Nikola Tesla's One Wire Power Transmission [2] || Nikola Tesla System ⚡

Nikola Tesla is universally recognized as the inventor of single-wire power transmission using high frequency and high voltage. Tesla demonstrated that it was possible to light lamps and power motors by connecting them to just one wire. Single-Wire Power Transmission is an electrical engineering concept that challenges the logic of conventional circuits, where at least two conductive wires (positive and negative) are normally required for current to flow. In this system, energy is transferred using only one metallic conductor, without the need to use two wires. ❓ Curiosity: Why do lightning strikes burn out electronic equipment? Contrary to what many people think, your television or computer almost never burns out because lightning struck your house. If lightning did that, the damage would be physical (fire, melted wiring, and cracked walls). The burn occurs due to a phenomenon called electrical surge induction. A lightning bolt carries an absurd current (between 30,000 and 200,000 Amperes). When this colossal discharge hits a tree or a pole kilometers from your house, it generates an extremely strong magnetic field. The cables of the street's electrical network, the internet cables, and the telephone wires act as gigantic antennas. This magnetic field of the lightning induces an instantaneous voltage in these cables. This wave of energy travels at the speed of light through the wires of the electrical network until it enters the sockets of the residences. Instead of the normal 110V or 220V, the socket suddenly receives a peak of thousands of Volts. When the wave of thousands of volts from the electrical surge hits the circuit of some electronic device, it breaks the dielectric insulation of the components, causing an instantaneous short circuit. A single lightning bolt can heat the air around it to a temperature of 30,000°C in a fraction of a second. That's about five times hotter than the visible surface of the Sun. Although it seems that lightning just "falls," the brightest and most destructive pulse actually rises from the ground toward the cloud.