INFRGY has filed a second patent application for its extended range wireless energy harvesting system. This technology, which converts radio frequencies (RF) into usable electricity, is being developed together with the University of Kashmir’s Institute of Technology to achieve increased output and transmission distance.
The INFRGY technology represents a significant advancement in wireless power transfer by combining harvested electromagnetic energy with transmitted RF signals to achieve ‘over-unity’ results. This innovative approach eliminates the need for wired connections while providing a sustainable method to power devices and charge batteries wirelessly.
“Radio frequency is already deeply embedded in our lives through various applications including radio, TV broadcasts, and cellular networks,” said Parvez Rishi, Co-Founder of INFRGY. “Expanding its use to wireless power transfer is a natural progression. Our technology is scalable, efficient, and offers a way to power devices without the need for precise alignment or physical contact.”
Unlike other competing wireless power technologies that utilise lasers, microwaves, or infrared light—which typically require direct line-of-sight and support only point-to-point transmission, INFRGY’s system leverages benign RF technology that can circumnavigate obstacles and power multiple devices simultaneously.
The technology builds upon the pioneering work of Nikola Tesla, whose late 19th century experiments demonstrated that energy could be transmitted wirelessly. INFRGY’s innovation modernises this concept using advanced RF technology.
“We’re deeply appreciative of the support that Professor Rouf Ul Alam Bhat and the University of Kashmir have provided,” added Rishi. “We’re confident that our continued collaboration will result in breakthrough applications across multiple industries.”
The potential applications for this technology span numerous sectors, from everyday consumer electronics to industrial equipment. Smartphones, tablets, surveillance cameras, and battery packs can all be charged without plugging them in or placing them on charging pads. The technology also has significant implications for powering IoT devices and smart home systems.
“We hope to continue to develop this technology, which can be integrated with other renewable energy systems such as solar, wind, and hydro-electric technologies,” noted Former Hawaii Governor John Waihee, who serves as an INFRGY advisor.
There’s plenty of other editorial on our sister site, Electronic Specifier! Or you can always join in the conversation by commenting below or visiting our LinkedIn page.
