Design and Manufacture of Electron Tank and its Industrial Applications

Considering that conventional batteries used in ordinary vehicles typically have a capacity of around 80 amperes, approximately 10^27 electrons are stored within them, with the total mass of these electrons being about 0.002 grams. In the largest standard batteries, utilised by major corporations or printing presses, the mass of the stored electrons can reach approximately 1 to 2 grams. In the new super-batteries introduced in this article, it is possible to store between 100 grams and approximately 20 kilograms of electrons
E=1/2mv^2=1/2(100×10^(-3))(3×10^8)^2
E=4.5×10^15 J
It is evident that the 1015 J energy generated by this battery could be used for different purposes, such as:
1. Utilising in nanotechnologies, such as the development of smart wrist-phones, etc.
2. Using as power source for spacecraft, spaceships, space stations, etc.
3. Using as energy supply for electric vehicles, electric trains, aircraft, etc
4. As a backup power supply in domestic or industrial power plants, etc.
5. Powering portable medical equipment
6. In manufacturing UFOs
7. In designing dream houses
8. In agricultural colonies
9. Producing potable water from the air
10. As an energy source for lamps to generate artificial light for plant growth on Earth, underground, in spacecraft, etc.