Is Solar Worth It in Orlando in 2026 With OUC as Your Electric Company
National installers are quoting payback periods based on a buyback rate that no longer exists for new OUC customers. Here's the real math, current contractor pricing, and the financing trap showing…
National installers are quoting payback periods based on a buyback rate that no longer exists for new OUC customers. Here’s the real math, current contractor pricing, and the financing trap showing up on Orange County title commitments.
July is the cruelest month for an Orlando electric bill. The AC runs before sunrise and long after dark, the humidity makes every degree feel earned, and your OUC statement arrives looking like a car payment. It’s also when solar installers advertise hardest — door knockers in Colonialtown, mailers in Windermere, sponsored posts targeting anyone who’s ever searched “OUC bill too high.” The timing is not a coincidence.
What those pitches rarely mention is the single most important fact about residential solar in Orlando right now: Florida’s SB 1024 changed what OUC pays you for power you send back to the grid, and the payback periods most national solar websites quote are built on a buyback rate that no longer exists for new customers. The difference isn’t rounding error. It adds several years to your break-even and can make certain roof configurations not pencil out at all.
This piece runs the actual numbers — a real July OUC bill, current installation prices from Central Florida contractors, and the PACE financing lien language that’s complicating closings across Orange County. If you’re sitting with a high OUC bill and a solar sales pitch in hand, read this before you sign anything.
Your July OUC Bill Is the Starting Point, and It’s More Complicated Than You Think
Before any payback calculation means anything, you need to know exactly what you’re paying OUC and what a solar system would actually offset.
A representative 1,500 kWh July bill breaks down like this, based on OUC’s current published rate schedule:
The base customer charge is $10 per month, flat, regardless of how much electricity you use or how much your panels produce. Solar doesn’t eliminate it. Energy charges run at summer tier rates near 9 to 10 cents per kWh — at 1,500 kWh, you’re deep into the higher tier. Then there’s the fuel charge, the line item most homeowners skim past. OUC recalculates it quarterly and passes it through directly. In summer 2025, it’s been running around 3 to 4 cents per kWh, which pushes the effective all-in rate to roughly 12 to 13 cents per kWh when you add everything up.
At 1,500 kWh, that July bill lands somewhere around $195 to $215 before taxes and the franchise fee. That’s the number a solar system has to displace.
Nearly all of it comes from energy charges — theoretically reducible with solar. The base customer charge is not. You’ll pay OUC that $10 until you disconnect entirely, and no residential customer in Orlando is going fully off-grid with a practical rooftop system. It’s just the cost of being on the grid.
What SB 1024 Did to the Solar Math, and Why Your 2021 Neighbor Got a Better Deal
Florida Senate Bill 1024 passed in 2022 and restructured net metering statewide. The utility industry supported it — make of that what you will. Most national solar content still doesn’t account for it when quoting Florida payback periods.
Before SB 1024, net metering worked on retail-rate credits. When your panels produced more than your house was consuming at that moment, the excess went to the grid and OUC credited your account at roughly what you’d pay to buy that power back — around 11 to 12 cents per kWh all-in. Under the new framework, utilities moved to an “avoided-cost” credit for net exports. OUC’s avoided-cost rate — what the utility would pay to generate or procure that electricity on the wholesale market — is currently around 2.5 to 3.5 cents per kWh. The exact figure moves with fuel costs and is published in OUC’s interconnection tariff.
Power you export to the grid during the middle of the day is now worth roughly a quarter of what it costs you to buy it back in the evening. The meter spinning backward no longer generates free storage credit. That math is gone.
The grandfathering situation matters. Customers who interconnected before the avoided-cost transition retained retail-rate credits for 20 years from their interconnection date. Your neighbor who went solar in 2021 earns 11 to 12 cents per exported kWh. You’ll earn 2.5 to 3.5 cents. Over ten years, that gap compounds into thousands of dollars of difference in actual system value. Your neighbor got the better deal. That ship has sailed.
If a salesperson quotes you a payback period without specifying which buyback rate they’re using, ask directly. If they’re using retail-rate credits, walk away — or demand a recalculation at avoided cost before the conversation goes any further.
