InfiMotion Technology Presents Its Breakthrough EDUs at CES 2026
References: infimotion & benzinga
InfiMotion Technology presented a suite of advanced electric drive unit (EDU) systems at the 2026 Consumer Electronics Show in Las Vegas. The company highlighted three distinct products — the High-Performance Magnesium-Aluminum Alloy Dual-Motor System, the 900V High-Performance Coaxial Dual E-Drive with Magnesium Alloy Housing, and the Ultra-Integrated 12-in-1 Domain Control E-Drive.
InfiMotion Technology's advanced electric drive units emphasize innovations in lightweight material application, high-voltage architecture, and deep system integration. The goal is to enhance power density, thermal management, and overall efficiency for next-generation electric vehicles.
The magnesium-aluminum and pure magnesium alloy housings offer a significant reduction in weight—a critical factor for extending battery range—without sacrificing structural integrity, while the cited power density metrics of up to 5.69 kW/kg represent a competitive benchmark for packaging more power into a smaller, lighter unit. The 900V high-voltage system promises faster charging capabilities and improved operational efficiency, directly translating to consumer benefits in reduced charging time and enhanced mileage. The proprietary deep oil-cooling technology for both stator and rotor is a key innovation for thermal management.
Image Credit: InfiMotion Technology
InfiMotion Technology's advanced electric drive units emphasize innovations in lightweight material application, high-voltage architecture, and deep system integration. The goal is to enhance power density, thermal management, and overall efficiency for next-generation electric vehicles.
The magnesium-aluminum and pure magnesium alloy housings offer a significant reduction in weight—a critical factor for extending battery range—without sacrificing structural integrity, while the cited power density metrics of up to 5.69 kW/kg represent a competitive benchmark for packaging more power into a smaller, lighter unit. The 900V high-voltage system promises faster charging capabilities and improved operational efficiency, directly translating to consumer benefits in reduced charging time and enhanced mileage. The proprietary deep oil-cooling technology for both stator and rotor is a key innovation for thermal management.
Image Credit: InfiMotion Technology
Trend Themes
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Lightweight Material Innovation — The utilization of magnesium-aluminum and pure magnesium alloy housings in electric drive units heralds a new era in lightweight materials, offering significant potential for increased battery range in electric vehicles.
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High-voltage Architecture — Introduction of the 900V high-performance coaxial dual E-drive highlights a disruptive shift toward more efficient energy usage and faster charging times, crucial for advancing electric vehicle technology.
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Deep System Integration — InfiMotion's ultra-integrated 12-in-1 domain control E-drive represents a significant step forward in system integration, allowing for unprecedented levels of efficiency and operational synergy in electric vehicles.
Industry Implications
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Automotive Manufacturing — Automotive manufacturers stand to benefit from breakthroughs in electric drive unit technology, which offer advancements in vehicle performance and energy efficiency.
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Lightweight Materials — The development of magnesium-aluminum and pure magnesium alloys for electric drive units signifies a growing demand for innovative lightweight materials in various industries.
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Renewable Energy — Advancements in high-voltage drive systems underscore the intersection of renewable energy storage solutions and efficient electric vehicle operation.
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