100% charging reduction for daily commuters
Next-Gen Energy
Harvesting for
Electric Vehicles
AI-powered nanomaterials intelligently capture wasted energy from motion, heat, vibration, and light. Starting with EVs, we are revolutionizing how vehicles and systems stay charged.
Transforming Energy Economics
for 40 miles daily driving
Why Nano-Based Energy Harvesting?
Nanomaterials unlock unprecedented efficiency in capturing energy from multiple sources simultaneously
Massive Surface Area
Nanomaterials provide enormous surface-to-volume ratios, enabling efficient energy capture at the microscale from thermal gradients, mechanical stress, and photons.
Multi-Source Capture
Simultaneously harvest energy from motion, heat, vibration, and light — creating a resilient, continuous power generation ecosystem within vehicles.
Retrofit Compatible
Designed for integration with existing EV architectures without major redesigns, maintaining all safety standards and vehicle performance.
Platform Technology
EVs are just the beginning. Our technology scales to buildings, industrial machinery, and rail — anywhere wasted energy exists.
Electric Vehicles
EVs generate significant wasted energy during operation. We turn that waste into usable power.
Extended Range
Harvest energy from multiple sources to extend driving range between charges, addressing one of the biggest barriers to EV adoption.
Fewer Charging Stops
Continuous energy harvesting means drivers go further without charging infrastructure, improving convenience and productivity.
Better Economics
Reduced charging frequency translates to lower operational costs, more uptime, and improved ROI for commercial fleets.
Three-Step System
Continuous sensing, conversion, and optimization of energy harvesting
Sense Wasted Energy
Multiple sensors monitor heat, vibration, motion, and light across the vehicle, identifying real-time opportunities for energy capture.
Convert with Nanomaterials
Advanced nanomaterial harvesters transform waste energy into electrical power through thermoelectric, piezoelectric, and photovoltaic mechanisms.
Optimize & Route Power
AI-powered control system learns from usage patterns, optimizing harvesting decisions and routing power to battery or auxiliary systems.
Beyond Electric Vehicles
A platform approach built for the long term
Buildings & Infrastructure
Capture energy from HVAC systems, structural vibrations, and solar exposure to power sensors, lighting, and IoT networks autonomously.
Industrial Machinery
Harvest waste heat and vibration from heavy equipment, reducing energy costs and enabling self-powered monitoring systems.
Rail & Transit
Leverage massive kinetic and thermal energy in rail systems to power auxiliary systems and reduce grid dependence.
Ready to Transform Energy Systems?
Backed by experts in strategy, materials science, and market intelligence. Join us in building the next layer of energy intelligence.