The proof-of-concept (PoC) demo milestone was achieved recently in Seattle using optical beaming – a laser-based technology that converts electricity into high-intensity light which is then captured and transformed to electricity at the radio base station. Read Full Article Here
As a result of Ericsson’s constant pursuit of new technology to improve the deployment of Radio Access Network (RAN) sites, the company has teamed up with U.S. laser innovator, PowerLight Technologies, to achieve the first safe, fully wireless-powered 5G base station. The proof-of-concept (PoC) demo milestone was achieved recently in Seattle using optical beaming – …
Ericsson and PowerLight demonstrate world’s first wireless powered 5G base station Read More »
SEATTLE, Oct. 4, 2021 — Multinational telecommunications firm Ericsson and Seattle-based PowerLight Technologies reported the successful demonstration of a fully wireless-powered 5G base station. The proof-of-concept used PowerLight’s optical beaming capabilities to convert electricity into high-intensity light that is then captured and converted to electricity at the radio base station. Read Full Article Here
Kent-based energy transmission startup PowerLight Technologies has partnered with Swedish telecommunications giant Ericsson to provide power for a Seattle 5G base station — wirelessly. The proof-of-concept demonstration used laser technology and photovoltaic panels on a rooftop to transmit power hundreds of meters through the air. Read Full Article Here
Beaming power wirelessly using laser beams has been the stuff of science fiction for decades — but Kent, Wash.-based PowerLight Technologies and Ericsson, the Swedish-based multinational telecommunications company, have shown how it can become a reality for 5G wireless service. It may take a couple of years for PowerLight’s beamed-power system to get integrated into …
GeekWire: PowerLight and Ericsson demonstrate laser beaming system to power 5G stations Read More »
Ericsson is claiming a world-first in a proof-of-concept that used laser beam technology to power a 5G base station completely wirelessly, without any electric grid connection or on-site power generation. The demo took place in Seattle and used optical beaming with partner PowerLight Technologies. Laser-based optical beaming technology converts electricity into high-intensity light that is …
FierceWireless: Ericsson uses laser beams to wirelessly power 5GmmWave base station Read More »
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The Power Transmitted Over Laser (PTROL) project safely and wirelessly transmits energy to a specific receiver. This has been a multi-year project. Phase III demonstrated PTROL is on the path to mount a receiver that’s light enough and powerful enough to be flown on a drone. Power beaming is undetectable by the human eye, quiet, …
The Power Transmitted Over Laser (PTROL) Project (Video) Read More »
Like mobile connectivity before it, persistent power will transform the way we design, deploy, and harness networks in the 21st century. Persistent power is defined as clean, safe, platform-agnostic power that is available on demand, where it is needed. Persistent power is made possible by revolutionary advances in wireless laser technologies, and critical new laser …
Laser Technologies and the Promise of Persistent Power Read More »
In 2020, there were 22 separate billion-dollar weather and climate disasters across the United States, shattering the previous annual record of 16 events, which occurred in 2017 and 2011.The billion-dollar events of 2020 included a record seven (7) disasters linked to tropical cyclones, thirteen (13) to severe storms, one (1) to drought, and one (1) …
Wireless Power Use-Case: Restoring Communications & Power, Post-Disaster Read More »