Wuxi InfiMotion Technology Co., Ltd.
        As an inhouse self-developed solution provider for electric drive components and system, InfiMotion Technology focuses on research & development, manufacturing and supply of high performance Electric Drive Unit (EDU) for fully electric vehicles and hybrid vehicles, covering the whole value chain, including components and software. We are committed to deliver high quality and high efficiency powertrain solutions to our customers.
InfiMotion headquarter locates in Wuxi China and has R&D centers in Gothenburg Sweden, Wuxi/ Ningbo/ Shanghai China. Innovative, Agile and Reliable are our core values. We are committed to create values for our customers and contribute to a sustainable and environmental friendly world.
            
Product 1
Development technology/material/manufacturing process nameX-in-1 highly integrated domain controlled EDU
 Innovation Highlights1. Higher integration level: E-motor/Reducer/MCU/VCU/PDU/HBMS/LBMS/TMS/DCDC/OBC/GWRC/EVCC(for global application)
2. The first high-quality EDU awarded the “5A Certification EDU” by CATARC, and was awarded Certificate No. 001.
3. Higher efficiency of IGBT EDU, up to 90.04%.
4. Only 79.8kg, lighter than other products  
5. Information security and functional safety(ASIL C)
6. EMC Class 3
    Photo of exhibits recommended
 
  Product 1
Development technology/material/manufacturing process name24000rpm high speed motor
 Innovation Highlights1. 800V U-pin oil-cooled e-motor
2. Compact and lightweight design
3. Speed up to 24000rpm, mechanical limit up tp 28000rpm
5. Higher intensity and reliability
 Applications electric drive
    Photo of exhibits recommended
 
  Product 1
Development technology/material/manufacturing process nameDual motor inverter
 Innovation Highlights1. Integrated dual motors inverter design for generator 
and drive motor
2. Intelligent pulse width modulation control(PWM) 
can maximize the system efficiency
3. Enabling power configurability
4. AUTOSAR Architecture for software development
5. Lead-free assembly of power modules via Press FIT 
technolog
    Photo of exhibits recommended
 
   
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