How it works
Beam power across the gap.
A phased-array transmitter and a rectenna, both built from standardized 0.5 m panels. Point them at each other and scale the array to the load. No cable between them.
- 01
Transmitter
An Radio Frequency phased-array antenna of 0.5 m panels forms and steers a 2.45 GHz beam. Panels click together, mechanically and electrically, into one aperture.
- 02
The beam
Power crosses the site as a microwave beam. Reach and delivered power scale with array size and distance. The configurator sizes this for you.
- 03
Rectenna
A receiving array converts RF to DC behind a low-profile mesh surface, delivering usable electricity 24/7.
- 04
Safety
Power density is only a concern at the rectenna. A laser and infrared curtain define a protected zone; if anything crosses it, transmission stops automatically and resumes when clear.
Built to scale
One 0.5 m module is the building block for every size. Interconnect panels to reach the power and coverage you need, from a few tiles to thousands.
Rapid deployment
Click-together assembly and standard mounts mean far less civil work than trenching cable across a site.
Modular redundancy
Because the aperture is many small panels, the system degrades gracefully rather than failing all at once.