Yes. By the time that Tesla got around to shipping the technology, electricity demand had actually increased by 4x!
When Tesla launched the Tesla Coil, it was the first commercial product to use a high-speed coil capable of producing a tremendous 7-7.5 kW of power at its peak output.
After this, there were various attempts at using smaller coils to increase power output. However, all of these were limited in power by the low magnetic flux density of the coil. With such a low power output, they would only generate 10 watts per coil.
The Tesla Coil, on the other hand, was capable of producing a 7 kW electrical output at its highest point. This is the power output you would normally see in a transformer, and could be considered truly “free energy.” In actuality, the Tesla Coil was only useful for large power-hungry consumer devices, and had a limited operating capability.
Even if it did work, most consumers would end up paying for the higher cost of electricity. When it comes to consumer electric tools such as tools and drills, consumers can’t buy the extra energy (or the lower power) because they could simply not afford the high cost of electricity.
Why is it so hard to generate?
First, there is very high resistance in the coils used in high-output coils. Because this high resistance makes the coils extremely difficult to get good current flowing through them, you will need an expensive and powerful transformer to generate the energy.
Secondly, the power output of a high-power Tesla coil is limited by its length. High-power coils require a massive coil to handle the high power output. This coil will have to be quite large to handle all the power that the coil generates.
Finally, if your Tesla coil is intended to be used as a small portable appliance, it can’t be used outside in the air. This allows the electrical output to be limited by how far you can get the coil in range of a battery.
Do you need a Tesla coil in your car? Can I just use a normal power charger?
Probably no. There is one key difference between a Tesla coil and standard power chargers. Tesla coils are extremely powerful. Because they operate at the peak of their power output, the voltage of their output will not be significantly reduced. As a result the Tesla coil will need several times the voltage of the power charger it is compared to to achieve the same power output, leading to a
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