Our Technology
Multi-source nanomaterial-based energy harvesting across five strategic vehicle zones
Energy Harvesting Zones
Five key areas where wasted energy can be captured and converted into usable power
Tire & Wheel Assembly
Capture kinetic energy from rotation, friction, and vibration during driving.
Suspension & Chassis
Harvest energy from road-induced vibrations and mechanical stress.
Thermal Recovery Systems
Convert waste heat from battery, motor, and braking into electrical energy.
Body Panels & Surface
Utilize solar exposure and structural vibrations across vehicle exterior.
Interior Components
Capture energy from cabin climate systems and passenger interactions.
Three-Step Energy Harvesting System
Continuous sensing, conversion, and intelligent power routing
Sense Wasted Energy
Multiple sensors monitor heat, vibration, motion, and light across the vehicle, identifying real-time opportunities for energy capture from thermal gradients, mechanical stress, and ambient conditions.
Convert with Nanomaterials
Advanced nanomaterial harvesters transform waste energy into electrical power through thermoelectric, piezoelectric, and photovoltaic mechanisms, operating efficiently at the microscale.
Optimize & Route Power
AI-powered control system learns from usage patterns, dynamically optimizing harvesting decisions and intelligently routing power to the battery pack or auxiliary systems for maximum efficiency.
Why Nanomaterial-Based Harvesting?
Superior efficiency through cutting-edge materials science and multi-source integration
Massive Surface-to-Volume Ratio
Nanomaterials provide exponentially larger surface areas for energy capture compared to bulk materials, enabling efficient harvesting at microscale from thermal gradients, mechanical deformation, and photon absorption.
Multi-Source Simultaneous Capture
Our platform harvests from motion, heat, vibration, and light simultaneously, creating a resilient and continuous power generation system that adapts to varying driving conditions and vehicle states.
Retrofit-Compatible Architecture
Designed for seamless integration with existing EV platforms without requiring major redesigns. Modular deployment allows incremental adoption while maintaining all safety certifications and vehicle warranties.
Scalable Platform Technology
Beyond EVs, our nanomaterial harvesting technology scales to buildings, industrial machinery, and rail systems. Any environment with wasted energy becomes an opportunity for autonomous power generation.
Interested in Piloting This Technology?
We're seeking forward-thinking fleet operators and OEM partners for pilot programs