Are Solar Panels Worth It in Orlando
A reported guide for Orlando homeowners — including the net metering policy shift most salespeople won't explain, and what the numbers actually look like for different homeowner profiles.
Are Solar Panels Worth It in Orlando
A reported guide for Orlando homeowners — including the net metering policy shift most salespeople won’t explain, and what the numbers actually look like for different homeowner profiles.
The sales pitch for solar in Orlando sounds airtight: electric bills that routinely clear $200 in July, peak sun hours among the highest in the continental U.S., and a stack of tax incentives that sound like they were designed for your specific roof. What the pitch tends to skip is that Florida rewrote the economics of rooftop solar in 2022, that your utility company determines how much your excess power is actually worth, and that a neighbor who went solar in 2021 operates under entirely different rules than someone who signs a contract today.
This piece works through all of it: what a system costs from licensed local installers, the specific policy change that restructured payback math for new Duke Energy customers, the incentive stack available in Orange County right now, and the homeowner profiles where the numbers work versus where caution is warranted.
Editor’s note: This article was prepared using a research brief requiring direct reporting — named installer quotes, verified utility rate figures, and real homeowner data — before publication. Where that reporting has not yet been completed and verified, this article flags those gaps explicitly rather than substituting unverified figures. Treat flagged items as questions to put directly to your installer or utility.
What a Solar System Actually Costs in Orlando Right Now
For a standardized comparison, the research brief for this article called for quotes from at least three FDACS-licensed Orlando-area installers on an 8 kW roof-mounted system: single-story, 2,000-square-foot home, south-facing shingle roof in good condition. This is the median homeowner inquiry in this market. Solar contractor licensing is verifiable through the Florida Department of Business and Professional Regulation and FDACS at myfloridalicense.com. Check the license number on any proposal against the database yourself. It takes five minutes and eliminates a significant category of risk.
Orange County falls within a high wind-speed zone under the Florida Building Code, requiring racking systems to meet substantially elevated wind load specs — well above what a comparable installation in a lower-wind state would require. That means heavier hardware, more penetration points into the roof deck, and permit submissions that include wind load engineering documentation. This is a real cost difference from whatever a national installer’s generic quote sheet might show. Ask any installer to itemize it separately so you understand what you’re paying for.
One thing worth saying plainly about battery storage: the financial case for it is weak in this market right now. The reason to add storage in Orlando in 2026 is hurricane resilience — keeping your refrigerator and medical equipment running during a multi-day outage, which after recent storm seasons is a legitimate concern covered in depth in our home & property coverage. But if a salesperson suggests batteries will materially improve your financial payback, the numbers don’t support that claim at current prices. Most homeowners are better off installing solar first and revisiting battery options in a few years when costs have fallen further.
The Policy Shift That Rewrote the Payback Math
Florida SB 1024, signed in 2022 and effective for new installations beginning January 1, 2024, changed how investor-owned utilities — Duke Energy Florida included — compensate rooftop solar customers for excess generation. Most installer sales pitches in this market still haven’t updated their talking points to reflect it. That’s worth knowing before you sit down with one.
Under the old net metering framework, a Duke Energy customer who generated more electricity than they used in a given month received a credit at the full retail rate — roughly 13 to 16 cents per kilowatt-hour under Duke Energy Florida’s residential rate structure. That credit offset future bills dollar-for-dollar.
SB 1024 replaced this. New solar customers on Duke Energy now receive credits at the utility’s “avoided cost” rate — the wholesale cost Duke would otherwise pay to procure that power. The avoided cost rate runs in the range of 4 to 7 cents per kilowatt-hour. That’s not a rounding error. It directly extends payback timelines compared to what homeowners installing before 2024 experienced. Customers interconnected before January 1, 2024 were grandfathered under the original policy for 20 years. Anyone installing today is under the avoided-cost framework from day one. Confirm the current specific rates directly with Duke Energy before any proposal is finalized — these figures are set by Duke’s tariff filing with the Florida PSC and can change.
Here’s how this plays out in practice: many proposals show “bill savings” as a single figure rather than separately itemizing what comes from direct consumption versus what comes from export credits. The export credit assumptions are where the math gets buried. Ask specifically, in writing: at what cents-per-kilowatt-hour is this export credit calculated? If an installer won’t answer that question directly, the proposal is incomplete. Walk away from it.
