Insufficient energy efficiency of traditional motors leads to range anxiety in new energy vehicles; Conflict exists between lightweight requirements and motor heat dissipation performance; Motor reliability is difficult to guarantee under complex operating conditions.
Introducing the "Green Core" series of high-efficiency permanent magnet synchronous motors, which utilize neodymium iron boron magnets to optimize the magnetic circuit design, improving the energy efficiency ratio to 98%, and achieving continuous high power output with a liquid cooling system; the modular design reduces weight by 25% while maintaining IP67 protection rating.
Technical Standards and Certifications
Certified by IATF16949, compliant with the EU ECE R100 electromagnetic compatibility standard, and awarded Level 1 energy efficiency certification for new energy vehicle motors in China.
Case Study
After being fitted to a flagship model of a domestic brand, the vehicle's range increased by 12%, the 0-100km/h acceleration time was shortened by 0.8 seconds, and it won the 2024 "China Heart" New Energy Vehicle Powertrain Gold Award.
Commercial Vehicle and Truck Scenarios
Motor overload protection failure under heavy load conditions; Frequent start-stop cycles shorten motor lifespan; Mechanical failures caused by vibrations from harsh road conditions.
Developed the "Powerful Drive" series of heavy-duty dedicated motors, employing a dual-redundant temperature monitoring system for precise temperature control within ±2℃, coupled with reinforced bearings meeting ISO 16750-3 vibration resistance standards; the unique "honeycomb" coil structure increases overload capacity by 40%.
Technical Standards and Certifications
ISO9001 quality system certification, passed the Chinese commercial vehicle motor durability testing standard GB/T 28046, and awarded the "Best Supplier of the Year" title by the German MAN Group.
Case Study
An electric heavy-duty truck customized for a logistics group operated continuously for 5000 hours without failure in the extreme environment of the Qinghai-Tibet Highway, reducing operating costs by 35% compared to traditional fuel-powered heavy-duty trucks.
Ship and Generator Set Scenarios
Corrosion problems caused by high salt spray environments in the ocean; Voltage fluctuations caused by sudden load changes; High energy consumption and excessive emissions from traditional generator sets.
Introducing the "Haiyi" series of marine generators, employing a nano-ceramic coating to achieve rust-free operation after 480 hours of salt spray testing; equipped with an intelligent power regulation module to control voltage fluctuations within ±1%; and a matching diesel-electric hybrid power system to reduce fuel consumption by 20%.
Technical Standards and Certifications
CCS certification from the China Classification Society, compliant with IMO Tier III emission standards, and ATEX explosion-proof certification from the European Union.
Case Study
After being fitted to a deep-sea fishing vessel, it sailed continuously in the South China Sea for 18 months without failure, reducing fuel consumption by 1200 tons/year compared to similar vessels, and won the "China Marine Motor Innovation Technology Award".
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