100,000 amps breakthrough: Highest electrical current achieved in Japan - electrical energy storage systems
National Institute of fusion science (NIFS)
National Institute of Natural Sciences (NINS)
Created an avant-garde in Japan
Garde conductor with ybased high-
Overtone band.
Cooperative design with Northeastern University, low
The resistance insulation technology involved in the development of conductor joints only increases its mechanical strength.
The results obtained are overwhelming: at an absolute temperature of minus 100,000 degrees Celsius, the current exceeds 253 amps (
487 degrees Fahrenheit).
In contrast, the current strength of the home power outlet is only 25 amps.
"The total current density, including the jacket, is more than 40 A/mm2, and this value is for the manufacture of large-
Scale fusion reactor magnets.
"This result is of global importance," the researchers said . ".
What makes super conductors so special is that they conduct electricity without resistance.
Unlike more common and cheaper copper/silver, conductors close to absolute zero do not lose any energy, and the current they carry begins to produce a magnetic field.
This property, known as the Meisser effect, gives the magnetic star placed on them an amazing ability to suspend.
In the fusion reactor, which is still in the experimental stage but has not yet been put into use, a magnet itself is a magnet.
It prevents the thermal plasma from touching the reaction wall by re-pulse the magnetic field.
Nuclear fusion power plants will be able to provide a fairly safe and eco-friendly energy production method for humans.
Because its fuel, tritium, can be found in large quantities in the Earth's oceans, it is expected to be endless.
Other applications of high-
It may seem like the future, but these may appear in the form of high temperatures.
Rapid Suspension of monorail, flywheel energy storage systems or smart grids.
Railway trains, flywheel energy storage systems, or smart grids.