Unfortunately, we can not assist or consult for DIY installers per our business insurance policy. The owners love working with DIYers, and have created a separate company that solely works with DIYers. Check out our sister company, the Joule Mine, here!

We do not install on or provide consultations for residential or permanent structures - including houses, cabins, sheds, etc.

For more solar tax information please CLICK HERE. Please note: we can not help you with understanding the tax credit as we are not tax specialists.

• You complete the installation inquiry form on our website. 
• We contact you to determine the system that will best fit your needs. 
• Your installation is scheduled and the deposit is paid. 
• You drop-off your RV at our shop on the installation date.  
• Your solar system is installed, and you're notified of its completion. 
• A walk-through and demonstration of the solar system is conducted with you. 
• The remaining balance is paid and you leave with your solar-powered RV!

Unfortunately, you cannot stay in your RV overnight while we complete the installation, per both our lease and our insurance policy. You will need to find alternate accommodations while we perform the installation on your RV. 

Because we're centrally located in Florida, we highly recommend you take the time to "go on vacation." Many clients plan for their installs to take place while visiting Disney parks or the Everglades, going on a cruise, or relaxing at the beach and soaking up our beautiful warm weather - check out some of our recommendations here.

A typical full solar system installation takes 4 to 5 days. 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 inform you of any timeline changes, if applicable.

We prefer a bank ACH transfer, check or cash, however, we do accept debit and credit cards.
A combination of payment types can be done as well. 

For all services and installations, we collect a 50% non-refundable deposit at the time of scheduling. Once the installation is completed the remaining balance is due prior to taking possession of the RV.

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 100Ah of lithium battery will power one A/C for ~45 minutes, but can vary based on weather, RV insulation, A/C size, etc. 

Without any additional solar coming in to recharge the battery bank, the 600W System can power a single A/C for approximately 3 hours, making it ideal for cooling off while you’re at a rest stop making lunch on a travel day. The 1000W System can power a single A/C for approximately 6 hours. The 2000W System can power a single A/C for approximately 10 hours. 

If you plan to run your RV roof air conditioner off your system, then be sure to let us know so we can add an EasyStart to lessen the start up power load. 

If you're looking to power an A/C longer, you can always add more batteries to your system! 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, day after day.

Definitely! However, if you have a residential or large 12V DC compressor fridge, we strongly recommend a 1200W System (1000W System, plus one additional panel) or larger. 

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

For standard absorption RV refrigerators (2-way or 3-way) we recommend running your fridge on propane while dry camping.

A chassis charger, also called a DC to DC charger or BIM (Battery Isolation Manager), uses power from the motorhome’s or tow vehicle’s alternator to charge the house batteries while the engine is running. 

Typically only smaller RV’s (Class B’s, small Class C’s, truck campers and vans) really benefit from a chassis charger. These smaller RV’s tend to be driven more frequently and may lack roof space for a sufficient solar array. If that describes your rig - we highly recommend a chassis charger! We don't typically recommend a chassis charger for larger coaches or towables.

Inverter-chargers switch between inverting (taking 12VDC battery power and changing it to 120VAC house power) and charging house battery banks, depending on if shore power is available or not. Hybrid inverter-chargers have yet another function - the “assist” feature. Assist mode can add up to 20 amps to your available power and is an amazing feature, especially if you have a small generator, or want to moochdock with only a standard 15 amp outlet available.

We do not install components or accessories that are not solar-related. We install MicroAir EasyStarts on RV air conditioners, since they are necessary to run your A/C off of your inverter without damaging it.