This solar charging system helps get you off the grid with 550-watt flexible solar panels that provide DC power to charge your RV's batteries. Panels flex to fit on various surfaces. MPPT solar controller optimizes output for maximum charge. Great Prices for the best rv solar panels from Go Power. Go Power Solar Flex Charging System with MPPT Solar Controller - 550 Watt Solar Panels part number 34275012 can be ordered online at etrailer.com or call 1-800-940-8924 for expert service.
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Go Power RV Solar Panels
- 34275012
401 - 600 Watts
Roof Mounted Solar Kit
Go Power
Flexible Panels
AGM
Gel
Lead Acid
Lithium
5 Panels
MPPT
Expandable
10.1 Amps or More
This solar charging system helps get you off the grid with 550-watt flexible solar panels that provide DC power to charge your RV's batteries. Panels flex to fit on various surfaces. MPPT solar controller optimizes output for maximum charge.
Features:
Solar system provides an off-grid charging solution
550-Watt flexible, monocrystalline solar panels use sunlight to charge your RV batteries
Durable laminated backsheet withstands water, vapor, and dirt
60-Amp MPPT solar controller optimizes and converts solar panel output to provide maximum charge
Automatic multistage smart charging system helps extend battery life
Digital display monitors amperage, voltage, and battery capacity
Kit includes 5 solar panels, solar controller, MC4 cables, and installation hardware
Solar panel expansions (sold separately) increase solar power output
Specs:
Application: 12V and 24V battery systems
Number of solar panels: 5
Solar panel wattage: 550 watts
Solar controller input current: 60 amps
If you are an energy-conscious RV owner, the Go Power Solar Flex charging system provides clean, renewable power and independence from the grid. This kit comes with everything you need to charge your RV batteries with sunlight. Using 5 flexible solar panels, this system collects solar energy to create DC power that passes through a solar controller to charge your RV batteries.
How It Works
Collecting Solar Power
The charging process starts with the flexible solar panels, which install on the roof of your RV. When solar energy interacts with the silicon cells in each panel, it generates a flow of DC electrical current that charges your RV's batteries. Each of the monocrystalline cells is made from a single crystal of silicon, so the electrons that create the current have more space to move, making these panels more efficient than one with polycrystalline cells. And in optimal sunlight conditions, the panels produce 550 watts per hour.
The silicon cells are set between a laminated backsheet to withstand the elements. The panels are low profile and bend up to 30 degrees to suit the shape of your RV's roof, making them more aerodynamic than traditional solar panels.
Charging and Protecting RV Battery Bank
The solar controller prevents harmful overcharging by adjusting the power generated by the solar panels before it reaches your batteries. It uses maximum power point tracking technology to compare solar output to battery voltage and converts that output to an optimal amperage. Typically, this type of technology is a good fit for larger systems with higher voltages. This kit also includes a fixed-mount remote and Bluetooth dongle that install inside your RV.
Using a multistage charging system, the controller automatically switches voltages while the battery bank charges. This accelerates the charge, but also helps extend battery life by adjusting the voltage during the different modes. The controller is compatible with multiple battery types and includes preset charging profiles for lithium, sealed, gel, and flooded/wet cell batteries.
Charging Modes
Bulk: This mode charges at the full rated load for a quicker recharge time. As the name suggests, this is where the bulk of the charging happens. It typically charges the battery to at least 80% capacity.
Absorption: This mode provides controlled voltage to ensure a full charge. Once the battery reaches between 80% to 90% capacity, the absorption state will kick in and start charging at a regulated voltage. In each charging profile, this mode is set to last for 30 minutes after the bulk charge is completed.
Float: Once the battery reaches full charge, this mode maintains a lower voltage to compensate for self-discharge. This reduces battery stress and minimizes gassing and water loss.
Equalization: On flooded/wet cell batteries, this mode activates to prevent stratification and sulfate buildup during extended float cycles. These two issues can damage a battery by causing the accumulation of acid at the bottom of the battery and hardened sulfate crystals on the battery plates. This mode is especially helpful when your battery is going unused during storage.
The fixed-mount remote with backlit, digital display acts as an information center for your solar panel output. It shows the charging current, battery voltage, and battery state of charge. It allows you to input your battery type and choose a charging profile. The remote also lets you use Maximum Power Boost Technology. You can simply press a button to activate Bulk mode for the highest charging voltage. This lets you quickly top off your battery bank before the end of the day by capturing as much power as possible.
