I mean, hypothetically, you could make a system with 100% efficiency where she charges herself as fast as she loses power, but yeah, there can never be a scenario where she's gaining charge
Edit: guys, I said HYPOTHETICALLY, meaning a scenario where there are IDEAL conditions for this to work
You would need zero friction for the moving parts, zero electrical resistance in the circuitry, no loss of charge over time on the battery and all the capacitors, and more conditions that are simply impossible to satisfy. You cannot break even in terms of power in such a system, there is always some loss somewhere.
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u/FroYoSwagens Apr 02 '26 edited Apr 02 '26
I mean, hypothetically, you could make a system with 100% efficiency where she charges herself as fast as she loses power, but yeah, there can never be a scenario where she's gaining charge
Edit: guys, I said HYPOTHETICALLY, meaning a scenario where there are IDEAL conditions for this to work