Said to be the world’s first true modular, large scale, fully synchronous wireless power transfer system operating at 24GHz, the technology platform provides the flexibility to build a variety of systems, capable of delivering watts to kilowatts of wireless power over distances of up to several kilometres.
The architecture is based on the industry’s smallest proprietary 24GHz RF System-on-Package (SoP) modules that use GuRu’s proprietary RFICs which are assembled into arrays, or “tiles”. These tiles form the nodes of a network of synchronous phased array antennas to meet various use-case performance needs.
Highly scalable the platform uses proprietary Smart RF Lensing to focus the RF energy and enable steering and focusing of the power beams to deliver unprecedented levels of accuracy and efficiency.
The newly developed system includes precise and reliable timing synchronisation, which is the key underlying technology that enables the seamless operation of the tiled transmitters and directly leads to higher power capability.
"Wireless power transfer is unlocking new possibilities across a wide range of applications,” said Narbeh Derhacobian, CEO of GuRu Wireless. “For example, with GuRu’s technology, persistent ISR drones can now fly untethered from a power source indefinitely, enhancing security for our armed forces. Our latest-generation architecture is purpose-built to enable rapid development and prototyping of wireless power beaming at a distance, specifically tailored for national security and defence applications.”
“GuRu Wireless’ power transfer technology has the potential to enable new capabilities across multiple domains,” said Chris Moran, vice president and general manager of Lockheed Martin Ventures. “The advancement of wireless energy transmission aligns with our commitment to harness cutting-edge technologies to enable more agile, resilient and connected systems to strengthen national security.”
GuRu Wireless is demonstrating its latest architecture in its lab, with a transmitter configuration directly powering a completely untethered drone over a distance of 30 feet.
To see the demonstration follow the link below.