Additionally, a Bluetooth dongle lets you monitor the controller's settings and data from your smartphone or tablet using the Go Power Connect app. It is compatible with iOS and Android devices.
The solar controller can only accommodate either the fixed-mount remote or the Bluetooth dongle. It is unable to use both simultaneously.
Lastly, the controller includes several built-in safety features to help protect your equipment. The charging process will shut down if the controller starts to overheat and when an overcurrent is detected. Also, if the battery or solar panel is wired incorrectly, it activates a reverse polarity alarm.
How It Installs
The system includes (5) 110-watt solar panels, a 60-amp MPPT solar controller, a circuit breaker, a solar disconnect, MC4 cables, and all the necessary installation hardware.
Solar Panel: The solar panels install anywhere on your RV roof with included mounting hardware. To maximize sunlight collection, it is important to install the panels where they avoid shadows cast by objects, like an air conditioner or vent. The panels use MC4 cables and branch connectors to connect to the solar controller. These cables can enter the RV using the Go Power cable entry plate. This provides a covered housing and uses a quick connect setup for the MC4 cables.
Solar Controller: The solar controller vertically mounts to a wall near the battery compartment. It is wired to the solar panel using MC4 cables. Then, the battery bank is wired to the terminals on the controller.
Solar Controller Remote: The remote flush-mounts to a wall inside your RV. It simply plugs into the solar controller with the included cable.
Solar Disconnect: The solar disconnect installs between the solar panels and solar controller. This device lets you shut off power to the solar controller for maintenance.
Circuit Breaker: The circuit breaker is installed between the solar controller and battery bank to protect your equipment.
Note: This kit may require more wiring and additional parts depending on your RV setup.
Individual Component Specs:
Solar panel:
Rated power: 110 watts per panel
Amperage: 5.68 amps per panel
Voltage: 17.6V per panel
IP rating: IP67
MC4 cable length: 3' each
Dimensions: 44-5/8" long x 21-7/16" wide x 1/16" deep
Maximum bend: 30 degrees
Weight: 2.9 lbs each
5-Year limited warranty
Solar controller:
Maximum input current: 60 amps per controller
Maximum input voltage: 150V per controller
Operating temperature range: -31 F to 113 F
Temperature compensation:
12V systems: -18mV per F
24V systems: -36mV per F
36V systems: -54mV per F
48V systems: -72mV per F
Maximum wire gauge: #2 AWG
Dimensions: 11-1/4" long x 8-1/16" wide x 3-11/16" deep
Weight: 8.15 lbs
5-Year warranty
Solar controller remote:
Nominal system voltage: 12V / 24V
Operating temperature range: 14 F to 131 F
Ethernet cable length: 6' 6"
Dimensions: 5-7/8" wide x 3-7/8" long x 1-7/8" deep
2-Year warranty
83317 Go Power! Flexible Solar Kit - RV Solar Charging - 5 Flexible Panels - 60-Amp MPPT Digital Regulator/Controller - 550 Watts - 28.4 Amps
WARNING: This product can expose you to chemicals including Di(2-ethylhexyl) phthalate (DEHP), which is known to the State of California to cause cancer and birth defects or other reproductive harm. For more information, go to www.p65warnings.ca.gov.
Customers Who Purchased This RV Solar Panels Also Bought...
system installed and worked fine. Put it on top of an old airstream, with corrugated plastic for thermal insulation, panel failed after 9 months, go power handled warranty on replacement, easy process. I have a new air gap system, but i've read that many brands of flexible panels can just fail. some people have had flexible panels working for a while. 1134234
by:
Steve
11/01/2021
Good product! I installed one of the panels last year and I am very satisfied. That's why I ordered another kit to install for the next season. Both panels of the 200 watt kit tested out excellent. Many thanks! 1193126
by:
Desmond
08/10/2021
Thanks, the solar kit came in much quicker that I expected. Already have it installed and working. Will be checking it out on a trip in a few days. Cheers, DR. 1119532
by:
Howard
12/04/2019
These people don't play. I placed my order, a little later I got notified it was shipped, (I did pay for 2 day shipping), and it was here. On the ball service, great prices, what more could you ask? 729383
by:
Kevin
07/25/2021
Great products and great company to do business with 1104432
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See what our Experts say about this Go Power RV Solar Panels
Hello Jeffrey. It is possible to use a solar panel to help power your AC unit. The solar panels would serve the purpose of recharging your batteries, and are not used to directly power an AC unit. You would have to have a very large solar panel, along with clear sunny skies in order to generate enough power to run a 13,500 btu AC unit. To properly provide power to your AC you would need an AC/Dc panel like part # PD4045KA, a battery bank (preferably deep cycle), a large solar panel kit... view full answer...
