inductive energy storage

114

01:53:09

charges up using 50c 5000mah lipo battery in 4500w（15v300a）， discharges in 90000w（300v287a）， this could be better than capacitive energy storage in lots of（some） ways

published 9 years ago

WTFCircuit

9 years ago

Starting from the fact that if you charge the inductor with 3000W the output CANNOT be bigger than 3000W in ideal condition, IRL it is even worse. Second, you can leave a capacitor charge for several years without any load, an inductor on the other hand will discharge itself almost instantly without a load, creating a massive voltage spike that can destroy your battery

sjkhan

9 years ago

sjkhan

9 years ago

I have no ideas can you help me

AlexWang

9 years ago

no sorry don't get me wrong, it is the instantaneous power output, look at the charge and discharge duration, basicly i mean pulse power supply, why inductor storage? because its power density is greator than a capacitor. if you are intrested, checkout superconducting inductive energy storage, since there's no resistance present, the current can flow in infinite, of course while the conductor is at its superconducting state, untill you take out the energy you have stored.

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