Wireless Charging Technology: Disney Invented A Room Where Your Phone Will Never Die

It seems that the modern devices are moving towards getting rid of the wires slowly, and then some cable companies have already got rid of the headphone port, and the wireless charging was adopted by many of the leading phones this year, but the advent of "wireless charging" did not meet our ambition in the end must be The phone is connected to the charging board, which hinders the use of the phone during charging, but becomes more complex than it can be and is connected to a cable.

So researchers are still looking for ways to find "real" wireless charging. Researchers from Disney Research have recently found a new way to allow wireless power to propagate around a room, meaning that you can use the phone freely while charging its battery.

By stimulating electric currents, researchers can generate uniform electromagnetic fields that can be transferred to devices that receive electricity within a given MHz frequency. In a 16x16-foot, 16-foot 16-foot-high aluminum frame, it was effectively proven that 1.9 kilowatts of power could be transported, enough to charge 320 smartphones.

To market the technology, researchers have a last step: to develop technology to operate within a non-metallic environment (or at least to reduce the metal). However, researchers believe that if the technology were presented with panels attached to the room (or with a conductor coating or copper electrodes installed in the construction structure) this would not prevent the user from obtaining this result.

This technology is no doubt revolutionary. It is a real example of the wireless charger we are looking for. Imagine that you can easily charge smartphones and electrical appliances using Wi-Fi!

"With this work, we were able to fill the wireless energy with a room perimeter, but there is no reason not to reduce the ocean so that a toy box can be mounted or enlarged to accommodate a warehouse," says Alanson Samble, a researcher at the technology development team.