Wireless Power Transmission
Moving electricity from one place to another without the use of large copper wires. Originally proposed by Nikola Tesla and now in development for potential commercial use.
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In what it describes as the most significant demonstration of its kind in half a century, the US Naval Research Laboratory (NRL) beamed 1.6 kW of power over a kilometer (3,280 ft) using a microwave beam at the US Army Research Field in Maryland.
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Wireless power transmission has potential, but range is a major hurdle. In a new proof-of-concept, Ericsson and PowerLight Technologies demonstrated a technique called optical beaming, using a laser to transmit power to a portable 5G base station.
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We've already seen wirelessly powered implants that are activated by an external transmitter. Taking things a step further, scientists are now able to activate multiple implants sequentially, still using just one transmitting device.
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Usually when we talk about "cutting the cord," it means cancelling cable TV. But Russian startup Reasonance has bigger plans for TV cord cutting, showing a prototype that leaves the electrical cord behind in favor of wireless power.
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Yesterday we covered the news that New Zealand's second-largest electricity distributor has signed a deal with startup Emrod to trial long-range wireless power transmission. Today we follow up with an interview with Emrod's founder, Greg Kushnir.
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A New Zealand-based startup has developed a method of safely and wirelessly transmitting electric power across long distances without the use of copper wire, and is working on implementing it with the country's second-largest power distributor.