1. RV Solar Panels
  2. Go Power
  3. 3 Panels
  4. Roof Mounted Solar Kit w Inverter
  5. 570 Watts
  6. Rigid Panels
Go Power Solar Extreme Charging System - 570 Watt Solar Panels - 3,000 Watt Inverter Charger

Go Power Solar Extreme Charging System - 570 Watt Solar Panels - 3,000 Watt Inverter Charger

Item # 34282185
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Going off grid? This RV solar charging system is perfect for full-time RV living. The 570-watt solar panels provide DC power to charge your RV's batteries, and the 3,000-watt inverter charger provides AC power to run appliances and electronics. Lowest Prices for the best rv solar panels from Go Power. Go Power Solar Extreme Charging System - 570 Watt Solar Panels - 3,000 Watt Inverter Charger part number 34282185 can be ordered online at etrailer.com or call 800-298-8924 for expert service.
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Go Power RV Solar Panels - 34282185

  • Go Power
  • 3 Panels
  • Roof Mounted Solar Kit w Inverter
  • 570 Watts
  • Rigid Panels

Going off grid? This RV solar charging system is perfect for full-time RV living. The 570-watt solar panels provide DC power to charge your RV's batteries, and the 3,000-watt inverter charger provides AC power to run appliances and electronics.


Features:

  • Solar charging system provides DC power to charge your RV's batteries and AC power to run appliances and electronics
  • 570-Watt solar panels and solar controller use sunlight to charge your RV's batteries
    • Panel installs on your RV's roof and converts sunlight into safe, renewable DC power
    • Controller mounts in your RV and monitors power output to prevent harmful overcharging
  • USB port on solar controller provides an outlet to charge small electronic devices
  • Lightweight yet durable solar panel is made from weatherproof and impact resistant materials
    • Monocrystalline solar cells set behind tempered solar glass withstand hail and light debris
    • Marine-grade, anodized aluminum frame protects against rust and corrosion
  • 3,000-Watt industrial pure sine wave inverter charger combines 3 functions: inverter, battery charger, and transfer switch
    • Inverter changes the battery's DC output into clean AC power and sends it to the RV's breaker panel
    • Battery charger converts AC shore power to DC power to quickly charge your batteries
    • Automatic transfer switch allows you to alternate between 2 separate 120V AC inputs to feed your RV's breaker panel
  • Fixed-mount remote lets you control the inverter charger from inside your RV
    • Monitor battery charging activity, inverter AC input, temperature, and inverter status
  • Solar panel expansion (sold separately) increases solar power output
  • Adjustable mount kit (sold separately) allows you to angle your solar panel for maximum sun exposure
  • Kit includes 3 solar panels, inverter charger with remote, solar controller, MC4 cables, and all installation hardware


Specs:

  • Application: 12V battery systems
  • Number of solar panels: 3
  • Solar panel wattage: 570 watts
  • Inverter wattage:
    • Running (rated) output: 3,000 watts
    • Starting (surge) output: 4,800 watts


go power diagram solar extreme and elite

If you are an energy-conscious RV owner, the Go Power Solar Extreme 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 and use that power for the AC-powered devices and appliances in your RV, like your microwave, coffee pot, and TV.


Using 3 solar panels, this system collects solar energy to create DC power that passes through a solar charge controller into your RV batteries. Once they are charged, the inverter charger uses the batteries to provide AC power to your RV. It also has a built-in transfer switch that lets you automatically switch from inverter to shore power when it is accessible. Additionally, the inverter charger includes a smart converter charger which charges your batteries using shore power.


How It Works


Collecting Solar Power

go power solar panel

The charging process starts with the 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 570 watts per hour.


solar cells

The silicon cells are set between a cushioned backing material and tempered solar glass to withstand the elements. The glass has low-iron content to provide exceptional transparency, which ensures maximum sunlight collection. Finally, each panel is framed with anodized marine-grade aluminum to resist rust and corrosion.


go power adjustable arms

An adjustable mount kit (sold separately) can increase your solar panel performance by angling it for maximum sun exposure. This kit replaces the panel's existing brackets and allows it to tilt at 3 different angles. This also improves solar charging during winter months when the sun is lower in the sky.


