INFRGY’s device amplifies energy by harnessing ambient electromagnetic energy
INFRGY LLC showcases a device which converts
radio frequency (RF) signals into electricity. It transmits RF signals
and amplifies it with electromagnetic energy harnessed from the environment.
The amplified energy output has been tested and documented by the University of
Kashmir’s Institute of Technology. The resulting energy output may be used in a
combination of wired and wireless devices.
The novel device performs multiple functions
at the same time, and can be thought of as several devices in one. It transmits
an ultra-high frequency RF signal, which is converted into DC electricity. It
also captures electromagnetic energy in the environment and converts it into DC
current. The combined energy can then be used as DC current or further converted
into AC current. More testing and research is being conducted at high
technology institutions in India.
Co-founder Parvez Rishi feels that
corroboration is the key to widespread adoption of this technology. “Although
we have documented and verified our claims at the Institute of Technology, we
understand that there will be skepticism about the ability to harvest enough
ambient energy for output to exceed input. However, ambient energy is
already being harvested from sources like the sun, wind and water.” He goes on
to say, “we would like to thank the University of Kashmir for testing our
prototype, and welcome the opportunity to demonstrate our technology to other
interested parties. We look forward to further development with industry and
academic partners.”
The high demand for fossil fuels
has pushed researchers and innovators to search for renewable energy
technologies to mitigate the effects of air pollution and greenhouse gases on
the planet. Parvez Rishi adds: “Our goal is to introduce
INFRGY’s technology, which incorporates both renewable and wireless energy, to
the world. The potential is limitless”.
Website: https://infrgy.tech/
video link:- https://www.youtube.com/watch?v=tOIezuOZCfc
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