Lightning has how many volts

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Travel My Hometown In L. Subscriber Exclusive Content. Why are people so dang obsessed with Mars? How viruses shape our world. The era of greyhound racing in the U. See how people have imagined life on Mars through history. See More. Offhand it would seem that a shock of 10, volts would be more deadly than volts. But this is not so!

The touch voltage goes from a safe 50 V for a dry location at maximum Ze to a potentially dangerous V at minimum Ze. The safe voltage is the voltage that does not cause a physical shock, generally less than 36 volts. In naval mine warfare, the maximum current that can be supplied to a sweep in a given waveform and pulse cycle which does not produce a danger area with respect to the mines being swept for. Dictionary of Military and Associated Terms.

Save my name, email, and website in this browser for the next time I comment. Press ESC to close. How many volts are in a lightning strike? Wikipedikia Editors 4 Min Read. Table of Contents. Math , Measurement , science.

I like the fellows idea somewhere in the comments about harnessing the power as it is producing the strike. It has to build up the power for the strike to happen. If we could do this we could possibly prevent dangerous lighting. The actual strike is a series of pulsed ring waves. The frequency is around kHz. This has to do with the physics of the plasma filament and the pressures working on it. So the peak V and A values you indicate above are not DC calculations like you describe. Paul, You seem smater than me so I will assume your math is correct.

Please continue to multiply by the number of lightning bolts in an average T-storm and the average number of T-storms in various US cities. You may also factor in the most strikes Lake Maracaibo, Venezuela and the cost to convert to Microwave for transport via satellite to the southernmost US connection to the power grid. Those are PEAK values, not steady-state. The lightning current waveform and voltage waveforms are both transient, not square. Hello stop thinking about harnessing thunderbolts but think about mimicking clouds the most charge based type.

With the most number lighting strikes recorded on planet earth. WE should try create our own cumulonimbus clouds in a small contained environment. Till it is solid.

Its better and easier than converting heavy water,. It can power the US in a year …. Fact: Voltage range from 50 Mega Volts to 1 billion Volts Fact: Current range from 5kA to kA Fact: BUT the time is very short, in the order of milliseconds So: Thus the energy output is fairly low and could, at most, light a regular fluorescent for not much more than a year.

To harvest such energy would be basically impossible since the lost in transformation to make it in the range of a usable V AC would be far greater than the source could provide. The lightning is not kv The natural lightining is clocked at millions of volts, Around million volts… thats MVMV.

If you live in Central California in , you might know that lightning started fires on August Is there a way the lightning could just be attracted away from these dangerous strikes — something like a lightning beacon? I think everybody is forgetting about the size of the insulators you would need to separate the plus and minus it be tremendous million volts.

National Geographic says a bolt of lightning can be 1 Billion volts. Where did you get 40 to kV? You might fly a kite in an electrical storm with a wire attached to the capacitor and the other lead to ground. Furthermore, each year, over one and a half billion lightning flashes are released into our atmosphere, so you can imagine just how much energy is created by this one source alone. Real clear science , National Geographic , Stormwise. An exceptionally large battery that would be able to cope with such an intense and sudden influx of raw electricity would be required.

Some inventors have tried to make progress in this area, however, the devices already developed with this capability are either incredibly difficult to produce or are inefficient. Alongside this, we are not yet able to store and retrieve any energy that we are able to capture because of simple physics. A lot of energy is lost in the conversion process. Combined, the limited total energy that we can secure and the difficulty and loss in accessing it, means that we would only generate a tiny fraction of the power that we use every day from atmospheric lightning.