Charging and Protecting RV Battery Bank

go power solar controller

The solar controller prevents harmful overcharging by adjusting the power generated by the solar panels before it reaches your batteries. It uses pulse width modulation technology to regulate the output through pulses that provide a consistent charge. Typically, this type of technology is a good fit for smaller systems with lower voltages.


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 sealed/gel, AGM, flooded/wet cell, and lithium batteries.


Charging Modes

  1. 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.
  2. 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.
  3. 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.
  4. 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.

With 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.


solar controller terminals

This solar controller is built to charge two battery banks and has terminals for a primary and secondary battery. Your primary battery will receive the full current until it is completely charged. Then, your secondary battery will start to draw the charge current.


solar controller digital display

The 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 also allows you to input your battery type and choose a charging profile. Additionally, a built-in USB port on the front of the controller provides a convenient outlet to charge your cell phone or tablet.


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.


Powering RV Electronics and Appliances

go power inverter charger installed

After the battery bank has been charged, the pure sine wave inverter charger changes DC output into AC output and sends it to the electrical system. It creates clean power with low distortion, making it safe, efficient, and perfect for sensitive electronics like computers. Plus, the inverter can generate 4,800 starting watts and 3,000 running watts which is a great fit for larger appliances or multiple devices.


inverter charger terminals

The inverter charger includes AC input and output terminals that connect to your AC panel and shore power input. It has DC input terminals which connect to your batteries. Additionally, it has ports for the fixed-mount remote and battery sensor. It also has 2 LEDs that show fault conditions and operation mode. Lastly, it has a power switch that controls the inverter charger.


Built-in safety features help protect your RV's electrical system. They offer protection from over/under voltage and overloading. The inverter also uses a heat sink process to protect from extreme temperatures, and an internal cooling fan removes excess heat from the unit.


inverter charger remote

A fixed-mount remote lets you monitor and control the inverter charger from inside your RV. It includes a digital display that shows the voltage, output power, status, temperature, and charging activity. You can also customize settings like your battery profile, charge rate, and more. And it has a power button that lets you turn the inverter charger on and off.


inverter fuse block

The DC-rated 400-amp fuse uses a slow blow time-delay feature to withstand surge current. This means it can handle short surges over 400 amps without blowing the fuse, which is great for devices with motors that require more energy to start.


polycarbonate case

The fuse is housed in a polycarbonate block that features an insulated fiberglass reinforced base. The block has a V-0 flame-retardant rating, which means it will stop burning within 10 seconds if a fire were to occur. It also comes with a transparent cover to keep the connections protected.


Automatically Switches to Shore Power

The inverter charger's built-in automatic transfer switch selects the primary source of AC current. Because this system utilizes solar power, the switch inside of this inverter charger has been pre-wired to automatically change from inverter to shore power to conserve battery life. This switch includes (2) 50-amp legs, which allows you to use up to 100 amps by passing through 12,000 watts on a shore power service. The legs are rated at 120V each, but they can be used as a 240V split-phase or 240V dual input if needed. This would be useful if your RV has larger appliances, such as a clothes dryer or oven range. However, if you plan on using an on-board generator and shore power, you still need an external transfer switch to link power to the inverter charger. If you are just utilizing shore power, you only need this unit since you are switching between two sources.


To prevent electrical interruptions, the time delay circuit board allows the alternate power source to stabilize before a transfer occurs. Additionally, since the switch only accepts one active source, it protects your electrical system from dangerous backfeed that can damage your equipment.


Charges Your Battery Bank With Shore Power

The inverter charger also includes a smart converter charger that converts AC shore power into DC power to charge your battery bank. If your RV already has a stock converter charger, it will need to be removed to ensure this part of the unit operates properly. It uses a multistage charging system similar to the style detailed previously. It is compatible with sealed/gel, AGM, flooded/wet cell, and lithium batteries. And with the fixed-mount remote, you can select charging profiles for the different battery types.


Battery Temperature Sensor Adds Additional Battery Protection

battery temp sensor

The battery temperature sensor protects the battery bank from large temperature fluctuations. As the inverter charger experiences changes in temperature, the sensor compensates for those changes by adjusting the voltage during charging to help extend the life of your batteries. This protects from overcharging in hot temperatures and undercharging in cold temperatures. The voltage adjustments also ensure that you are getting the most from your charge.


