持电动汽车销量的增加。
英文摘要
Gibson Technology is a world leading manufacturer of high performance racing engines, dedicated to delivering exceptional quality and innovative engineering solutions. Gibson has created a global reputation for excellence in both performance and reliability in designing, developing and manufacturing race systems encompassing engines, electrical drives and electronic systems.Gibson's experience has developed into an enviable track record in solving complex engineering challenges for customers and race series worldwide and can be attributed to its highly skilled and committed workforce, with many years of experience at the highest levels of motorsport.Following the UK Government's Net-Zero carbon emissions target and the automotive industry move towards electrification, Gibson has sought to diversify to protect its future. Capitalising on their expertise and skills, Gibson will leverage its existing capabilities to design, development and manufacture a range of portable, light-weight, high power advanced electrical generators for applications including off-grid electric vehicle recharging.Gibson has previously developed a proof of concept generator weighing just 40 kilograms and producing 10 kilowatts of power. Gibson are confident that further miniaturisation is possible to produce a generator weighing just 30 kilograms. This highly efficient and portable electrical generator will be more compact, lightweight and power dense than anything else currently available on the market.Gibson have undertaken extensive market research to fully understand the potential applications for their portable generator. Due to government legislation and public opinion, the market and demand for this product is increasing, in particular, the roadside recovery industry needs a solution to recharge stricken Electric Vehicles (EVs). Gibson have identified other markets which include power generation for crisis response teams, domestic power for power grid disruption and military applications.Roadside recovery services currently do not have a lightweight solution to produce the power necessary to recharge an electric vehicle and often utilise a flatbed truck to transport them away.The initiation of the project to develop the engine aspect of the generator has been impacted the Covid-19 pandemic and subsequent lockdown. Over the lockdown period, the motor races that provide Gibson's income stream were either cancelled or rescheduled to later in the year impacting revenues and leading to staff being furloughed.The Sustainable Innovation Fund will allow Gibson to initiate the engine project and complete their first generators providing roadside recovery companies and EV drivers with a solution for recharging stricken EVs. The solution will support the UK Governments Net-Zero carbon emissions target by reducing carbon emissions caused by the use of flatbed trucks and reducing range anxiety amongst potential buyers supporting an increase in EV sales.
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
基于动物运动神经系统的蛇形机器人控制方法研究
-
批准号:60875083
-
项目类别:面上项目
-
资助金额:32.0万元
-
批准年份:2008
-
负责人:马书根
-
依托单位: