We have a new 179 and did not purchase the panel, but are thinking about it.

How does it work for those that have used it?

Thanks

New R-pod owner

The system charges my group 24 battery to the top level in an afternoon if it's sunny.  I picked up two larger reconditioned sealed batteries (TEL12-90 - 12 volt 88Ah - VRLA Battery series for Telecom Power Applications) today - they are 4 years into a 10 year lifecycle but I only paid $80 each.  I had to get creative mounting both batteries since they fit in group 27 battery boxes, but they are on there solidly.  In hindsight I could have mounted them on end, but the boxes wouldn't protect the batteries as well.  Either way, I'm going from 64Ah to 176Ah, which I don't see us stressing this year with any of our planned trips.

I'm not too worried about shade, I have some flexibility on where I mount the panels so I should be able to find sun most places we go.

First test run this weekend up to the family cabin!  Tonight was de-winterize the rpod night - my first time.  Everything looks good so far!

Hi Frankie,

I too am a new Rpod owner. Solar panels are a good way to go, though expensive. In the long run they are less expensive and less hassle than generators, etc. I find the solar systems offered for the Rpods to be over-priced. I looked at one yesterday at a local RV dealer where a 200 watt ZAMP model with PWM controller in nice fold up carrying case cost around $1000.

You can buy two 100 watt modules from Amazon for around $300. A controller can be maybe $100 for a PWM (pulse width modulation). The better MPPT (maximum power point tracking) controllers are maybe twice that. But you are still looking at less than $600. The MPPT controllers will harvest more solar energy than the PWM versions. Since solar power is expensive, you want to maximize the payback by getting the better charge controller. The extra cost here is worth it in the long run.

The Zamp solar kit offered with the Rpods has the cheaper PWM controllers built in behind the panels. Still the kit is a nice plug-in upgrade. But you can do better and cheaper assembling your own system. I have a spare 185 watt panel, identical to the other 25 panels on my home solar system. I purchased a Morningstar MPPT controller for a bit over $200. The combination puts out around 12 amps at maximum power point. The controller is a 4-stage battery charger, programmable for all types of batteries. I made a simple metal conduit brace to tilt the solar panel board the sun.

The Zamp kit's advantage is being a complete package, ready to stow in your Rpod and plug in at your camp site. My panel will ride on the queen mattress during travel. It will require a bit of setup at the camp site. 

I would suggest securely anchoring any solar panels against unforeseen winds. I had my panel tied down to a big concrete block in my yard. The next morning a strong wind had flipped the solar panel face down on the lawn with the concrete block at the end of the tie-down rope just beyond the panel. Now I use a screw-in anchor that is used for tethering pets as my tie-down point. Here's a couple of photos of my solar charging setup:

The next photo shows the simple metal conduit brace to angle the panel toward the Sun:

The above photo also shows the Morningstar MPPT charge controller installed on a portable deep-cycle battery. So if you don't mind the extra work to fashion your own solar charger, you can save a bit of money. But whether using the commercial Zamp kit or your own home-brew setup, the solar charging system can give a bit more freedom for off-grid, dry camping.

- How To - Installation - Solar Panels on Roof.pdf