Powering the Next Generation
of Mobility—
On Earth and Beyond
Advanced energy harvesting technology for electric vehicles and space missions. From city streets to lunar craters.
Our nano-materials and AI-powered systems harvest wasted energy in extreme environments—enabling longer missions for urban fleets and space exploration.
One Platform. Two Worlds.
The same challenge exists on Earth and in space: energy constraints limit operational range. Our nano+AI platform extends mission duration and reduces operational costs.
🌍 Earth Applications
Electric Vehicle Retrofit Kits
Eliminate daily charging for urban fleets with energy harvesting from heat, vibration, and regenerative braking.
✅ 40+ miles of daily charge-free driving
✅ $5,910+ annual savings per vehicle
✅ Reduce charging downtime by 50%+
✅ Works with existing EV platforms
Current Status: Engaging with urban fleet operators for pilot partnerships. Target deployment: Q2-Q3 2026.
🚀 Space Applications
Advanced Energy Systems for Space Missions
Next-generation energy harvesting technology designed for extreme space environments.
✅ Extreme temperature operation
✅ No moving parts, works in vacuum
✅ Extended mission capabilities
✅ Radiation-hardened systems
Current Status: Active engagement with space agencies for mission applications. Phase I validation proposal in development.
Same Nano+AI Platform. Different Environments.
Three Breakthrough Technologies
Our platform combines nano-materials, piezoelectric systems, and AI optimization to work across Earth and space environments.
🔬 Advanced Nano-Materials
Graphene and carbon nanotube composites that enhance thermal energy capture efficiency and operate in extreme temperatures (-173°C to +127°C). Optimized for both terrestrial and space environments with minimal weight and maximum durability.
⚡ Multi-Function Piezoelectrics
Ultra-thin piezoelectric systems that harvest energy from thermal cycles and mechanical vibrations. Requires less than 1% system power overhead with no moving parts for 10+ year lifespan. Designed for reliability in extreme environments.
🤖 AI Optimization
Embedded AI algorithms that monitor system efficiency in real-time, optimize cleaning and harvesting cycles, adapt to environmental conditions, and maximize energy capture while minimizing power consumption. Predictive maintenance alerts included.
Current Validation & Milestones
Technology Readiness Level
Current: TRL 3-4 (Component validation in lab environment)
2026 Target: TRL 4-5 (Integrated system validation)
2027-2029 Target: TRL 6-7 (Flight-ready prototype, demonstration mission)
Lab Validation Results
✅ Thermal energy capture efficiency: 85%+
✅ Piezoelectric energy harvesting validated
✅ Extreme temperature stability: -173°C to +127°C
✅ System power overhead: Less than 1%
2026 Milestones
Q1 2026: Space agency validation proposal submitted, pre-seed funding
Q2 2026: EV retrofit kit prototype, fleet pilot partnerships
Q3-Q4 2026: Pilot deployment (50-100 vehicles), Phase I validation testing
Applications Across Markets
🌍 Earth Applications
Urban Delivery & Logistics:
• Last-mile delivery fleets
• Municipal vehicle fleets
• Corporate fleet operators
• Ride-sharing and taxi services
Future Applications:
• Agricultural vehicles
• Industrial & mining equipment
• Airport ground support
🚀 Space Applications
Lunar Missions:
• Lunar landers and rovers
• Artemis Base Camp
• Commercial lunar infrastructure
Mars Missions:
• Mars habitats and rovers
• Mars Sample Return missions
LEO & Beyond:
• Satellite constellations
• Space stations
• Cislunar infrastructure
Why NanoHarvestX?
Dual-Use Technology Platform
Unlike single-market competitors, our technology serves both Earth and space applications. This de-risks development, expands total addressable market (119 billion EV + 150-450 million space), attracts broader investor base, and accelerates validation.
Space-Grade Engineering
Our technology is designed for extreme space environments with no moving parts, minimal power requirements, and radiation-hardened components. Built for long-duration missions where reliability and efficiency are critical.
Proven Technology Foundation
Our platform builds on established scientific principles: graphene coatings for low-adhesion surfaces, piezoelectric cleaning adapted for space, and proven thermoelectric/piezo harvesting. Innovation lies in integrating these technologies into a unified dual-use system.
Strong Mission Alignment
Earth: Aligned with global EV adoption and fleet electrification trends. Space: Aligned with space agency priorities for long-duration surface operations. Both markets have clear, urgent needs that our technology addresses directly.
Ready to Transform Energy Systems?
From City Streets to Lunar Craters