Wireless Power unlocked
We use invisible LED spotlight to transmit energy from your wall or TV stand over to your coffee table. The receiver absorbs that light to produce electricity. Think of the receiver like a portable power outlet.
How Power Relays Work
We use an invisible LED spotlight to transmit energy from TV stand to your coffee table. The receiver absorbs that light to produce electricity. Think of the receiver like a portable power outlet. Plug in your laptop or phone from the convenience of your couch.
LED Light Emitter
Invisible Infrared LED light emits a beam of energy towards the receiver to produce power and charge devices at a distance
Light Receiver
The receiver uses lightguides and solar cells to volumetrically absorb light and produce electricity in a compact form factor
Relays at CES in Las Vegas
Company Vision
Using advanced energy transfer technology to power heavy-duty automated machinery and consumer electronics alike. Our vision is to power modern civilization with light, dramatically altering the future of energy technologies across the industrialized world.
Useful Questions
What happens if it's too far away?
The beam grows in size with distance and will overshoot receivers placed too far away. This results in less overall power flow.
Can the beam hit the Receiver from an angle?
The beam can hit the receiver from 30 degrees off axis without significant power loss. Future versions will benefit from anti-reflection coatings allowing for more than 60 degrees.
Can I put my hand in front of the beam?
The blue beam is an ordinary LED spotlight. Much like a stage light you find at concert venues illuminating celebrities.
Will there be longer range or more powerful versions?
For more power simply use more light. A single receiver can handle multiple cyclops emitters. Longer range systems are currently in development.
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