Micheal,
Take it this way..... what do we do when we want to fully fill in an empty vessel V 2 with say a liquid....
we pour the liquid to be filled from another container say V1 which is full to its capacity..right?
when the liquid is poured in the other container (V2), the status of the result is flipped..that is the V1 is now empty and V2 is now full..
the same is true in a CONSTANT CURRENT mode of charging the battery , as a constant Current Implies CONSTANT POWER as well (Power= Energyx time), the Potential of the Battrey is 'attained ' as a result of this dump over time in the Conventional mode of CONSTANT CURRENT charging. (of course the Souce Voltage has to be couple of Volts above the Sink Dipole (Receive) Battery).
Hope you catch up the concept.
Rgds
Take it this way..... what do we do when we want to fully fill in an empty vessel V 2 with say a liquid....
we pour the liquid to be filled from another container say V1 which is full to its capacity..right?
when the liquid is poured in the other container (V2), the status of the result is flipped..that is the V1 is now empty and V2 is now full..
the same is true in a CONSTANT CURRENT mode of charging the battery , as a constant Current Implies CONSTANT POWER as well (Power= Energyx time), the Potential of the Battrey is 'attained ' as a result of this dump over time in the Conventional mode of CONSTANT CURRENT charging. (of course the Souce Voltage has to be couple of Volts above the Sink Dipole (Receive) Battery).
Hope you catch up the concept.
Rgds
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