Within the environmental sustainability projects
Two students devise a way to transmit electricity wirelessly
Matar (right) and Abdel Rahman while participating in the Technology Festival.
From the source
Two students at the Applied Technology High School of the Abu Dhabi Center for Technical and Vocational Education and Training, Abu Dhabi Branch, have come up with a smart way to transfer electricity from one place to another wirelessly by waves, through their project “A step towards smart electricity grids” (witricity), which means networks without Wires.
The two students, Matar Muhammad Al Hammadi, and Abdul Rahman Auf, told Emirates Today that everyone faces the problem of multiple wires, and if any of them are burned, the rest of the wires burn, which requires a technician to replace them, so we invented a new way to deliver electricity without wires. By taking advantage of the characteristics of the waves used in the Internet and smartphones.
In the first phase of the project, the two students confirmed that they were able to illuminate the electric lamps by transmitting electricity to them wirelessly via waves, and in the second phase they are working on developing this method so that smart phones and electronic devices can be charged wirelessly.
They added that this method of transmitting electricity is inexpensive and is part of environmental sustainability, as it is more environmentally safe.
On the steps of the electrical wave’s passage until it reaches any device to charge or operate it, the Taliban mentioned that the project is a device consisting of four basic parts, the first converting electrical current into waves, and the second converting 230 or 240 volts AC (electrical current) to 24 DC (waves) Electric).
They indicated that the third part is to accelerate the waves so that they do not get lost in the air, and reach the target to be operated with, and the last part is a recipient of these waves, in which the device to be charged or operated is installed, and the recipient converts the waves into an electric current again to power the device installed in it.
The two students participated in the project, which took about four months to implement, in the National Science, Technology and Innovation Festival organized by the Ministry of Education last February.
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