Explore energy recovery for your EV application.
Choose a compatible vehicle accessory for evaluation or discuss CC-100 integration in a new power-electronics design. Start with the electrical architecture and the connection point.
EV application photograph by CHUTTERSNAP / Unsplash.
Buying an accessory or designing a system?
Available vehicle products
For an existing vehicle, review the EV Mileage Booster and confirm model, voltage, connection, and installation requirements with our team. For smaller electric vehicles, review the range-extender accessory separately.
OEM & circuit integration
During inverter switching, DC-link capacitors buffer changing current demands. The proposed integration uses feedback to reduce part of the discharge and recharge demand. Discuss the circuit, voltage, and operating conditions before selecting an implementation.
Understand the mechanism. Test the vehicle.
The PowerPad datasheet presents an EV current-reduction example and a projected range benefit. Current reduction at one circuit point does not by itself establish vehicle range. Evaluate energy per distance over comparable drive cycles before projecting savings.
Choose the next step for your vehicle.
Send the vehicle model, electrical architecture, intended connection point, and desired quantity. Accessory buyers can confirm compatibility; engineering teams can request integration guidance and define a test plan.