Originally posted by padman189
Thank you for the insight. So in reality, all the solar ready means is that I can charge my trailer batteries with the solar panel? |
Yes. Be sure to check the polarity of the solar plug on the side of the 'pod, too. It is reversed from what I expected. I connect my panel directly to my battery.
Your R-pod does not have an inverter, but you could add one. It has a battery charger that is, oddly, called a converter. It will charge your battery when the 'pod is connected to 120V. In my 180 there is room for an inverter behind the fuse/breaker panel and there is a 120V receptacle close by that is easy to connect to an inverter. You may have the same.
You should size your inverter and battery so that the battery has enough Amp-Hrs to run your expected loads for 3 days using 12.5V to calculate watts. That's a big battery or a small load/inverter. The panels should have enough output to return the watts used in 6 hours/day for no more than 2 days; one day is better.
So, if you run 100 watts of "stuff" for 3 hours a day, that's 300 watt-hours. Divide by 12.5 and that's 24 Amp-hrs, 1/3rd of the OEM battery capacity. But, ... you should not pull the battery below 50%, making that really 2/3rds of the usable battery capacity. A bigger battery is a good idea.
To get the battery recharged in 6 hours, with no drain, you need 300/6hours = 50 watts of panel. 50 watts is marginal because you might not get 6 hours of sun and might not get the angle right, so double that to 100 watts.
The panels need a charge controller. You can put the controller inside to keep it out of weather.
You may also find a 1000 to 1200 watt portable generator is cheaper and more dependable. 2200 to 2400 will run the microwave. 2400 might run the A/C if you modify the A/C. 3600 will run everything, but mine weighs 110 pounds.
------------- John
'16 R-Pod 180
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