In order to achieve 350+ watts of solar energy you would need a larger battery bank as you would overload the solar controller with only two batteries. The Go Power Solar Flex Charging System part # 34275012 for example provides 550 watts of solar energy but requires a six battery bank. The Go Power Overlander Solar Charging System part # 34282181 which provides 200 watts of solar energy is the most you can run with a two battery bank.
I have attached a list of all our solar panel kits... view full answer...
I believe you are asking if the Go Power Overlander Expansion Kit - 200 Watt Solar Panel # 34282182 will work with the Go Power PWM Solar Charge Controller # GP72RR, which is a 30 amp controller, and the answer to that is yes it will. It comes with everything needed to add the panel to your system.
Overall, this is compatible with a number of Go Power solar charging systems:
- Go Power Solar Elite Charging System - 380 Watt Solar Panels - 2,000 Watt Inverter Charger # 34282184
- Go Power... view full answer...
It depends on how much solar power you are wanting but we have great kits to add solar power to your trailer like the Go Power Retreat Solar Charging System with Digital Solar Controller # 34272635 which comes with a 100 watt solar panel.
For a more substantial wattage system we also have the # 34275012 which is 550 watts or for 220 watts # 34272628. These kits come with controllers, wiring , and mounts to install and run to your RV battery as well so all you'd need is the kit part number. view full answer...
I checked with the manufacturer, Go Power, and what they recommend for the Go Power Solar Flex Charging System with MPPT Solar Controller - 550 Watt Solar Panels # 34275012 is a battery bank with a minimum of 6 batteries/600 amp hours, as you can see by the cut out I added of the linked manual.
I also added a cut out showing the typical battery bank configuration for you so you can see exactly how your batteries would be wired.
Go Power does specifically recommend the use of the 100... view full answer...
Even though your Progressive Dynamics RV Power Control Center with AC/DC Panel and Converter/Smart Charger # PD4575K18LS8 has a charger for the batteries, you will still need a solar panel charge controller with your solar array to manage the solar panel power that is coming in. I confirmed this with my contact at Progressive Dynamics.
So something like the 550 Watt system # 34275012 that we carry, you'll still want to connect all of the equipment and then ultimately connect the solar... view full answer...
Hey Dominic, thanks for reaching out!
The best way to determine if your converter can handle lithium batteries is to check the specs on it. I unfortunately don't know what came on your 2023 Jayco Melbourne, but if you aren't able to figure the compatibility out, just let me know the model of converter you have and I can see if it's something we would know (provided we carry that converter).
If your powering equipment is rated for lithium batteries then your alternator will be just fine.
When... view full answer...
Designing and installing a solar power system on your trailer is a highly personalized and installed exercise. A good great system for most peoples needs is the Go Power # 34275012 System with 550 watts of solar panels and most all of the hardware that will be needed. Additionally, you may need to purchase additional batteries.
I have attached some articles on solar power that will help you learn more about solar installations on your RV.
Finally, we sell parts to do-it-yourself customers,... view full answer...
I looked up the Super Solar Flex kit you mentioned that Keystone offers and found that it's a 1,000 watt system capable of 60 amps. For a similar Go Power kit you'd want the # 342-75011 which is a 1,140 watt system as the part number you referenced is only 550 watt.
I attached a review video for this for you to check out as well. view full answer...
To determine the correct rated solar charge controller for your system you'll need to divide the wattage coming in from your panels (in this case 600watts if you added the sixth panel) by the voltage of your battery bank and add another 25% for unexpected energy surges. If you run your batteries in parallel the voltage will remain the same but if you run them in series the voltage will increase the voltage (i.e. two 6v batteries in series would be 12v). So for example 600watts / 12v = 50... view full answer...
The wattage replenishment needed is going to vary on the amount you'll be drawing from your battery bank while you're boondocking. To determine this you'll need to calculate how many amps every single appliance you plan on using is going to draw per day and add them all together to ensure that your battery bank can power all of these items and that your solar panels can replenish them.
I've attached some articles that offer a ton of knowledge and prep tips to help you determine the correct... view full answer...
The 550-watt Go Power Solar Flex Kit with Digital Controller # 34275012 can be expanded to increase its capacity to 1000 watts. I confirmed this with my contacts at Go Power.