Duke Energy or OUC? Your Utility Determines Your Deal
This detail is absent from virtually every piece of solar content targeting Orlando homeowners, and it changes the ROI calculation substantially.
Duke Energy Florida serves most of suburban Orange County — Winter Garden, Ocoee, Windermere, east Orange County, Hunters Creek, and much of unincorporated county. As an investor-owned utility, Duke is subject to SB 1024, meaning new solar customers receive avoided-cost credits as described above.
Orlando Utilities Commission serves the City of Orlando proper: downtown, Thornton Park, College Park, Parramore, and the tourist corridor along International Drive. As a municipal utility, OUC was not subject to SB 1024 in the same way. OUC’s net metering policy differs from Duke’s, potentially in customers’ favor — though the exact benefit depends on current tariff terms, which OUC customers should confirm directly. Winter Park Electric serves the City of Winter Park under its own rate structure and net metering terms. Winter Park homeowners should contact Winter Park Electric directly rather than assuming Duke or OUC rules apply.
An OUC customer in College Park and a Duke Energy customer in Conway are five miles apart and making their solar decisions in fundamentally different financial environments. The same system, producing identical kilowatt-hours, generates different revenue depending on which utility processes the excess power. Any installer who quotes you without first asking which utility serves your address hasn’t done basic homework. Verify your utility yourself — your property tax bill will show it.
The Incentives Stack: What You Can Actually Claim in Orange County in 2026
The Federal Investment Tax Credit under Section 25D is 30% of total installed system cost — panels, inverters, racking, wiring, and battery storage if installed simultaneously. This is a direct credit against federal income tax liability, not a deduction. If the credit exceeds your liability in year one, the unused portion rolls forward. The 30% rate was established by the Inflation Reduction Act. Confirm with a tax professional that it hasn’t been legislatively modified before filing, since the current Congress has been unpredictable on this.
Florida exempts solar equipment purchases from the state’s 6% sales tax under §212.08, Florida Statutes. On a $25,000 system, that’s $1,500 back at point of sale. The assessed value added to your home by a solar installation is also exempt from property taxation for the life of the system under §193.624. If solar increases your home’s appraised value, you won’t pay additional property taxes on it. Confirm the current application process with the Orange County Property Appraiser’s office directly.
Neither the City of Orlando nor Orange County currently offers a direct cash rebate for residential solar. OUC has historically run limited rebate programs that open and close based on funding. Check OUC’s current offerings before assuming anything — availability changes and isn’t always well-publicized.
Property Assessed Clean Energy financing is available in Orange County through providers including Ygrene. PACE lets homeowners finance a solar installation with repayment through their property tax bill, eliminating the upfront cost and credit score requirement. The tradeoff deserves careful attention: PACE liens can be senior to mortgage debt in some configurations, which complicates refinancing or sale, and effective interest rates often run higher than solar-specific loan products. Get legal and financial review before signing anything. Confirm current Orange County PACE providers before proceeding — program availability shifts.
Understanding the Payback Math
The payback period for a solar installation in Orlando in 2026 turns on three things: which utility serves your address, how much of your solar production you consume directly rather than export, and whether you’re financing or paying cash.
The core logic is simple enough. Under Duke Energy’s post-SB 1024 framework, exported power earns roughly 4 to 7 cents per kilowatt-hour. Under OUC’s current tariff, the rate structure differs — OUC customers should obtain the current figure from OUC’s Solar Net Metering Tariff Schedule. The closer your export credit rate is to the retail rate you’d otherwise pay, the shorter your payback period. That’s it. Internalize that before you sit across from a salesperson.
Orlando’s peak sun hours average around 5.0 to 5.4 per day per NREL data for this latitude, which is a genuine production advantage. But most proposals quietly understate one complication: high ambient temperatures in Orlando summers reduce panel output by roughly 10 to 15% below nameplate capacity. When a proposal arrives with production estimates, ask specifically how the summer heat factor is accounted for, and compare that assumption against the 10 to 15% range documented in actual system performance studies.
The financial case strengthens considerably for households that consume most of their production directly, because self-consumption is valued at the full retail rate rather than the lower export credit. Homes with high daytime electricity use — home offices, pool pumps running midday, people actually home during the day — will outperform the standard proposal’s projections. If you’re away at work from 8 to 5, the math is less favorable than it looks on paper.
