Buying a Florida Home With Solar Panels: Buyer Guide

Why solar changes the deal

Drive through Riverview, Wesley Chapel or Brandon and you will see panels on roof after roof. If you are house hunting in Tampa Bay you will encounter solar, and what you are really buying is a contract, a utility agreement, and a set of roof penetrations.

Solar can be a genuine asset: lower electric bills and, in some cases, better resale. It can also be a trap if you do not understand the ownership structure, the condition of the system, and the obligations that transfer to you at closing. Here is what I check for my buyers.

Owned vs. Leased, This Is the Whole Ballgame

There are fundamentally two situations, and they could not be more different:

Owned Solar Panels	Leased Solar Panels
Panels belong to the homeowner	Panels belong to the solar company
No monthly payment to a solar company	Monthly lease payment ($100-$250/mo typical)
Convey with the home at sale, clean transfer	Buyer must qualify for and assume the lease
No UCC lien on the property	UCC-1 filing (lien) on the equipment
Full control over roof repairs and replacement	Solar company must coordinate any roof work
Adds 3-4% to home value on average	May add value, may make home harder to sell
Warranty is with the buyer	Warranty is with the solar company

If the panels are owned free and clear, congratulations, you're getting a bonus. The system generates electricity, reduces your FPL bill, and you have no ongoing obligation to anyone. The panels, inverter, and all equipment convey with the property like any other fixture.

If the panels are leased, you're inheriting a contract. A typical solar lease runs 20 to 25 years with monthly payments of $100 to $250. That's a $24,000 to $75,000 total obligation over the life of the lease. The solar company owns the equipment, and there's likely a UCC-1 financing statement filed with the state, which is essentially a lien. Read the full breakdown: How to Check for Solar Panel Liens

How to Verify Ownership Before Making an Offer

Step 1: Ask the Seller Directly

The listing agent should be able to tell you immediately whether the panels are owned or leased. If they can't answer or seem unsure, that's a yellow flag. Ask for documentation, the original purchase agreement, lease contract, or loan payoff statement.

Step 2: Search for UCC Filings

Go to floridaucc.com and run a debtor search under the seller's name. If a UCC-1 filing shows up mentioning solar, photovoltaic, or energy equipment, the panels are leased or financed. No filing usually means they're owned outright. This takes two minutes and costs nothing.

Step 3: Check the Building Permit

Every solar installation in Hillsborough County requires a building permit. Search HillsGovHub for a solar or photovoltaic permit on the property. The permit shows the contractor who installed the system, the date, and, critically, whether the final inspection passed. An open or failed solar permit means the system may not be properly connected to the grid.

Step 4: Review the Interconnection Agreement

The homeowner should have an interconnection agreement with the utility company (usually Duke Energy or Tampa Electric/TECO). This confirms the system is approved for net metering, meaning excess electricity generated by the panels flows back to the grid and creates credits on the electric bill. Without this agreement, the panels may be installed but not actually producing savings.

The 10 Questions You Must Ask Before Buying

1. Are the panels owned, leased, or financed? Get documentation, not just a verbal answer.
2. If leased: what are the monthly payments and how many years remain? Calculate the total remaining obligation.
3. If leased: can the lease be transferred to a new buyer? Most can, but you'll need to qualify. What if you don't?
4. If leased: what's the buyout price? Some leases allow early purchase. Get the number in writing.
5. What is the system size (kW) and annual production (kWh)? This tells you how much electricity the panels actually generate.
6. How old is the system? Solar panels degrade over time, typically 0.5-0.7% efficiency loss per year. A 10-year-old system produces less than a new one.
7. What's the inverter warranty status? Inverters typically last 10-15 years and cost $1,500-$3,000 to replace. If the system is 12 years old, you may need a new inverter soon.
8. Is the solar permit finaled? Open permits = uninspected work = potential problems.
9. What happens if the roof needs replacement? Removing and reinstalling panels for a reroof costs $3,000-$10,000. Who pays if the panels are leased?
10. Does the HOA have solar restrictions? Florida law (§163.04) protects homeowners' right to install solar, but some HOAs have placement and aesthetic requirements that could affect future modifications.

The insurance requirement that catches cash buyers

This is the one almost nobody knows about, and it bites cash buyers hardest.

If the system is large enough, your utility requires you to carry liability insurance as a condition of staying connected to the grid. Under Tampa Electric's standard interconnection agreement for Tier 2 renewable generator systems, a Tier 2 system is rated above 10 kW and no more than 100 kW alternating current, and the agreement states that the customer "shall maintain general liability insurance for personal injury and property damage in the amount of not less than one million dollars ($1,000,000)."

It is not a one-time form, either. The customer must provide initial proof of insurance and then submit proof of continuing coverage within 30 days of any policy renewal. Failure to maintain the required insurance is grounds for terminating the interconnection agreement, which means the system can be disconnected from the grid.

Why cash buyers get caught: a financed buyer has a lender requiring a homeowners policy, and the agent placing that policy usually catches the solar system and the liability requirement. A cash buyer has no lender forcing the conversation. I have seen cash buyers close, never file proof of coverage, and find out later that their interconnection is in default.

Two practical notes. First, dropping a Tier 2 system below 10 kW or pushing it above 100 kW requires a new agreement at a different tier, so changes to the array are not cosmetic. Second, systems above 100 kW up to 2 MW carry a higher requirement, not less than $2,000,000 in general liability. Confirm your system size in kW AC and your own utility's current tariff, because requirements differ by utility.

PACE assessments, and why they are different

Some Florida solar systems were financed through a PACE program, which stands for Property Assessed Clean Energy. This is not a loan in the normal sense. It is a non-ad valorem assessment attached to the property and collected on the property tax bill.

