OUR SOLAR SERVICES

RV Solar Panel Installation in Palm City, FL

Here's something most RV owners in Martin County don't realize: you're sitting in one of the best spots in the entire country for solar energy. Southern Florida gets roughly 5.5 peak sun hours per day on an annual average. That means a 400-watt panel array on your roof is pulling in over 2,000 watt-hours of energy every single day. Enough to run your lights, fridge, water pump, phone chargers, and most of your 12V electronics without touching shore power or firing up the generator. We've been building RV solar systems for over 14 years, and every installation gets custom-sized to your actual energy needs. Not a cookie-cutter kit slapped on the roof.

Whether you're looking to keep your batteries topped off at an RV park, stretch your boondocking trips from two days to two weeks, or cut the generator out of the equation entirely, we've got a system that fits. And because we do full electrical work on RVs, your solar installation integrates properly with your existing 12V and 120V systems from day one.

TL;DR

We install solar panels, charge controllers, lithium batteries, inverters, and complete off-grid systems for all RV types. Single panel from $350, two-panel setups from $800, full off-grid builds from $2,800. Mobile service throughout Martin County. Call 772-271-5270.

Solar Panel Mounting

We install rigid and flexible panels from Renogy, Rich Solar, BougeRV, and other proven brands. Every mount uses Z-brackets or tilt frames with sealed roof penetrations. We account for AC unit clearance, vent placement, and cable routing before drilling a single hole. Flexible panels work great on curved fiberglass roofs where rigid won't sit flat. Panel mounting details

Charge Controller Installation

The charge controller is the brain of your solar system. It regulates voltage from the panels to protect your batteries from overcharging. We install MPPT controllers from Victron, Renogy, and EPever. MPPT technology pulls 15-30% more energy from your panels than basic PWM controllers, especially in partial shade. We size the controller to your panel array and battery type. Controller details

Lithium Battery Upgrade

Switching from lead-acid to lithium is the single biggest upgrade you can make to your RV's power system. Lithium batteries give you 80-90% usable capacity versus 50% for lead-acid, weigh a third as much, charge three times faster, and last 3,000+ cycles. We install Battle Born, Renogy, SOK, and Ampere Time batteries. Most swaps are a straightforward one-day job. $900-2,200. Lithium upgrade details

Inverter Setup

An inverter converts your 12V battery power into 120V household current for things like coffee makers, TVs, laptops, and small kitchen appliances. We install pure sine wave inverters from Victron, AIMS, and Renogy in sizes from 1,000W to 3,000W. Pure sine wave is worth the extra cost because it won't damage sensitive electronics the way modified sine wave can. Inverter details

Battery Monitor Installation

You can't manage what you can't measure. A battery monitor like the Victron BMV-712 or Renogy 500A shows you exactly how much power you're using, how much the panels are putting in, and how many hours of battery life remain at your current draw. It's the difference between guessing and knowing. We wire these into your existing battery bank during any solar install. Monitor details

Off-Grid System Design

Want to camp for weeks without hookups? We design complete off-grid packages that combine the right panel array, battery bank, charge controller, inverter, and monitoring into one cohesive system. Every build starts with a power audit of your specific RV and camping habits. No two systems are identical because no two RVers use power the same way. Full builds run $2,800-6,500. Off-grid system details

RV battery bank upgrade for solar installation in Palm City
Lithium battery bank installation for an RV solar system in Martin County
FLORIDA SOLAR ADVANTAGE

Why Palm City Is Perfect for RV Solar

Year-Round Solar Production

Martin County sits at latitude 27 degrees north, putting it in a sweet spot for solar energy. Even in December and January, you're still getting 4+ hours of peak sun per day. Compare that to northern states where winter production can drop below 2 hours. Your panels generate meaningful power 365 days a year here, which means your solar investment works harder and pays back faster than it would almost anywhere else in the country.

Extended Boondocking Season

Florida's mild winters mean you can comfortably boondock year-round without worrying about frozen tanks or pipes. Solar makes that lifestyle sustainable. With the right battery bank and panel array, you can park at Jonathan Dickinson State Park, camp off the beaten path in Indiantown, or stay at any of the Martin County campgrounds and run your essentials indefinitely. No generator noise, no fuel costs, and no tether to shore power.

Heat and Panel Performance

Here's something worth understanding: solar panels actually lose efficiency in extreme heat. A panel rated at 200 watts produces that at a standardized 77 degrees F. On a 95-degree Florida day, the cells themselves can hit 140+ degrees, dropping output by 10-15%. We account for this temperature derating when sizing your system. Florida compensates with longer daylight hours and more clear-sky days, so the net annual production is still among the best in the nation. The NREL PVWatts Calculator confirms Palm City is in a top-tier solar zone.

Reducing Generator Dependence

Running a generator burns fuel, makes noise, requires maintenance, and in many campgrounds has restricted hours. Solar produces power silently and for free after the initial install. Most of our customers who add a 400W+ panel system with lithium batteries report they run their generator 70-80% less than before. Some stop using it entirely except for running the air conditioning on the hottest days.

RV electrical control board and solar charge controller installation
Charge controller and electrical panel integration for a solar system
OUR PROCESS

How We Install RV Solar Systems

1

Energy Audit and System Design

Call 772-271-5270 and tell us about your camping habits. How often do you boondock? What appliances do you run? We'll calculate your daily energy consumption in watt-hours, assess your roof space, evaluate your existing battery setup, and design a system that actually matches your needs. You get a detailed proposal with component specs and exact pricing before we order anything.