How It Installs

solar extreme how it installs

The system includes (3) 190-watt solar panels, a 3,000-watt pure sine wave inverter charger with a fixed-mount remote, a 30-amp PWM solar controller, a fuse block, MC4 cables, and all the necessary installation hardware.


  1. Solar Panel: The solar panels install anywhere on your RV roof with included mounting feet and 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 through the refrigerator vent or using a Go Power cable entry plate (sold separately). The cable entry plate provides a covered housing and uses a quick connect setup for the MC4 cables.
  2. Solar Controller: The solar controller flush-mounts to a wall inside your RV. The manual includes a mounting template with measurements to ensure proper installation. It is wired to the solar panel using MC4 cables. Then, the battery bank is wired to the primary terminals on the controller. If you are using additional batteries, they can be connected to the secondary terminals. The included 30-amp fuse is installed between the solar controller and battery for additional current protection.
  3. Inverter Charger: The inverter charger mounts inside your RV in a dry location with ventilation. It should be installed in close proximity to the battery bank, but not in the same compartment. The DC terminals are wired to the battery bank. There are several ways to connect the inverter section to your RV's electrical system, but this will depend on your rig and how you want to use your inverter. Also, the temperature sensor installs to the negative battery terminal and plugs in the battery temperature port on the inverter charger.
  4. Inverter Charger Remote: The remote flush mounts to a wall inside your RV and connects to the inverter with the included telephone cable. The manual includes a mounting template with measurements to ensure proper installation.
  5. Fuse Block: The fuse block is installed between the inverter charger 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: 190 watts per panel
  • Amperage: 9.3 amps per panel
  • Voltage: 20.4V per panel
  • IP rating: IP67
  • MC4 cable length: 25' each
  • Dimensions: 59-1/8" long x 26-5/16" wide x 1-1/2" deep
  • Weight: 26.4 lbs each
  • 25-Year limited warranty

Inverter charger

  • Inverter:
    • Rated power:
      • Running (rated) output: 3,000 watts
      • Starting (surge) output: 4,800 watts
    • Amperage:
      • Running (rated) output: 25 amps
      • Starting (surge) output: 52 amps
    • Voltage:
      • Input: 9 - 17 VDC
      • Output: 115 VAC
    • Temperature ranges:
      • Operating range: -4 F to 104 F
      • Storage range: -22 F to 158 F
  • Charger:
    • Amperage:
      • Input: 18 amps
      • Output: 125 amps
    • Voltage:
      • Input: 80 - 140 VAC
      • Output: 5 - 16 VDC
  • Transfer switch:
    • Relay rating: 100 amps (2 legs at 50 amps each)
    • Voltage: 240V split-phase
  • Maximum wire gauge: 4/0 AWG
  • Dimensions: 15" long x 11-1/8" wide x 8" tall
  • Weight: 49.8 lbs
  • 3-Year warranty

Solar controller:

  • Maximum input current: 30 amps
  • Maximum input voltage: 28V
  • Operating temperature range: -40 F to 185 F
  • Temperature compensation: -13 mV per F
  • Maximum wire gauge: #4 AWG
  • Dimensions: 7-1/2" wide x 4-1/4" long x 1-1/4" deep
  • Weight: 0.66 lbs
  • 5-Year warranty

Fuse block:

  • Rating: 400 amps
  • Interrupt rating: 50,000 amps
  • DC rating: 160 VDC
  • Cable length: 10' each
  • Cable gauge: 4/0
  • Weight: 0.9 lbs
  • Dimensions: 7" long x 2-1/2" tall x 2" wide


82848 Go Power! Solar Extreme Charging Kit - RV Solar Charging - 3 Rigid Panels - Inverter Charger with Remote - 30-Amp Digital Regulator/Controller - 570 Watts - 27.9 Amps

Replaces Go Power 82185

Replaces Go Power 34282552



34282185 Installation InstructionsInstallation Details 34282185 Installation instructions34282185 Installation InstructionsAlternate Instructions 34282185 Installation instructions


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Video of Go Power Solar Extreme Charging System - 570 Watt Solar Panels - 3,000 Watt Inverter Charger

Videos are provided as a guide only. Refer to manufacturer installation instructions and specs for complete information.




