Game-Changing TL 300 Drive System Launched Today

Dual-Motor Synergy: Unleashing Performance

At the heart of the TL 300’s impressive performance lies its innovative dual-motor system. This configuration offers distinct advantages over traditional single-motor setups, particularly in terms of acceleration and torque vectoring. Gamers will appreciate the instant responsiveness and precise control that a dual-motor system provides, especially in high-octane racing scenarios.

The synergy between the two motors allows for a more dynamic and powerful driving experience. When accelerating from a standstill, both motors work in unison, delivering a surge of power that catapults the vehicle forward with remarkable speed. InfiMotion claims the TL 300 achieves consistent sub-5-second 0-100 km/h acceleration times without power derating, even after 20 consecutive cycles. This sustained performance highlights the system’s robust thermal management and efficient power delivery.

Torque vectoring, another key benefit of the dual-motor system, enhances vehicle handling and stability, particularly in tight corners or during sudden maneuvers. By independently controlling the torque supplied to each motor, the TL 300 can precisely distribute power to the wheels, optimizing traction and minimizing understeer or oversteer. This advanced feature translates to a more controlled and confident driving experience, essential for navigating challenging race tracks or demanding real-world driving conditions.

Intelligent Hybrid Power Electronics: Efficiency Meets Performance

InfiMotion’s TL 300 incorporates a sophisticated hybrid parallel configuration of Silicon Carbide (SiC) and Silicon (Si) power semiconductor devices. This intelligent blend optimizes the trade-off between efficiency, cost, and performance, catering to the diverse demands of modern electric and hybrid vehicles.

The use of SiC semiconductors in high-power components like inverters and chargers allows for faster switching speeds and lower conduction losses, resulting in significantly improved efficiency. SiC’s inherent robustness and high-temperature operating capabilities make it ideal for demanding applications, ensuring reliable performance even under extreme conditions.

However, SiC technology can be more expensive than traditional Si based semiconductors. InfiMotion’s hybrid approach intelligently allocates SiC and Si devices based on operational demands. This dynamic allocation strategy maximizes system efficiency while maintaining cost-effectiveness. For instance, SiC devices might be employed in high-power applications where efficiency is paramount, while Si devices might be used in lower-power components where cost is a primary concern.

This intelligent hybrid power electronics architecture demonstrates InfiMotion’s commitment to developing advanced solutions that deliver both exceptional performance and sustainable energy efficiency.

Fine-Tuning the Drive: The Adjustable Magnetic Field Motor

The TL 300’s adjustable magnetic field motor represents a significant technological leap, combining the best aspects of permanent magnet and electrically excited synchronous motors.

Traditional permanent magnet motors offer high efficiency but can suffer from increased losses under high-load or high-speed conditions. InfiMotion’s innovative design integrates auxiliary electric excitation windings into the motor structure. This allows for dynamic adjustment of the magnetic field, enabling the motor to adapt to varying operating conditions.

At low speeds, the motor can operate with a high magnetic field, maximizing torque output for smooth acceleration and responsive handling. As speed increases, the magnetic field can be reduced, minimizing losses and improving efficiency. This adaptability allows the TL 300 to optimize performance across a wide range of driving scenarios.

The adjustable magnetic field motor also contributes significantly to reducing no-load drag losses. This translates to improved energy efficiency and extended driving range, particularly beneficial for electric vehicles where range anxiety is a common concern.

InfiMotion’s claims that this design reduces no-load drag losses by 1.5% compared to traditional permanent magnet synchronous motors under peak power conditions. This subtle yet impactful optimization directly benefits the consumer.

Unlocking the Potential of Future Mobility

eXtended Control Module (XCM): A Modular Approach to Power Electronics

InfiMotion has recognized the need for flexible and scalable power electronics solutions in the rapidly evolving electric and hybrid vehicle market. To address this, they have developed the eXtended Control Module (XCM), a modular system designed to seamlessly integrate with multiple hybrid Direct-Drive Transmission (DHT) products.

The XCM’s unified envelope design fosters cost-effectiveness by sharing a common housing for the Power Control Module (PCM) and Oil Distribution Plate (ODP). This streamlined design reduces complexity and manufacturing costs while maintaining high performance and reliability. Furthermore, the XCM integrates the Oil Distribution Module (OD) with the main controller casing and merges Vehicle Control Unit (VCU) and Thermal Management System (TMS) functions, creating a more efficient and economical control solution for hybrid vehicles.

Scalability and Compatibility: Adapting to Diverse Platforms

InfiMotion’s TL 300, with its adaptable XCM, demonstrates a commitment to providing comprehensive solutions for a wide range of electrification applications. The modular design allows for easy customization and integration into various vehicle platforms, from compact cars to SUVs and high-performance models.

This scalability ensures that the TL 300 can meet the specific requirements of different OEMs and vehicle segments. Whether it’s a fuel-efficient hybrid or a high-powered electric sports car, the TL 300’s flexible architecture allows InfiMotion to tailor its technology to specific needs, fostering wider adoption and accelerating the transition to sustainable mobility.

InfiMotion’s Vision: Shaping the Future of Electric and Hybrid Vehicles

InfiMotion’s TL 300 represents a significant step forward in electric and hybrid vehicle technology. The company’s focus on innovation, efficiency, and adaptability positions them as a key player in shaping the future of mobility.

By leveraging advanced materials, intelligent power electronics, and innovative motor designs, InfiMotion is pushing the boundaries of what’s possible in electric and hybrid vehicles. Their commitment to developing comprehensive solutions that cater to diverse vehicle platforms and applications ensures that their technology will play a vital role in accelerating the transition to a more sustainable transportation future.