Forum Discussion
pianotuna
Jun 29, 2014Nomad III
Hi,
The fridge probably uses at least 100 watts per hour. By the time inverter losses are considered that works out to 10 amps each hour.
To return the bank from 50% state of charge to 100% can take a very long time.
Here is a chart:
![](http://www.bestconverter.com/assets/images/charge_wiz_curve.gif)
"The chart above shows the amount of time it took a PD9155 (55-amp) converter set to three different output voltages to recharge a 125 AH (Amp Hour) battery after it was fully discharged to 10.5-volts.
14.4-VOLTS (Boost Mode) – Returned the battery to 90% of full charge in approximately 3-hours. The battery reached full charge in approximately 11 hours.
13.6-VOLTS (Normal Mode) – Required 40-hours to return the battery to 90% of full charge and 78-hours to reach full charge.
13.2-VOLTS (Storage Mode) – Required 60-hours to return the battery to 90% of full charge and 100-hours to reach full charge."
The fridge probably uses at least 100 watts per hour. By the time inverter losses are considered that works out to 10 amps each hour.
To return the bank from 50% state of charge to 100% can take a very long time.
Here is a chart:
![](http://www.bestconverter.com/assets/images/charge_wiz_curve.gif)
"The chart above shows the amount of time it took a PD9155 (55-amp) converter set to three different output voltages to recharge a 125 AH (Amp Hour) battery after it was fully discharged to 10.5-volts.
14.4-VOLTS (Boost Mode) – Returned the battery to 90% of full charge in approximately 3-hours. The battery reached full charge in approximately 11 hours.
13.6-VOLTS (Normal Mode) – Required 40-hours to return the battery to 90% of full charge and 78-hours to reach full charge.
13.2-VOLTS (Storage Mode) – Required 60-hours to return the battery to 90% of full charge and 100-hours to reach full charge."
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