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No. If you connect in series, positive to negative and then connect load to the remaining positive and negative terminals then the voltage at these terminals is the added voltage of the batteries thus connected, but the capacity (amphours) stays the same.

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βˆ™ 14y ago
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βˆ™ 13y ago

A: To add more current capacity on a bank of batteries with the same potential is advisory to add a very small resistor in series with each battery in this way the battery will share the load equally. OR add a series diode again from each to the load. These measures are required to insure equal load sharing otherwise the good batter Will try to equalize a weak battery providing current to the weak battery and little to the load

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βˆ™ 10y ago

-- The arithmetic of capacitors in series is the same as the arithmetic of resistors

or inductors in parallel.

-- The total effective capacitance of several capacitors in series is the reciprocal of

the sum of their individual reciprocals. If there are only two capacitors in series,

then their effective capacitance is their product divided by their sum.

-- To go straight to the point of your question, the total effective capacitance

decreases as you add more of them in series, and it's always less than the smallest

capacitor in the string.

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βˆ™ 13y ago

You double the available current capacity. The voltage is the same as a single battery.

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Q: Does the capacity of the battery increase when they are connected in series?
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