NEUUF provides drop‑in regenerative modules that capture vehicle vibration and shock energy and convert it into electrical power for electric and hybrid fleets. The harvested energy is fed back into the battery, extending range by up to 25% and lengthening battery life, helping fleet operators and OEMs lower operating costs and improve sustainability.
Funding
Funding not disclosed
Founders
Product
Problem
Vehicle motion generates vibration, shock, and other kinetic energy that is typically dissipated as heat, reducing overall efficiency and limiting range for electric and hybrid fleets.
Solution
NEUUF offers non‑invasive regenerative modules that harvest this lost kinetic energy and convert it into usable electrical power. The modules are designed as drop‑in units that integrate with existing vehicle architectures without requiring major redesign or additional tooling. Captured energy is fed back into the vehicle’s battery system, extending driving range, lengthening battery life, and decreasing the frequency of charging stops. By turning motion into a renewable power source, NEUUF provides measurable improvements in total cost of ownership and supports sustainability goals for fleet operators and OEMs.
Target Audience
Primary customers are fleet operators seeking to reduce operating costs and OEMs looking to add net‑positive energy capability to new or existing electric and hybrid vehicle platforms.
Features
- Drop‑in regenerative modules that attach to existing chassis, suspension, or drivetrain components with minimal tooling
- Kinetic‑to‑electrical conversion technology optimized for vibration and shock harvesting across a wide range of vehicle speeds
- Seamless integration with electric and hybrid battery management systems to feed reclaimed energy back into the pack
- Proven performance gains of 15–25 % additional range and up to 20 % longer battery life in fleet trials
- Scalable design suitable for trucks, buses, delivery vans, and other commercial mobility platforms
- Engineering support for validation, testing, and certification throughout the OEM integration process