The Revised Payback Calculation Under OUC’s Current Rate
Take a 9–10 kW system on a typical east Orlando house: asphalt shingle roof in reasonable shape, south-facing principal roof plane, a $200-ish monthly July bill. Orlando averages 5.5 peak sun hours per day per NREL PVWatts data — genuinely excellent sun exposure, which is cold comfort when it’s 94 degrees and your bill still looks like this. Peak production runs April through August; December and January are the low months.
The critical question isn’t how much power the panels produce. It’s when production happens versus when consumption happens. Two households with identical systems on identical roofs can have meaningfully different financial outcomes based on this alone.
Scenario one: the house is occupied during the day. Someone works from home, kids are on summer break, a retiree is there full time. The AC is running, appliances are in use. Solar production during peak hours gets consumed in real time rather than exported. Roughly 70 to 80 percent of production is self-consumed at the full retail rate — saving 12 to 13 cents per kWh. Only 20 to 30 percent goes to the grid at the avoided-cost rate of 2.5 to 3.5 cents. The system pays for itself primarily through what it offsets, not what it sends to the grid.
Scenario two: the house is empty from 8 a.m. to 5 p.m. Peak solar production goes straight to the grid at 2.5 to 3.5 cents per kWh — a fraction of retail. The payback period stretches considerably. For households away during most daylight hours, the financial case weakens. This is the reality most national solar aggregators don’t emphasize, probably because it’s bad for conversions.
The financial win in 2026 is self-consumption. Full stop. Homeowners who make solar work financially today are those who shift consumption to match production: dishwasher at noon, EV charging during the day, thermostat set lower while the sun is up rather than pre-cooling at night. This used to be a nice optimization. Now it’s the difference between a reasonable payback period and a questionable one.
What Solar Actually Costs From Central Florida Contractors in 2026
National averages from EnergySage and similar aggregators don’t reflect the local market, as we find across our home and property coverage. For a standard 9–10 kW residential system with string or microinverters, fully permitted and grid-tied in Orange County, licensed local contractors are currently quoting in the range of $2.60 to $3.20 per watt before incentives. That puts a 9 kW system at roughly $23,400 to $28,800 before the federal tax credit, or approximately $16,400 to $20,200 after the 30 percent credit.
These are market estimates, not quotes. Sit down with at least two licensed local contractors before making any financial decision. Solar Bear, Palmetto Solar, and Freedom Forever all operate in the market; Sunrun and Sunnova do as well, though the latter two rely more heavily on subcontractors, which is worth asking about when you’re evaluating warranties. Verify every contractor’s license through Florida DBPR before signing anything. Premium panel brands or full microinverter arrays push toward the top of that range or above it.
Battery storage adds a separate cost layer. A Tesla Powerwall 3 (13.5 kWh usable) or an Enphase IQ Battery 5P runs $8,000 to $14,000 gross before the 30 percent federal credit, which applies when battery storage is paired with new solar under the Inflation Reduction Act.
Orange County has a simplified solar permit process under SB 234, which streamlined statewide requirements for systems under 25 kW. Current permit approval timelines have been running two to four weeks — verify this with the Orange County Building Division before you lock in a project schedule, because your system doesn’t produce grid-connected electricity until OUC issues permission to operate after final inspection. That last sign-off can take longer than installers imply when they’re quoting you a start date.
The 30 Percent Federal Tax Credit: What It Covers, What It Doesn’t, and a Problem Nobody Mentions at Signing
The residential clean energy credit stays at 30 percent through December 31, 2032, then steps down to 26 percent in 2033 and 22 percent in 2034 before expiring. No income cap to qualify. The credit covers panels and mounting hardware, labor, inverters, electrical balance-of-system components, battery storage when paired with new solar, and sales tax on covered equipment. It does not cover roofing repairs made alongside a solar installation — something installers sometimes bundle into quotes in ways worth scrutinizing.
File IRS Form 5695, Part I, with your return for the tax year the system is placed in service. The credit is nonrefundable: it reduces your federal income tax liability but doesn’t generate a refund beyond what you actually owe. Unused credit carries forward one year only.
