Complete RV Solar Chargers
Assemble your solar charging system in four simple steps:
1- DETERMINE HOW MUCH SOLAR WATTAGE YOU MAY EVENTUALLY WANT.
2- SELECT THE APPROPRIATE CHARGE CONTROLLER KIT
3- ADD SOLAR PANELS AND BUILD YOUR ARRAY
4- ADD SEALANT
For a more detailed explanation on Solar Charging System design, read our instructions here.
Select the appropriate Complete Solar Charger
Design chose the kit corresponding to the total wattage you think you may eventually want. This could include roof-mounted panels as well as portable panels.
15A < 230W, 20A < 300W, 30A < 450W, 50A < 700W, 85A < 1200W, 100A < 1400W
Click into the product for more information and to purchase your system.
Communicates battery voltage and solar charge rate to a smart phone or tablet via Bluetooth, Expandable up to 230W, Advanced MPPT charge controller delivers approximately 20% more energy than PWM, Combiner box covers roof penetration and allows for easy upgrades, Panel(s) can be tilted
Communicates battery voltage and solar charge rate to a smart phone or tablet via Bluetooth, Expandable up to 300W, Advanced MPPT charge controller delivers approximately 20% more energy than PWM, Combiner box covers roof penetration and allows for easy upgrades, Panel(s) can be tilted
Communicates battery voltage and solar charge rate to a smartphone or tablet via Bluetooth, Expandable up to 450W, Advanced MPPT charge controller delivers approximately 20% more energy than PWM, Combiner box covers roof penetration and allows for easy upgrades.
Communicates battery voltage and solar charge rate to a smartphone or tablet via Bluetooth, Expandable up to 700W, Advanced MPPT charge controller delivers approximately 20% more energy than PWM, Combiner box covers roof penetration and allows for easy upgrades, Panel(s) can be tilted
Communicates battery voltage and solar charge rate to a smartphone or tablet via Bluetooth, Expandable up to 1200W, Advanced MPPT charge controller delivers approximately 20% more energy than PWM, Combiner box covers roof penetration and allows for easy upgrades, Panel(s) can be tilted
Communicates battery voltage and solar charge rate to a smartphone or tablet via Bluetooth, Expandable up to 1400W, Advanced MPPT charge controller delivers approximately 20% more energy than PWM, Combiner box covers roof penetration and allows for easy upgrades, Panel(s) can be tilted
Add Solar Panels
Make sure you get the variant that matches what you want to connect your panel to. For example, kits that use the new Zamp combiner box (15A and 20A kits) work with panels that kits that end in Cable or ATP connectors. Our larger kits use the AM Solar combiner box which is compatible with panel kits ending in Cable. If you want to add a series panel to a panel going to a combiner box, select a panel kit ending in “S”. If you want to connect to a standard Zamp combiner box, get the panel kits ending in SAE. If you already have mounts and a wire harness, and just want a panel by itself, get a Raw panel.
Custom designed by Grape Solar for mobile applications, this 100W panel is ideal for Airstreams trailers, vans, truck campers, and any application where roof space is limited.
Wattage: 100W
Type: Monocrystalline
Operating Voltage (Vmp): 19.1V
Open Circuit Voltage (Voc): 23.1V
Operating Current (Imp): 5.23A
Short Circuit Current (Isc): 5.59A
Size: 41" x 22" x 1.38" 15.4lbs
Frame: Black Anodized Aluminum
Custom designed by Grape Solar for mobile applications, this 110W panel is ideal for Airstreams trailers and vans.
Wattage: 110W
Type: Monocrystalline
Operating Voltage (Vmp): 21.3V
Open Circuit Voltage (Voc): 25.7V
Operating Current (Imp): 5.18A
Short Circuit Current (Isc): 5.60A
Size: 68" x 15.4" x 1.38" 17.9lbs
Frame: Black Anodized Aluminum
Designed for narrow spaces using 6" cells, this panel is ideal for small systems. Made in Bend, Oregon, United States.
Wattage: 90W
Type: Monocrystalline
Operating Voltage (Vmp): 18.0V
Open Circuit Voltage (Voc): 23.8V
Operating Current (Imp): 5.0A
Short Circuit Current (Isc): 5.4A
Size: 39.6" x 19.9" x 1.38" 14.3lbs
Frame: Black Anodized Aluminum
Designed for narrow spaces using 6" cells, this panel is ideal for small systems. Made in Bend, Oregon, United States.