Video Transcript for Go Power Solar Extreme Charging System Review

Today we're gonna take a look at the Go Power Solar Extreme Charging System. The Go Power Solar Extreme kit is currently the largest solar panel inverter charger kit available from Go Power. This is gonna provide you everything you need to either drastically extend the amount of time you can spend off the grid, or when you're plugged into AC power, maximize the charge of your batteries.We can start by talking about our inverter, converter, and charge unit. Essentially, when we're plugged into AC power or shore power at the campsite, this is gonna act as a battery charger, so it's gonna charge up the battery array that we have up to its maximum potential.You have the option of changing this slightly up and down, the voltage anyway, that's going to the batteries. So you can set this to what your manufacturer's recommendation is for that battery, and get the maximum potential out of it. This is also gonna help you kinda know what's going on with the system, you can turn the inverter on and off, turn the charger on and off, it's gonna give you the readings, units, setup, different remote setting functions.

So really control our inverter charger right from the comfort of our RV.This inverter's rated for 3,000 watts, so it's gonna do a great job over a wide variety of appliances. It uses pure sine wave technology rather than modified sine wave. With the pure sine wave versus the modified sine wave, we're gonna have essentially better quality power available. That allows all of those appliances to run cooler, the motors inside aren't gonna heat up quite as much.On the charger side, we have a battery temperature sensor also, we can connect that directly to our charger and also to our battery. So regardless of the temperature changes that we have with the battery, it's gonna maximize the charging potential.We've got the cable that it will connect from our inverter to our remote, and of course here you can see the really heavy-duty inaudible 00:02:04 cables that we can use to make our connections, get plenty of power transferred through there.We're gonna have the 400-amp fuse here, this is of course gonna do an excellent job of protecting the entire system, and you can see the cover here just kinda clips over the top, that'll prevent any accidental shorts or anything accidentally making contact with that.Now, that kinda covers the inverter/charger side of the kit.

Now we can take a closer look at the solar side. The kit comes with three panels. The panels themselves are going to be rated for 190 watts, Basically that means they're going to output about 9.3 amp hours. So over a general 6 hour day of full sun, you're looking at about 55.8 amp hours being restored to your batteryper panel. You're gonna have the cables that allow you to run that power from your rooftop down the connectors we need. Of course, we're gonna have mounts for the solar panels. You're gonna mount these down to the roof, or wherever you decide to mount them.

When installing the brackets, we recommend butyl tape underneath, and then some sealant over the top, just to help ensure that you don't have any issues with leaks or moisture.And those are gonna run through the 30-amp pulse with modulation solar controller. Basically what this allows us to do is properly control the level of energy coming in from our solar panels going to our battery, and it's gonna give us all the information that we need there to ensure everything's working properly.Now, the solar panels themselves are gonna be about 59 1/8 inch long, 26 5/16 inches wide, and about 1 1/2 inch deep. You'll notice the panel has aluminum construction around the outside, that's to help reduce weight, reduce any kind of corrosion.On the back side you'll see our connectors here, I really like the way these connect, you can see we've got that rubber O-ring right there, it's really good quality. And once it's plugged in, it really feels nice and secure, so I don't think you have to worry about moisture getting in there and causing any kind of corrosion.All in all, we're gonna get a really top-quality solar panel here that only comes in at about 26 1/2 pounds. So even with the three, you're not adding a whole lot of weight to the roof of your RV.If you don't know a lot about solar panels, Go Power uses the highest film that they have available to them.

