You have to respect the hard working people in Pakistan for constantly surprising the world with ingenious new inventions. They are particularly strong in electrical engineering. One inventor Umer Farooq, the author of ‘Limitlessness’, now claims to have invented a super efficient permanent magnet which, if scientifically explored could tranform electrical engineering and seriously boost the green energy revolution. Indeed it would help all mankind the world over by lowering energy consumption in almost all new electrical motors.
Umer Farooq is no dummy. He received a B.E in Electrical Engineering from University of Engineering and Technology Lahore, Pakistan in 2004, the M.Sc degree from Université de Nice Sophia Antipolis, France in 2007. He completed his PhD from System on Chip (SoC) department of Laboratoire d'Informatique de Paris6 (LIP6), Université Pierre et Marie Curie (UPMC), Paris France in july 2011. During his PhD, he worked on the exploration and optimization of application specific heterogeneous tree-based FPGA Architectures.
Mr Farooq is now gaining world attention with his claims... but are they true? Has he indeed come up with a breakthrough in the form of a highly efficient new magnet? One that is designed especially for electric motors? And one which Farooq claims, can do a lot of work with a much lower consumption of energy because of a new type of magnetic interaction?
A new type of magnetic interaction?
According to Farooq, modern electric motors use about ten horsepower worth of electric energy for yield a mechanical output of about nine horsepower worth of work, while electric motors built with his new super efficient permanent magnet will need only five horsepower input of electricity, while the mechanical output of this motors will remain nine horsepower. This is a bold claim in our energy based economy - this could really help Pakistan and the entire world.
Dr. Muhammad Kamran has also handled responsibility evaluating Laboratories in other universities. He is supervising 4 PhD students working on advanced compression techniques and interharmonics evaluation. He says the magnet shows a lot of promise in early testing but more experimentation is required to prove the merets of this magnetic innovation.
Dr. Muhammad Kamran joined University of Engineering and Technology, Lahore in February 1994 as Lecturer. After getting PhD in July 2007 from Beijing Institute of Technology, Beijing, China, he is appointed as Professor and Chairman of Electrical Engineering Department, UET, Lahore, KSK Campus. Dr. Kamran taught course at undergraduate and graduate levels of the curriculum in Electrical Power and Computer Engineering.
ORIGINAL VIDEO SHOWS IT WORKING
Talking about the newly developed magnet, Farooq said that the breakthrough uses super efficient magnetic interaction. ‘It provides far more repulsion force than ordinary permanent magnet,’ he observed. ‘In totality, that is why it provides more than 100 per cent additional mechanical output force than that of the electromagnet,’ he added.
Super magnets are used in engines and many other devices. All applications where permanent magnet motors are used would be affected by this invention, including elevators, electrical scooters, air crafts, hobby crafts, textiles, CNC machines, industrial power tools, printers, etc.
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