That distinction matters enormously:

• It runs with the land, not the person. It does not get paid off because the owner moved. It transfers to you.
• It can sit ahead of your mortgage in priority, which is exactly why many lenders require a PACE assessment to be paid off at closing before they will fund.
• It shows up on the tax bill, not in a lien search for a mortgage. If you only look for a UCC filing or a recorded mortgage, you can miss it entirely.

Pull the property tax bill for the parcel and read the non-ad valorem assessment lines. If there is a PACE assessment, get the current payoff figure in writing and decide who pays it before you are at the closing table.

Getting the payoff handled at closing

If the panels are financed or leased with a buyout, the cleanest outcome is almost always a payoff at closing out of the seller's proceeds, with the lien released and the system conveyed to you free and clear. Make that an explicit term of the contract rather than an assumption.

What to require in writing:

• A current payoff or buyout statement from the solar lender or lessor, with a good-through date.
• Confirmation that the title company has the payoff in the closing figures and will obtain a release or UCC termination.
• If instead you are assuming a lease or power purchase agreement, the lessor's written approval of you as the transferee, completed before your inspection period ends. Transfer approval is not automatic and it is not fast.

The failure mode here is predictable: everyone assumes the lease transfer is a formality, nobody starts the paperwork, and the closing gets delayed while the solar company runs a credit check on the buyer.

Roof penetration warranties

A solar array is bolted through your roof covering. Every mount is a hole that was flashed and sealed by the solar installer, not by the roofer.

That creates a split responsibility that matters the first time water shows up in a ceiling:

• Ask whether the roofing manufacturer's warranty was voided by the installation. Some manufacturers void coverage unless the array was installed by a certified installer using approved mounts.
• Ask for the installer's separate penetration or weatherproofing warranty, its term, and whether it transfers to a new owner. Many are 5 or 10 years and many do not transfer.
• Get both warranty documents before your inspection period ends. A leak around a mount with no transferable warranty and a voided roof warranty is entirely your cost.

Also have your inspector look at the attic directly beneath the array. Staining on the sheathing tells you more than a visual roof inspection from the ground.

While you are inspecting an older Florida home, order the insurance inspections at the same time. My guide to what fails a Florida 4-point inspection covers how roof age interacts with insurability, which is the other half of this problem.

How Solar Panels Affect Your Home Insurance

Solar panels are attached to the structure, so they become part of your insurable property. Your homeowners insurance policy needs to cover the replacement cost of the panels, typically $15,000 to $30,000 for a residential system. If you don't update your coverage, you could be underinsured.

Leased panels add a wrinkle: the solar company owns the equipment, but it's on your roof. If a hurricane damages the panels, who files the claim? Typically, the solar company has their own insurance on the equipment, but your policy covers the roof damage underneath. Get clarity on this before closing, not during a storm.

Some insurance carriers charge higher premiums for homes with solar panels because of the increased replacement cost and the complexity of roof claims. Shop around and get quotes from at least three carriers.

How Solar Panels Affect the Home's Value

Studies from the Lawrence Berkeley National Laboratory show that owned solar panels increase home value by an average of $15,000 to $20,000 (roughly 3-4%). However, that premium depends on the local market, the system's age, and whether it's owned or leased.

Owned systems almost always add value. Buyers see reduced electric bills with no strings attached.

Leased systems are more complicated. Some buyers view the lease payment as a wash, you're paying $150/month for the lease but saving $150/month on electricity. Others see it as a liability, a 15-year obligation they didn't ask for, plus restrictions on roof work. In my experience, leased panels neither add nor subtract significant value, but they do narrow your buyer pool at resale because some buyers simply won't take on the lease.

Roof Condition and Solar, The Hidden Cost

Here's something most buyers don't think about: what's the age of the roof under those panels?

If the roof is 15 years old and the solar panels were installed 5 years ago, you may need a new roof in the next 5-10 years. That means removing all the panels, replacing the roof, and reinstalling the panels. The removal and reinstallation alone costs $3,000-$10,000 depending on the system size and type.

If the panels are leased, the solar company typically handles the removal and reinstallation, but they charge for it, and the scheduling can delay your reroof by weeks. If the panels are owned, you're coordinating with a solar installer separately from your roofer.

Before you buy: check the roof permit history. When was the last reroof? What's the remaining useful life? Factor the cost of panel removal/reinstallation into your long-term ownership budget.

Net Metering in Florida, What You're Actually Getting

Florida's net metering program allows solar homeowners to send excess electricity back to the grid and receive credits on their utility bill. This is what makes solar financially viable for most homeowners, the panels generate more electricity during peak sun hours than the home uses, and that excess offsets nighttime and cloudy-day usage.

As a buyer, ask for 12 months of the seller's electric bills. This shows you the actual savings the system produces, not the theoretical production, but real-world results accounting for the home's usage patterns, the system's age, and seasonal variation. If the seller claims "zero electric bills" but the bills show $80/month credits, you know the real picture.

The Due Diligence Checklist for Homes With Solar

Use this alongside the full buyer due diligence checklist:

• Confirm owned vs. leased (get documentation)
• Search floridaucc.com for UCC-1 filings
• Pull the solar building permit, verify it's finaled
• Get the interconnection agreement with the utility
• Request 12 months of electric bills
• Check system age and inverter warranty
• Assess roof age and condition under the panels
• Get insurance quotes that include the solar system
• If leased: get the full lease document, remaining term, monthly payment, buyout price, and transfer requirements
• If leased: confirm the lease transfer with the solar company before removing your inspection contingency