Seamlessly Integrating Mechanical Precision With Digital Intelligence to Ensure Unmatched Traction System Reliability and Performance.
We designs, integrate, and validate advanced traction power and control systems built on a foundation of precision engineering, modular architecture, and digital intelligence.
Our eTraction systems deliver the optimal balance of power, torque, thermal efficiency, and lifecycle reliability across mobility applications ranging from 48V to 750 V platforms, enabling use in diverse applications ranging from three wheelers for passenger and cargo applications, small and light commercial vehicles, passenger cars, trucks and buses, heavy duty off-highway equipment to golfcarts and forklifts.
EV traction power and control systems must meet a multitude of operating requirements, including power, variable speed, operating voltage of the battery system, torque and speed combinations, physical space constraints, cost limitations, climatic conditions, safety and security standards, and more.
Engineers from Electra EV innovate to create relevant solutions for power optimisation at different levels.
We employ advanced CAE, CFD, and model-based simulations to optimise electromagnetic, mechanical, and thermal performance before validation. Our investments in cutting-edge Hardware-in-the-loop (HIL) testing simulate complex real-world operating scenarios in a controlled environment, allowing us to validate systems safely and rapidly under realistic driving and failure conditions. Our comprehensive End-of-line (EOL) testing ensures uncompromising reliability, seamless system integration, and real-world readiness of every traction unit. For example, our simulator, equipped with a state-of-the-art FPGA-based numerical solver, features a 40-nanosecond step size, which enables the accurate simulation of high-speed switching dynamics exceeding 500 kHz. This is a crucial advantage in fine-tuning inverter and control performance for next-generation ePowertrains.
By integrating advanced motor technology with Edge AI-enabled control algorithms, Electra EV ensures precision torque vectoring, regenerative braking efficiency, and extended component life, deriving optimal EV performance from every watt. The seamless fusion of engineering, electronics, and intelligence and our expertise in defines the traction advantage driving our trustworthiness with top OEMs.
In partnership with world-class technology providers and supported by in-house R&D, we continue to redefine electric mobility, one intelligent drive system at a time.