A low-cost nanogenerator capable of harvesting energy from motion
An affordable nanogenerator with the ability to extract energy from motion.
Applications: Automotive, wearable electronics, self-powered sensors, batteries
| Features | Benefits |
|---|---|
| A triboelectric nanogenerator capable of harvesting energy from motion | Low-cost green energy generation; Can be used in self-powered devices and sensors |
| Composed of readily available commercial materials | Minimises cost of manufacturing; Simplified material supply chain |
| Operates in four working modes based on compression and lateral energy harvesting | Can be easily customised and tailored for use in various energy harvesting applications |
| Stable power output for over 100,000 cycles. 5-20 W/m2 power-density per unit area | Highly durable construction; Operates under conditions of prolonged mechanical shock |
| −150°C to 150°C operating temperature | Suitable for energy harvesting applications in extreme climate conditions and environments |
Awaiting patent and Available For
- Co-development
- Consulting
- Licensing