Welcome to our website dedicated to an innovative technology, born from academic research, that challenges the paradigms of powering electric motor. With this cutting-edge technology, we theoretically achieve an increase in the power density and energy efficiency of electric motors, offering a promising solution for high-performance electric propulsion systems. Explore the details of this innovation that could transform many sectors, from automotive to aircraft, by making electric motors more powerful and efficient at high speeds.
Electrical Resonance in Motion
Developed in a university research context, the Capacitive Boost Processor technology uses the properties of electrical resonance to improve the efficiency and power density of electrodynamic systems.
Turbo for Electric Motors
This technology converts every amp into pure torque, even when the back EMF significantly exceeds the DC link voltage. Maximum torque at maximum speed is what you get. Say goodbye to field weakening currents and discover the equivalent of turbocharging for electric motors.
A Fast, Powerful and Efficient Technology
Thanks to the oscillatory behavior of the resonant circuit, the Capacitive Boost Processor operates with near-zero current switching, virtually eliminating switching losses. You can now unlock the full power of your motor while benefiting from a phase current with the lowest harmonic distortion.
Modular Architecture, Maximum Flexibility
The Capacitive Boost Processor architecture is modular, making it flexible and adaptable to a wide range of electrical machines. This approach facilitates maintenance and troubleshooting in the field. In addition, it facilitates the analysis of the functional safety of the system and allows for the design with redundancy of critical components.