I have a question if someone can help.

As discussed, the concept being evaluated is a cell hopping cyclic injector.

A Voltage Divider outputs the Bank Voltage divided by the number of cells in series.

A 555 is connected to 17 output counter.

17 separate DPST relay connect to each of 17 cells.

The counter connects "cell 1" to the injector for several minutes,

then disconnects "cell 1" before connecting "cell 2".

Cycling around the cells, hopping one to the next.

In the scenario I am trying to simulate: The 17 cells are connected to solar charger.

The voltage across bank of 17 cells whilst connected to Solar Controller is 57.8V.

The Injector is 3.4V (Bank divided by number of cells).

How do I calculate what the voltage across cell would be with Injector connected.

For a cell with 3.3V across, connected in parallel with 3.4V injector.

And,

For a cell with 3.5V across, connected in parallel with 3.4V injector.

How would I approximate the new voltage equilibrium across connected cell,

to estimate effect?