Mechanism
How It Works
Our technology utilizes advanced magnetic resonance coupling — a transmitter coil generates an oscillating magnetic field at a precisely tuned resonant frequency. A receiver coil locked to the same frequency harvests this energy with minimal loss across an air gap of up to 250 mm.
Unlike simple inductive charging, resonant coupling maintains high efficiency even when transmitter and receiver aren't perfectly aligned — enabling real-world deployment in moving vehicles, robots, and dynamic environments.
Resonant Coupling
Frequency-locked coil pairs
Adaptive Tuning
Real-time frequency correction
Load Balancing
Multi-device power sharing
Thermal Management
Active heat dissipation
Field Generation
Transmitter coil energised at resonant frequency, generating a focused alternating magnetic field.
Frequency Lock
Receiver coil dynamically tunes to match, maximising coupling coefficient in real time.
Conversion
Rectifiers convert harvested AC to regulated DC — clean, stable power for any device.
AI Regulation
Onboard intelligence monitors load, temperature, and alignment to optimise every millisecond.
Principle Demo
Proprietary R&D
Innovations in Wireless Power
Our proprietary stack sets new standards across every dimension of wireless power.
Tech Signature
Engineered For Stable Power Transfer
Our core stack combines resonant physics, adaptive control, and thermal intelligence for reliable field performance.