NONE of these circuits (except MAYBE the last one) are OU. They will give you extended run times. Until you incorporate a source of ENERGY GENERATION into the system, that is the best you will get. The last circuit shows the motor turning a generator. I have never wired anything the way it is wired in the last circuit, so I have no idea what the results would be, but all the components needed are there. ALL I showed as a "One battery circuit" is below, and it was just to show a simple electrical loop. It is NOT OU. It was simply shared to show that electricity can be run in a circle back to the source. The output of the boost module needs to be such that the voltage hitting the battery is two volts over its standing voltage. Results are ENTIRELY dependent on the efficiency of the boost module. Adding a rotor to that motor with a couple of Lenz free generator coils would certainly improve results, since in the circuit I show below there is NO SOURCE of energy generation. It wasn't shared as an OU circuit. But if a rotor and coils ARE added, their output needs to be rectified, bucked down, and run THROUGH a load back to the primary battery, hitting the battery at two volts over standing voltage. That would be the simplest Mechanical COP>1 system I know of that would actually work. Its would depend on the TYPE of motor used (pulse motor) the coils wound, and the efficiency of the buck and boost modules.
Electrical loop.png
Electrical loop.png
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