You would simply purchase two of the 550-watt kits # 34275012 and link their separate 40-amp controllers, each of which handles the output of 5 panels. You would end up with a spare remote display but that is the only item that would be a duplicated. You would not need any other parts.
This would give you a total... view full answer...
In order to hook up a 200ah lipro battery to the panel with a charge controller and then that to a 3000w inverter without draining the battery on first use, you need to have at least 400 watts of solar power. That is the general rule of thumb when running a system that includes A/C power.
While we do not have a 400-watt solar panel option, we do have one that is rated at 550 watts. For this route, I recommend the Go Power Solar Flex Charging System with MPPT Solar Controller # 34275012.... view full answer...
You'll probably need something with a higher wattage/amperage but you'll also need a battery setup which you probably have already as well. You'll need to first determine the wattage requirements for all of the accessories that you'll be powering.
I attached a link to a page that has a guide on how to determine how much solar power you'll need.
For a higher 550 watt solar panel setup the part # 34275012 would most likely do the job. view full answer...
You can use a solar panel unit to help power your AC unit but since AC units pull so much power you would have to have a very large solar panel unit and clear skies to power it.
To properly provide power to your AC you would need an AC/Dc panel like part # PD4045KA, a battery bank (preferably deep cycle), a large solar panel kit like part # 34275012, and either access to shore power or using a set of generators like part # 333-0003-2-0007. view full answer...
If you wanted ability to power an AC unit mostly off of solar panel as well as charge batteries plus other electric accessories as well you'd need a setup with a lot of wattage like our Go Power Solar AE-6 All Electric System with 3 MPPT Solar Controllers # 342-75011 which is rated for 1,140 watts. view full answer...
Location does help so don't discount that entirely, but it has more to do with how much sun you'd be getting than it does with how hot and dry the location is.
With that being said, the Goal Zero Boulder 100 Briefcase Solar Panel # 287-32408 produces around 35 amp-hours a day in the best conditions (no clouds or shade gets in the way and the panels are facing direct sunlight) which should be enough if you only plan on using some smaller appliances. To determine if this is enough for you... view full answer...
I spoke with Go Power, and they let me know that yes you can absolutely use the Go Power Solar Flex Charging System with MPPT Solar Controller # 34275012 with your two 200Ah AGM batteries.
This kit is a great option for off-grid camping that is made from weatherproof and impact resistant materials, and includes 5 solar panels, solar controller, MC4 cables, and installation hardware.
Go Power recommends using a minimum 100Ah battery per 200W of solar. view full answer...
The Go Power Solar Flex Charging System with MPPT Solar Controller # 34275012 doesn't come with batteries so you can use it on your current bank and add batteries if needed. view full answer...
I reached out to my tech contact at Go Power and he said you won't need an additional inverter or transfer switch based on your current system. Having 6000 Watts already available won't require you to have an additional transfer switch or inverter.
The Go Power Solar Extreme Charging System - 510 Watts # 34282185 has the inverter included which you don't need. My recommendation is the Go Power Solar Flex Kit w/ Digital Controller - 550 Watts - 28.4 Amp # 34275012. This kit will give... view full answer...
As you consider your needs and establish your budget for a solar power system for your enclosed trailer I recommend you start with a read of the help articles I have linked for you.
A ground-up solar install is a significant undertaking and the best results come with careful planning. If you can budget for an all-inclusive high-capacity set-up, like the Go Power Solar Flex Kit # 34275012, you can avoid the issue of ending up with less power than you need. Careful review of your devices'... view full answer...
Yes, per Go Power's website, the panels on the Go Power Solar Flex Charging System # 34275012 are durable enough to walk on and can be affixed to horizontal body surfaces that sustain foot traffic. view full answer...
There isn't a particularly simple answer for a solar powered system to go off-grid, because it is totally dependent on how much power you will use per day. I have added a link to a help article entitled "How Much Solar Power Do I Need" that I recommend checking out. It depends on how many amp-hours you use per day and how big your battery bank is.
For example if you used more than 150 amp-hours per day a great kit would be the Go Power Solar Flex Charging System with MPPT Solar Controller... view full answer...
Go Power 550-Watt Solar Flex Kit # 34275012 is designed for RV applications but smaller homes could use one for some of the power needs. It is a complete 5-panel DC-power setup that includes all of the cables and the controller. Its 500-watt output will handle the power needs for many RVs.
Please note you can link two of these system together easily enough, to give you a 1000-watt total capacity. Depending on the size of the house and the power requirements this might be enough. You could... view full answer...
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