Using Nano Technology

Power is always much more convincing. When people are turning around to discover the source of all the energy, only then are the ways of creating new energy for all of the world's discoveries. Sometimes the nature, its own thinking - people have been searching for power in a new way, year after year. And it has been successful too. Today's discussion with the source of some different types of energy

We are using different strengths in the trichylectric nanotechnology generator. Earning energy from different sources. But the cost of energy through their movements, work, etc. is the same. This is the way we are walking, pressing on the keyboard, moving the hand - does not all this cost anything? But the power is coming? No! Recently the School of Materials Science Engineering Georgia Tech has invented a new and surprising way to stop this waste of energy. And this is the name of the trilolectryfication. In this case, there are as many elements as possible. One of them is dynamic and the other is stable. If the moving part repeatedly moves over the stabilized part and presses the pressure, it generates power. In science it is called Contact Electrification. Almost all of our known known people in this technology can help to generate strength. However, in this case, the use of nanomaterials is greatly enhanced, so that the depth of energy is also multiplied by a thousand times. This technology, discovered in 2011, can produce 3,000 volts. And now that amount has reached 10 thousand volts. Not very much, and in the year five years, trybyelectrication is expected to enter the daily life of its inventors. Think, using this technology, Nano generators are placed in the car and on the road to walk. With all those roads, we are moving or carrying the car, the moving parts of the generator generators are repeatedly producing electricity by putting pressure on the remaining parts. Thus, on a busy street, Nano Generator will be able to generate electricity continuously without any kind of carbon emission.