Wattage: 90W
Type: Monocrystalline
Operating Voltage (Vmp): 18.0V
Open Circuit Voltage (Voc): 23.6V
Operating Current (Imp): 5.0A
Short Circuit Current (Isc): 5.2A
Size: 58.3" x 13.6" x 1.38" 14.3lbs
Frame: Silver Anodized Aluminum
Designed for narrow spaces using 6" cells, this panel is ideal for small systems. Made in Bend, Oregon, United States.
Wattage: 115W
Type: Monocrystalline
Operating Voltage (Vmp): 18.0V
Open Circuit Voltage (Voc): 23.8V
Operating Current (Imp): 6.3A
Short Circuit Current (Isc): 6.8A
Size: 39.6" x 26.6" x 1.38" 17.6lbs
Frame: Silver Anodized Aluminum
Using 6" monocrystalline cells, this panel is ideal for large systems where there is ample roof space. Made in Bend, Oregon, United States Flash tested at 184W +/- 3%
Wattage: 170W
Type: Monocrystalline
Operating Voltage (Vmpp): 18.0V
Open Circuit Voltage (Voc): 23.8V
Operating Current (Impp): 9.30A
Short Circuit Current (Isc): 9.4A
Size: 58.3" x 26.4" x 1.38" 26.5lbs
Frame: Silver Anodized Aluminum
NOTE: Spring Sale on 190W DJ modules is for HQ (Springfield, Oregon) pick-up only. If you are interested in shipping, please reach out to info@amsolar.com for a shipping quote.
Sale includes Mix stock of A and B modules.
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These panels use cut 6" monocrystalline cells. Made in Bend, Oregon, United States.
Wattage: 190W
Type: Monocrystalline
Operating Voltage (Vmpp): 20.4V / 40.9V
Open Circuit Voltage (Voc): 24.2V / 48.4V
Operating Current (Impp): 9.3A / 4.65A
Short Circuit Current (Isc): 10.02A / 5.01A
Size: 58.3" x 26.4" x 1.38" 26.0lbs
Frame: Silver Anodized Aluminum
High wattage, using 6" cells, this panel is ideal for large systems where there is ample roof space.
These modules come in a standard and higher-voltage version*. Please be sure to match your kit and/or module(s) to similar voltage profile modules. Please reach out to AMS support with any clarifying questions @ info@amsolar.com
*When maxing out a larger charge controller (>70A) using higher voltage modules can be preferred as it allows you to more incrementally approach the input current max while still adding wattage to the system.
Wattage: 200W
Type: Monocrystalline
Operating Voltage (Vmpp): 20.4V / 37.6V
Open Circuit Voltage (Voc): 24.3V / 45.4V
Operating Current (Impp): 9.80A / 5.32A
Short Circuit Current (Isc): 10.2A / 5.83A
Size: 58.7" x 26.8" x 1.38" 26.5lbs
Frame: Silver Anodized Aluminum
This panel has it all, a low-profile, a narrow footprint, and high output. It is ideal for van conversions, Airstreams, or anyone wanting the latest in mobile solar panel technology. Custom-engineered by Zamp Solar and made in Bend, Oregon.
Wattage: 100W
Type: Monocrystalline
Operating Voltage (Vmp): 21.9V
Open Circuit Voltage (Voc): 25.62V
Operating Current (Imp): 4.83A
Short Circuit Current (Isc): 4.58A
Size: 20.7" x 43.6" x 0.67" 10.78lbs
Frame: Obsidian Black Anodized Aluminum
This panel has it all, a low-profile, a narrow footprint, and high output. It is ideal for van conversions, Airstreams, or anyone wanting the latest in mobile solar panel technology. Custom-engineered by Zamp Solar and made in Bend, Oregon.
Wattage: 90W
Type: Monocrystalline
Operating Voltage (Vmp): 18.0V
Open Circuit Voltage (Voc): 23.8V
Operating Current (Imp): 5.0A
Short Circuit Current (Isc): 5.2A
Size: 59.2" x 14.4" x 0.67" 10.3lbs
Frame: Obsidian Black Anodized Aluminum
Add Sealant
Your first tube of sealant will come with your charge controller kit. This will be sufficient for the combiner box and your first two panels. Beyond that, you will want one tube for every three panels. If you have an airstream, van, skoolie, or metal roof, use SikaFlex. If you have a fiberglass, or TPO roof, use Dicor. You can use Dicor on metal, but don’t use SikaFlex on TPO. Dicor sealant is used to seal the inside of the combiner box.
Ideal for Airstream roofs, Teroson protects the VHB tape from the elements and is UV rated. Use it to seal around mount feet, cable management hardware, and combiner boxes attached to roofs. Do not use Teroson on TPO roofs.
Dicor protects the VHB tape from the elements. Use it to seal around mount feet, cable management hardware and combiner boxes attached to roofs.