Demonstration of a EDU/TCU suitable for application to any heavy on/off highway commercial vehicle.

大型重型商用车辆的二氧化碳排放量占全球道路运输二氧化碳排放量的39%，对城市空气质量和公众健康产生重大不利影响。利用新颖的“专利”运动齿轮传动配置，结合先进的控制软件和Helix功率密集电机/逆变器，Involution Technologies将展示一种新的电力驱动单元（EDU），适用于任何大型公路/非公路车辆，从25到80吨GCVW，包括货运，公交巴士，长途汽车，建筑和农业机械。核心通用设计技术提供了中央驱动和电子轴配置，可以改装到现有车辆或应用于专用电动汽车平台。产品类型：-1\。中央驱动EDU单轴，4x2或6x2, 25-44吨2\。中央驱动EDU多轴6x4, 8x8, 44 - 80吨3\。13-tonne E-axle。在零排放的情况下，加速、爬坡性和最大速度将达到或超过现有的内燃机传动系统性能。新的控制技术增加了部分/再生负荷和效率，为操作员提供了对不同使用模式（包括有效载荷和驾驶循环影响）的鲁棒性车辆性能。**INVO-EDU**将进行演示和性能测试，并在本项目范围内进行客户车辆试验。INVO-EDU在整个车辆运行范围内提供即时和不间断的扭矩和动力传递，相当于ICE/自动变速器传动系统，没有ICE AMT传动系统的扭矩中断。对于最终用户来说，这感觉就像一台直接驱动的电机，其性能特征远远超出了市场上任何已知的电机。主要特性包括：-37 kNm螺旋桨轴失速力矩。（给予110 kNm的车轮失速扭矩）225至540kW的连续额定功率，15:1的恒功率速比。从车辆启动到全速持续/无缝扭矩。与其他EDU相比，根据占空比，能耗降低3%至8%。高连续功率和扭矩密度电机\>6 kW/kg和25Nm/kgLow新的应用工程成本通过固有的高系统和功能安全性。服务成本低，无同步器或摩擦离合器磨损。没有专业驾驶训练要求。在市场上表现最好的HGV EDU。*在广泛的速度范围内提供无与伦比的无级扭矩。\ *无限的力量。\*高占空比效率-市场最佳。*简单坚固的设计。（长寿命/低维护）*先进的控制系统提供最佳效率和无级变速。

Large heavy commercial vehicles are responsible for 39% of the global CO2 emissions from road transport and have a significant detrimental impact on urban air quality and public health.Utilising a novel "patented" kinematic gear transmission configuration, combined with advanced control software and Helix power dense Motor/Invertors, Involution Technologies will demonstrate a new electric drive unit (EDU) suitable for application in any large on/off-highway vehicle ranging from 25 to 80+tonnes GCVW, including freight transport, transit bus, coach, construction, and agricultural machines.The core common design technology provides both a central drive and e-axle configuration that may be retrofitted into existing vehicles or applied to dedicated EV platforms.Product types: -1\. Central drive EDU single-axle, 4x2 or 6x2, 25-44 tonne2\. Central drive EDU Multi-axle 6x4, 8x8, 44 -- 80 tonne3\. 13-tonne E-axle.Acceleration, gradeability and maximum speed will match or exceed the existing ICE driveline performance whilst operating at zero emissions. Novel control techniques increase part/regenerative load, and efficiency, providing operators with a vehicle performance which is robust to varying usage patterns including payload and drive cycle effects.The **INVO-EDU** will be demonstrated, and performance tested and brought to the point of customer vehicle trails within the scope of this project.The INVO-EDU provides **instant and uninterrupted torque and power** delivery across the entire vehicle operating envelope, equivalent to an ICE/ automatic transmission driveline and without the torque-interrupts of an ICE AMT driveline. To the end user, this feels like a direct-drive electric machine with performance characteristics way beyond any known electrical machine in the marketplace.Key characteristics include: -37 kNm prop shaft stall torque. (Giving 110 kNm of wheel stall torque)225 to 540kW continuous power rating with a 15:1 constant power speed ratio.Continues/seamless torque from vehicle launch to full speed.3 to 8% lower energy use depending on the duty cycle verse other EDU's.High continuous power & torque density electric machines \>6 kW/kg and 25Nm/kgLow new application engineering cost through inherently high system and functional safety.Low service cost with no wearing of synchronizers or friction clutches.No specialist driver training requirements.Best performing HGV EDU in the marketplace.\*Unmatched stepless torque over a wide speed range.\*Unlimited power.\*High duty cycle efficiency -- Best in market.\*Compact. (Most competitive)\*Simple robust design. (Long life/ low maintenance)\*Advanced control system providing optimum efficiency and stepless gear shift.