4. How to Connect (series & parallel)
A. Definition
Method 3: Alternator / Inverter
Recommended charging voltage: 14.2V to 14.6V
Recommended charging current:
The 20A (0.2C) battery will be fully charged to 100% capacity in about 5 hours.
The 50A (0.5C) battery will be charged in about 2 hours at 97% state of Charge.
The battery can be charged via an alternator, or an inverter.
A. If your alternator or inverter provides DC output, consider
incorporating a DC-DC charger between the battery and the generator.
B. If your alternator or inverter supports AC output, follow the charger's
recommendations to add an appropriate battery charger between the
battery and the generator.
Step 1:
The battery is connected to the battery with a total input and output
cable, and two copper bars are added to multiple connecting cables.
Connect batteries to batteries by referring to the wiring diagram.
Step 2:
Connect the positive output cables of all batteries to a copper bar.
If you are connecting batteries in series (where the positive terminal of
one battery connects to the negative terminal of another), do not connect
the positive electrode to the copper bar to ensure a proper series
connection for the battery system.
Step 3:
Connect the load to the copper bar. The cable table used in this step
should be able to support the total input and output current of the entire
battery system.
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