Have you seen the recent crowded campgrounds?! Most people get solar on their RV for the freedom, independence, and adventure it brings to their lifestyle.

An average campground is $50+ night... 6 months of campgrounds = $9,000+ in fees!

Instead, a high quality solar system could last 10+ years and can reduce or even eliminate the need for campgrounds and generators.

1. More camping options (literally limitless)

2. Go whenever you want (no longer dependent on campground availability!)

3. Camp “off grid” for as long as you want

4. Not a single other human for miles (if you want)

5. Power major appliances (take your 24/7 fridge with you!)

6. Breathtaking scenery (you’re going where humans usually can’t.)

7. More quiet/Less generator noise

8. Power 24/7 when you need it

9. Your system charging while you’re driving

10. All appliances work when you’re driving

11. Extremely low maintenance

12. Lasts an average of 20 years

13. Monitor your system from your phone (bluetooth or Wifi)

14. Wifi in the middle of nowhere - wherever you want

15. One switch system - very easy to use

16. Four ways to recharge (simultaneously)

17. Fast-recharging

18. Emergency home backup plan

Financial Benefits:

1. Never pay for another campground

   • ($50 night x 365 nights = $18,250!)

2. One time investment - no re-installations needed for 10-25 years

3. Federal Tax Credit, 30% off parts & labor ($3,000-$6,000 back)

4. No cost to maintain or repair it (buy once, cry, once)

5. No generator gas

6. Almost no battery replacements

7. Resell your RV for more (all warranties are transferable to new owners)

A quality lithium battery should last 10+ years. Good quality solar panels can still produce 80-90% of their power after 25 years. High quality inverters, charge controllers, battery monitors are warrantied for 5 years but can last 10+ years.

In short, everything.

Our solar power systems provide plenty of energy to run normal 12V DC electronics (lights, vent fans, USB outlets, etc.) and small 110V AC electronics (phones, laptops, TVs, etc.) for a very long time, as well as moderate use of larger appliances (air conditioners, microwaves, hair dryers, etc.). The larger your system’s battery bank, the longer you will have power.

The more solar you have, the faster you can recharge your battery bank.

Most of our customers leave their generator at home.

Everyone has different needs, but typically for off-grid camping you will want at minimum 400-800amp hours of battery bank capacity if space and budget allows.

A 3000w inverter will requires a minimum of 300amp hours of capacity.

Short answer, as much as the roof can fit!

Long answer, on average, it takes around 300w of solar to charge 100amp hours (1 standard lithium battery) of battery capacity in 1 good sunny day. More in summer, less in winter.

RVs have limited roof space, panels are mounted flat. Also RV roof layouts are all different with vents and other items that can shade panels, and RVs are in different locations/weather year round, so you typically want more than you think.

The more you have, the faster your battery will recharge every day. No-one complains about “solar recharing too fast.”

Yes, but not 24/7. How long the system can power the A/C for largely depends on the size of the battery bank.

A general rule of thumb is 150Ah of lithium battery will power one A/C for 1hr , but can vary based on weather, RV insulation, A/C size, interior temps, etc. You will also need an AC soft start kit for each unit you want to run and a 3000w inverter.

Without any additional solar coming in to recharge the battery bank, A 300amp hour battery bank can power a single A/C for approximately 2 hours.

Just keep in mind no RV (no matter how big) has enough roof space for the amount of solar needed to run a rooftop air conditioner 24 hours a day. You will need to supplement with a generator.

Running 2 A/C units at the same time on solar will likely overload the inverter.

Definitely! However, if you have a residential or large 12V DC compressor fridge, we strongly recommend a minimum 1200W of solar and 600amp hours of battery capacity.

For those of you with smaller campers that utilize a small 12V DC compressor fridge (under 6 cubic feet), then a smaller system with 600w of solar and 400 amp hours is typically sufficient.

For standard absorption RV refrigerators (2-way or 3-way) we recommend running your fridge on propane while dry camping. These are HIGHLY in-effecient on electric and will drain your whole battery bank overnight.

Definitely but you will want at least the 3000w inverter!. If you have a 3000w inverter, it can power 2400w continuously. If you have a 2000w inverter, it can power 1600w continuously which is usually 1 smaller high power appliance.

Yes. But not much. You will get a small trickle charge from the 7 tow pin connection. Usually 1-10 amps an hour. We typically add a Victron Li-CT lithium battery isolator to every install on the tow pin wiring to protect the tow vehicle and lithium batteries.

With tow vehicles, charging is limited to around 5amps per hour thru the small wiring on the 7 pin tow connection. If you want more power from alternator charging, adding a 30amp DC/DC charger will charge up to 30amps per hour. This also requires running new larger wiring and new plug on the tow vehicle. Plan to leave the tow vehicle to complete this install.

This is a great option to add when roof space is limited for solar, you do a lot of driving, you want to power fridges longer while driving, or you just want a constant source of higher power charging in case of limited sun.

Hybrid Inverter Chargers are both an inverter and a charger. Hybrid Inverter Chargers are known for “assist” features, which can add up to 20 amps to your available power and are great if you have a small generator or want to “mooch dock” at a friend or family member’s house with only a standard 15 amp outlet available.

If you are in the market for a solar power system for your RV, the US government will give you a tax credit of up to 30% of the total cost of your system. It will also apply to most additions that you've added to an existing system.

Take note that any "dwelling unit" qualifies for the tax credit. That includes mobile homes, boats, homes, or RVs. Your RV must be accepted by the IRS as a second home for tax purposes to be valid for the credit. It doesn’t matter if you are a boondocker, nomad, van dweller, part-time or full-time RV’er - this solar tax credit will apply to you. Consult with your CPA for more information. Ask about IRS FORM #5695.

https://www.solarpowermyrv.com/rv-solar-blog/taxcredit

At our shop, a typical full install & testing takes about a week, two at most. If we anticipate your install taking more or less time, we will let you know at the time of scheduling. During the install, we’ll keep you updated of our progress.

Absolutely. We have a 5 Year Limited Workmanship Warranty and support on our craftsmanship & labor on your installation. Most products we recommend have 5-25 year warranties.

For all services and installations, we collect a non-refundable deposit for cost of the parts at the time of scheduling. Once the installation is completed, the remaining balance is due prior to taking possession of the RV.

We prefer a bank ACH transfer, check or cash, however, we do accept debit and credit cards + 3% fee.