They use the mono type, which means each of the squares here have been cut out of a single drawn ingot, so it's a solid silica form. Whereas with the poly type, which is generally a little less expensive, they take chunks of silica, they put it all in a big box, heat it up until it becomes a solid slab, and then they slice that off.So when using the mono type, you're gonna have a few benefits to that. When they heat up, they still generate power more readily than what we get out of the poly. These are more expensive to produce, but overall they give you just slightly better performance. It's not gonna be a 20, 30, 40% increase, but this is gonna give you all that available solar energy and deliver it down to the batteries where we need it.A few tips and tricks for you with solar charging and power. Generally the batteries are gonna be the weakest link in the system. With that being said, we've found that six-volt batteries wired in series are gonna be better than 12-volt batteries wired in parallel, simply because we're gonna have a higher amp-hour rating.Also, we've found that by using an AGM style battery rather than a lead acid battery, we can put them in more places. We can expand that battery pack out by putting them in storage areas rather than in the battery compartment. With the lead acid type battery, you have to store those in a properly ventilated area. The AGM batteries Not so much.Now, by having those additional batteries, essentially we're putting less strain on each individual battery, so they'll be able to last longer and do more work for us. Also, of course, you wanna keep your solar panels very clean, you don't want them to have a bunch of dirt on there that might block some of that solar energy coming through. And if you park in a shaded area, you're not gonna get as much solar energy to your panels as you would when they're in full sun.Now, just a few measurements for reference on the inverter/charger, so you can ensure that you've got room. From side to side, including the battery covers, we've got about 15 inches. Then from your mounting surface to the top of the inverter/charger it's gonna be about eight inches. Then from outside of mounting flange to outside of mounting flange, you're gonna have about 12 5/8.Go Power has designed their kit to work with the 12 and 24-volt setup, so regardless of your application, this should work out for you very well.And that's gonna complete our look at the Go Power Solar Extreme Charging System.

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Ask the Experts about this Go Power RV Solar Panels

  • Is Larger Solar Controller Needed for Go Power Solar Extreme Charging System
    A larger controller with an overage buffer is not something that is available for the Go Power Solar Extreme Charging System - 570 Watt Solar Panels - 3,000 Watt Inverter Charger # 34282185. It is also not needed because the controller on this system is the Go Power PWM Digital Solar Controller # 34276119 is actually rated for "a maximum continuous DC input current of 37.5A" as you can see by the cut out of the linked instructions of the controller. So the safety values you were...
    view full answer...
  • Battery Bank Size for Effective Go Power Solar Extreme Charging System
    I have added a cut out from the linked manual of the Go Power Solar Extreme Charging System - 570 Watt Solar Panels - 3,000 Watt Inverter Charger # 34282185 which shows a typical 12 volt battery bank set up, and the recommended battery size are 100 amp hour batteries. This system has three solar panels which are capable of charging about 120 to 130 amp hours of battery power per day. So it really depends on the amount of power you use but so long as you make sure you keep the solar panels...
    view full answer...
  • Recommended Battery Size for Go Power Solar Extreme Charging System
    The recommended battery size for the Go Power Solar Extreme Charging System - 570 Watt Solar Panels - 3,000 Watt Inverter Charger # 34282185 are 100 amp hour batteries. This is a highly effective solar charging system your batteries, and to maximize the system's effectiveness I do highly recommend adding the Adjustable Mount Kit for Go Power Rigid Solar Panels - 0 to 75 Degree Angle # 34244034. These mounts are going to give the solar panels the best sun exposure over the longest period...
    view full answer...
  • Go Power Solar Kit for Country Coach Affinity Motorhome with Four 8D Battery Bank
    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 - 500 Watts - 28.4 Amp # 34275012. This kit will...
    view full answer...
  • Is the Go Power Solar Extreme Charging System Compatible with Battle Born Lithium Batteries
    Yes, the Go Power Solar Extreme Charging System # 34282185 is compatible with your Battle Born lithium batteries. I reached out to my contact at Go Power who said that this system actually has a custom charging profile that can be adapted for different types of batteries.
    view full answer...
  • Does Go Power Solar Extreme Charging System Use Inverter and Converter When Attached to Shore Power
    I spoke with Go Power about your question and this is what they sent me in response: "They are correct in the weekender the converter is wired into the transfer switch so it only comes on when shore power is applied. In the larger kits the converter is disabled because the inverter also contains a converter. You don’t want the inverter powering a converter which is trying to charge the batteries. Big current draw loop." They also sent me a picture that I attached to this page that...
    view full answer...

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Info for this part was:

Expert Research:
Jameson C
Video Edited:
Joshua S
Video by:
Dustin K
Video by:
Zach D
Installed by:
Randy B
Edited by:
Daron K
Test Fit:
David F
Written by:
Alex H

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