Imagine if your electronics could get power through the air just like your phone gets Wi-Fi. Instead of plugging in cables or swapping batteries, devices simply stay charged by being in the same room as a transmitter. It uses a safe infrared light beam to send energy up to 10 meters away.
Electronic devices rely on batteries and cables, leading to 20 billion batteries being swapped annually and 1 trillion plug-in events per year. This creates massive maintenance costs and environmental waste.
A system of infrared transmitters and receivers, including a charging pad, Wi-Spot screens, and prototypes for toothbrushes, faucets, and game controllers.
If you are a digital signage provider dealing with the cost of wiring screens in stores — this project developed Wi-Spot screens that receive power wirelessly. This removes the need for expensive electrical installations and cables.
If you are an electronic lock manufacturer dealing with frequent battery replacements in door hardware — this project developed wireless receivers that keep locks powered at all times. This eliminates the maintenance burden of swapping batteries.
If you are a personal care brand dealing with charging docks and cables for toothbrushes — this project developed a wireless power system that works over 10 meters. This allows devices to remain powered without physical plugs.
Based on available project data, specific pricing is not disclosed, but the project focused on detailed design to spec and cost for the base product and screens.
Yes, the company established a necessary test and assembly manufacturing line for the base product and Wi-Spot screens to move toward market validation.
The company has developed and patented a technology for wireless transfer of energy over distances of 10 meters and beyond.
The project successfully completed most of the necessary steps to achieve regulatory standards for CE marking.
Based on available project data, the company has already created prototypes for game controllers, toothbrushes, and faucets, suggesting a versatile integration process.
The project is led by a single SME, WI-CHARGE LTD from Israel. With a 100% industry ratio and no university or research partners, the focus was exclusively on productization, industrial design, and market validation rather than basic research.
Contact WI-CHARGE LTD in Israel for licensing or partnership
Contact us to explore integration of long-range wireless power into your product line.