2

Professional Installation

We mount panels with sealed, weatherproof brackets, run properly sized wiring with inline fuses and disconnects, install the charge controller in an accessible spot, wire the inverter near the battery bank, and connect everything to your existing electrical system. Every roof penetration gets Dicor self-leveling sealant. All wiring meets ABYC standards for marine and RV applications.

3

System Testing and Owner Training

We test every component under real Florida sun. We verify that charging rates match our design projections, confirm the inverter handles your appliance loads cleanly, and check that the battery monitor reads accurately. Then we walk you through how to read each display, what the numbers mean, and what to watch for. You'll leave the appointment confident in your system.

PRICING

RV Solar Installation Costs in Palm City

Typical pricing for solar installations in the Martin County area. Every system is custom-quoted based on your specific needs.

Single Panel Install

$350 - $650

One panel, mounting hardware, wiring, charge controller, and connection to existing batteries.

Two-Panel System

$800 - $1,500

Dual panel array, MPPT charge controller, combiner box, wiring, and battery monitor.

Full Off-Grid System

$2,800 - $6,500

Multi-panel array, lithium battery bank, inverter, MPPT controller, monitoring, and complete wiring.

Lithium Battery Upgrade

$900 - $2,200

Lead-acid to lithium conversion. Battery, wiring upgrades, charge profile updates, and testing.

RV electrical panel work during solar installation
Integrating solar components with the RV's existing electrical system
BRANDS WE INSTALL

Solar Equipment We Work With

We use proven, well-supported brands that you can get parts and support for down the road:

Renogy Victron Energy Battle Born Rich Solar BougeRV SOK Battery Ampere Time AIMS Power EPever Go Power!
SERVICE AREAS

RV Solar Installation Across Martin County

Palm City Stuart Jensen Beach Hobe Sound Port Salerno Indiantown Sewalls Point Rio Hutchinson Island Jupiter Island
FAQ

RV Solar Installation Questions

How much does RV solar installation cost in Palm City?

A single panel installation runs $350-650. A two-panel system costs $800-1,500. A complete off-grid setup with lithium batteries, inverter, and charge controller ranges from $2,800-6,500. A lithium battery upgrade alone runs $900-2,200. We size every system to your actual usage and budget.

How many solar panels does my RV need?

That depends entirely on what you're powering and how you camp. If you just need to keep house batteries topped off while parked with hookups, one 200W panel handles that fine. If you want to run a residential fridge, charge laptops, and keep lights on without hookups, you're looking at 400-600W of panels plus a lithium battery bank. We'll map out your energy usage and recommend the right size.

Should I switch to lithium batteries?

If you're adding solar, lithium is almost always the smarter investment. Lead-acid batteries only let you use about 50% of their capacity before you risk damage. Lithium gives you 80-90% usable capacity, weighs about a third as much, charges three times faster, and lasts five to eight times longer. The upfront cost is higher, but the lifetime value isn't even close.

Will solar panels damage my RV roof?

Not when they're installed correctly. We use Z-brackets or tilt mounts that bolt through the roof with proper sealant at every penetration point. Every mount gets Dicor self-leveling sealant, the same stuff the factory uses. We also route the wiring through a dedicated roof entry plate rather than drilling random holes. If your roof has existing damage, we recommend fixing that first through our roof repair service.

What kind of charge controller do I need?

For most RV solar setups, an MPPT controller is the way to go. MPPT controllers are 15-30% more efficient than PWM controllers at converting solar energy into battery charge, especially in the partial shade conditions that are common at campgrounds. Brands like Victron and Renogy make solid MPPT controllers in the 20-50 amp range that cover most RV needs. We'll match the controller to your panel wattage and battery bank.

Can solar run my RV air conditioner?

Technically yes, but it takes a significant system. You'd need at least 800-1,000W of panels, 400-600Ah of lithium batteries, and a 3,000W inverter to run a rooftop AC for a few hours. Most people use solar to power everything except AC and rely on shore power or a generator for cooling. We'll be honest about what's realistic for your setup and budget.

Does Florida's heat reduce solar panel output?

Surprisingly, yes. Solar panels actually lose efficiency as they get hotter. A panel rated at 200W might only produce 170-180W on a 95-degree day because the cells themselves are running at 140+ degrees. Florida compensates with more sun hours per day, so annual production is still excellent. We factor in temperature derating when we size your system so you get realistic output numbers.

Do I still need a generator if I have solar?

For most RVers, solar and a generator work best together. Solar handles your daily baseline needs like lights, fridge, phone charging, and water pump. The generator kicks in for heavy loads like air conditioning or when you've had a stretch of cloudy weather. If you go with a large enough lithium bank and panel array, you can skip the generator for everything except AC. It really comes down to your camping style and how much you want to invest upfront.

How long does a full RV solar installation take?

A single panel with charge controller takes about 3-4 hours. A two-panel system with battery monitor runs about a full day. A complete off-grid build with lithium batteries, inverter, multiple panels, and full wiring typically takes 1.5 to 2 days. We do everything at your location, and we test the entire system before we leave.

Last updated: March 2026