INVO-EDU - A Zero Emissions 44ton HGV electric drive train
INVO-EDU - A Zero Emissions 44ton HGV electric drive train
批准号:
10005200
负责人:
金额:
$23.54万
依托单位国家:
英国
项目类别:
Collaborative R&D
财政年份:
2021
资助国家:
英国
项目状态:
已结题
起止时间:
2021 至 --
中文摘要
Involutions INVO-EDU是用于重型、零排放HGV应用的下一代电动驱动单元,其性能匹配或超过现有内燃机传动系统,并且能够通过简单地拆除内燃机和变速箱并将INVO-EDU直接连接到传动轴来改装现有车辆。INVO-EDU是一种电动驱动单元,可以为任何重型商用车提供动力,其性能可以匹配或超过已取代的ICE传动系统,同时在电动重型商用车市场上提供最高的占空比效率。INVO-EDU通过无级可变控制能力实现了高效率,这使得在实际安装电池、燃料电池和氢气罐的情况下,可以达到所需的行驶里程。该项目的合作伙伴是Bramble Energy,他们的创新燃料电池将补充INVO-EDU,增加英国整体驱动解决方案的含量,提供非常坚固的燃料电池,对于这种类型的应用至关重要,并且成本显着降低,这是考虑到所需燃料电池容量的关键因素。**INVO-EDU**提供:1\。**瞬时和不间断扭矩**(失速扭矩37 kNm) **和功率输出_,_ (**300kW/650 kW峰值)感觉像直接驱动,性能像多速**。**启动能力39%,加速41.4秒,Vmax 120 kph2\。**宽运行效率,**变速驱动,延长了基础电机的高效运行窗口。(HHDDT复合效率91.1%)**坚固100%可回收电机**,8500转AEM SR电机。对无源整流和过电压故障具有鲁棒性。**坚固可靠的传动**,为提高可靠性而设计,固有的潜在故障模式更少,没有同步器-没有摩擦离合器-没有转子冷却密封-没有双啮合故障模式。**功率密度:** 2.4 kW / litre6\。* * * *具备商业竞争力。荆棘能源燃料电池提供:-1。目标成本便宜5倍2.4少1倍3。完全customisable4。资本支出0英镑坚固耐用
英文摘要
Involutions INVO-EDU is the next generation of Electric Drive Unit for heavy-duty, zero-emissions HGV applications, that matches or exceeds the performance of existing ICE drivetrains and is capable of being retrofitted into existing vehicles by simply removing the ICE and gearbox and connecting the INVO-EDU directly to the prop shaft.INVO-EDU an Electric Drive Unit that can power any heavy commercial vehicle with a performance to match or exceed the replaced ICE driveline, whilst providing the highest duty cycle efficiencies available in the electric heavy-duty commercial vehicle market. The high efficiencies achieved with the INVO-EDU via the continuously variable control capability make it possible to achieve the required driving range within the practical installation of the battery, fuel cell and hydrogen tanks on the vehicle.Involutions partner in this project is Bramble Energy, their innovative fuel cell will complement the INVO-EDU, increasing the UK content of the total drive solution, giving a very robust fuel cell, critical for this type of application and at a significantly lower cost, which is a key factor, given the fuel cell capacity required.The **INVO-EDU** provides: 1\.**Instant and uninterrupted torque** (stall torque 37 kNm) **and Power delivery_,_ (**300kW/650 kW peak) feels like direct drive, performs like multi-speed**.** Start ability 39%, Acceleration 41.4 secs, Vmax 120 kph2\.**Wide operating efficiency,** Variable ratio drive extends the efficient operating window of the base electric machine. (HHDDT composite efficiency 91.1%)3\.**Robust 100% recyclable motors**, 8500 rpm AEM SR electric machines. Robust to passive rectification and over-voltage failures.4\.**Robust and Reliable Transmission**, built for improved reliability with inherently fewer potential failure modes, no synchronisers -- no friction clutches -- no rotor cooling seals -no double engagement failure modes.5\.**Power Dense,** 2.4 kW / litre6\.**Commercially competitive**.Bramble Energy Fuel Cell provides:-1.Target cost 5x cheaper2.4x fewer components3.Fully customisable4.£0 CAPEX spend5.Robust and durable
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
EDU增强冬小麦O3抗性的生理生态学机制研究
-
批准号:--
-
项目类别:青年科学基金项目
-
资助金额:30万元
-
批准年份:2022
-
负责人:代碌碌
-
依托单位: