Overview
T-GenX™ is building the next generation of wearable thermoelectric power systems.
Our patented modules harvest body heat to charge mobile devices — no sockets, no cables, just motion.
We're redefining energy access through smart, flexible materials embedded in everyday clothing.
Why now?
  • Climate urgency → growth of wearables & low-power tech
  • Our tech is lightweight, scalable, and IP-protected
  • Energy independence = strategic trend
  • Green tech and wearable innovation are investor hot zones
  • Market shift toward off-grid and modular electronics
  • The time is perfect for early adopter validation
Market oportunity
  • Global wearable market
    The global wearable technology market is projected to reach $150+ billion by 2030, fueled by health, mobility, and lifestyle trends.
    But these devices still rely on outdated battery infrastructure — T-GenX enables a new power layer, integrated into what you wear.
  • Untapped Energy Harvesting Segment
    Energy harvesting in consumer wearables is vastly underserved. Thermoelectric generation (TEG) is already used in aerospace and industrial sectors —
    we bring it to the mass market through lightweight, modular, flexible formats.
  • Demand for Off-Grid, On-the-Move Energy
    From hikers and digital nomads to cyclists and festival-goers — the need for portable, self-generating power is growing.
    T-GenX modules let users charge small devices anywhere, anytime, using only their body heat.
  • Platform for B2B Innovation
    Our flexible TEG modules create opportunities for:
    • fashion-tech partnerships,
    • defense & rescue gear upgrades,
    • IoT & low-power sensor integration.
    • T-GenX becomes an energy platform — not just a product.
Roadmap
💡 2017.Project idea conceived.
✅ Completed
🔬2018.Initial research on flexible thermoelectric generators.
✅ Completed
🧪 2019-2021.Material experiments & TEG prototypes — Lab testing begins
✅ Completed
👕2022. Wearable mockups & energy harvesting tests — First shirt-mounted modules created
✅ Completed
🔋2024.Prototype reaches 6V from 4 modules — Enough to charge wearables
✅ Completed
🧵 2025.Design-for-manufacturing model created — Modular, swappable, washable system finalized
✅ Completed
🎥 2025.Kickstarter campaign launched — Hello, world!
🚀 In progress
📦Q1-Q1 2026. Beta kits & Alpha units to backers — Field testing begins
⏳ Planned
🏭 Late 2026.Start of small-batch production — Based on community feedback
⏳ Planned
🌍Early 2027.First international shipments — Delivering wearable energy worldwide
⏳ Planned
Please fill out the form, and our team will get in touch to discuss the details of our potential cooperation
Home
Made on
Tilda