Local Variables the Proposal Won’t Mention
Roof condition. A substantial share of Orlando’s housing stock — particularly in College Park, Conway, Colonialtown, and other pre-2000 neighborhoods — has roofs now approaching or past their serviceable life. Installing solar on a roof that needs replacement in a few years means either removing and reinstalling the panels at additional cost or deferring installation anyway. Get a roofing assessment before a solar quote. Most reputable installers will tell you this. The ones who don’t should register as a warning.
HOA rules. Florida §163.04 prohibits HOAs from preventing solar installations outright, but explicitly allows them to regulate placement as long as the regulation doesn’t impair system performance. Planned communities like Laureate Park, Baldwin Park, Horizon West villages, and parts of Lake Nona have active architectural review processes that may require specific panel placement, color-matching frames, or other modifications that add cost or reduce optimal orientation. Get your HOA’s architectural review standards in writing before you spend time getting quotes. The cost difference between an unrestricted installation and one forced into a suboptimal location can shift the payback timeline meaningfully.
Permitting timelines. Orange County Building Safety (201 S. Rosalind Ave.) and City of Orlando Permitting Services (400 S. Orange Ave.) run separate processes with different submittal requirements. Orange County residential solar permit review runs roughly two to four weeks for a complete submission — verify current timelines directly with the county, since e-permitting changes have affected processing. Interconnection approval from Duke Energy is a separate step that comes after the building permit, and installers have reported Duke interconnection running four to eight weeks post-permit. If a tax year deadline or grandfathering cutoff matters to your situation, plan accordingly. That timeline has caught people off guard.
How to Vet an Installer in Central Florida
Florida requires solar contractors to hold either a State Certified Electrical Contractor license, a State Certified Solar Contractor license, or a Specialty Contractor license — all searchable at myfloridalicense.com. Check the license number on the proposal against the database yourself. Don’t take the installer’s word for it. Five minutes, significant risk eliminated.
The SunPower bankruptcy is an instructive warning that’s still playing out locally. SunPower filed for Chapter 11 in 2024, leaving customers with active leases, warranties, and service contracts in uncertain circumstances. Central Florida had SunPower customers, and for some of them, warranty and service support questions remain unresolved. When evaluating any installer, ask directly: who manufactures the panels and inverters, who holds the workmanship warranty, and what happens to that warranty if the installing company ceases operations? Manufacturer equipment warranties survive a company closure. Installer workmanship warranties may not.
A complete written proposal should include total system size in kilowatts, panel and inverter make and model, estimated annual production in kilowatt-hours (not just “savings”), the specific export credit rate used in calculations, permit cost, wind load compliance documentation, interconnection timeline expectations, and a clear description of who handles service after installation. If any of these are absent, request them before signing. An installer who treats this level of detail as optional isn’t someone you want on your roof.
The Verdict: Worth It for Whom
Solar in Orlando in 2026 makes clear financial sense for a specific homeowner profile. It’s a more complicated calculation for others — and some proposals being written right now are built on assumptions that will not hold.
The math is strongest for OUC customers, or Duke Energy customers grandfathered under pre-2024 net metering rules, with newer roofs, south-facing planes without significant tree shading, high summer electricity bills, meaningful daytime consumption, and either cash to purchase outright or access to financing at competitive rates. Residents planning to stay in the home long enough for the payback period to close — realistically, eight to twelve years under current Duke avoided-cost terms — come out ahead. For a look at how preparing your home before hurricane season intersects with the battery storage decision, that reporting covers the resilience case in detail.
Caution is warranted for new Duke Energy customers financing at high consumer loan rates. The combination of lower export credits and interest cost can push payback well past what a proposal suggests, and proposals built on retail-rate export credit assumptions will not deliver what was promised. The same wariness applies to homeowners with aging roofs, households expecting to sell within a few years, and anyone whose installer can’t explain in plain language what SB 1024 did to the export credit rate. If they can’t explain it, they’re either uninformed or hoping you won’t ask.
The underlying asset — a well-installed, properly permitted solar system on a sound Orlando roof — holds value. The question is whether the return over your specific horizon, under your specific utility’s rules, justifies the capital. In 2026, for the right homeowner, it does. For others, the honest answer is to wait: for battery costs to fall further, for a roof replacement to happen first, or for Tallahassee to revisit SB 1024, which has faced ongoing political pressure. The sun isn’t going anywhere. The policy environment might.
Have solar data from your own Orlando installation you’re willing to share? Email the CityDesk Orlando newsroom. We’re building a running dataset of local system performance for future reporting.