Here’s the problem nobody brings up at signing: if your annual federal tax liability is modest — a retiree living on Social Security and a small pension, or a self-employed person with heavy deductions — you may not be able to absorb the full credit before it expires. On a $20,000 system, that’s a $6,000 credit. If your liability is $3,000 per year, you capture it over two years. If your liability is $1,500, a meaningful portion is gone permanently. This isn’t hypothetical in Orange County’s retirement-heavy neighborhoods — Hunters Creek, parts of the Doctor Phillips corridor, and the communities around Lake Nona that skew older. The salesperson won’t raise it. Your accountant will. Talk to your accountant first.
OUC vs. Duke Energy Florida: Does Your Address Change the Math?
Not everyone in greater Orlando is an OUC customer. Duke Energy Florida serves Winter Park, Edgewood, and portions of Apopka and Maitland, among others. Both utilities operate under SB 1024’s avoided-cost framework, but their base rates, tier structures, and fuel charge mechanisms differ. Duke’s rates are set through proceedings before the Florida Public Service Commission, which means they’ve moved differently than OUC’s over the past few years, particularly on fuel charges.
Check which utility serves your address before doing any solar math. OUC and Duke both have service territory lookups on their websites — two minutes, and it matters. A salesperson quoting you a payback period without knowing your utility and using that utility’s current avoided-cost rate is working from a generic model that doesn’t apply to your house. That’s a meaningful problem, not a minor one.
PACE Financing: What It Is and Why It Keeps Appearing on Title Commitments
Property Assessed Clean Energy financing gets pushed aggressively in Orange County, particularly in parts of Pine Hills, Richmond Heights, and Paramore — neighborhoods where homeowners have real equity but limited access to conventional home improvement loans. The pitch is simple: no credit check, payments rolled into your property tax bill over 15 to 25 years. The product is a trap for anyone planning to sell or refinance within that window.
A PACE loan is not a mortgage and not a personal loan. It’s a special assessment lien recorded against your property in Orange County official records under Florida Statutes §163.08. It attaches to the land itself. When you sell or refinance, the lien has to be disclosed — and almost always paid off at closing.
This is where it becomes a genuine problem. Fannie Mae and Freddie Mac prohibit purchasing loans on properties with PACE obligations whose assessment lien is senior to the first mortgage. In Florida, the PACE lien is senior to the mortgage. That means if you have a PACE lien, you cannot refinance your conventional mortgage without first paying off the PACE balance. A buyer seeking conventional financing cannot purchase your home without you retiring that balance at closing.
A buyer’s title commitment on an Orange County property with a PACE lien will carry a Schedule B exception identifying the servicer, the recording information, and the outstanding balance as a non-ad valorem assessment collectible through the Orange County tax collector. At closing, that language stops the transaction cold until someone figures out who’s paying it off. PACE programs operating in Orange County currently include the FL PACE Funding Agency and Ygrene Energy Fund, authorized under §163.08.
If a solar installer leads with PACE as the easy path, understand what they’re actually offering: a super-priority lien on your home that will complicate or block a conventional refinance until it’s paid off. A home equity loan, a credit union personal loan, or a cash-out refinance completed before installation are all cleaner structures for most homeowners. The 30 percent federal credit improves the math considerably on a straightforward cash or loan purchase. PACE’s apparent simplicity evaporates once you account for the effective interest rate and the lien consequences. It’s not a favor.
Battery Storage and Hurricane Season: What You’re Actually Buying
A grid-tied solar system without battery storage shuts off automatically when the grid goes down. This isn’t a malfunction — it’s required. The National Electrical Code’s anti-islanding provisions mandate that the inverter disconnect during an outage to prevent energized backfeed reaching lines that utility workers may be working on. During Hurricane Ian in 2022, Orange County saw multi-day outages. Grid-tied solar-only systems sat there in the sun and produced nothing useful for their owners. Zero backup power. The panels worked fine; the inverter was doing exactly what it was supposed to do.
Adding a battery — a Tesla Powerwall 3 or an Enphase IQ Battery 5P — lets the solar-plus-battery system island and keep running during an outage. One battery at 13.5 kWh usable capacity can run a refrigerator, lights, and limited AC for roughly 12 to 20 hours, with solar recharging it during daylight. Two batteries extend that substantially. It’s not full grid power, but it covers critical needs during a multi-day storm without depending on OUC restoration timelines.
At $8,000 to $14,000 gross before the 30 percent credit, battery storage doesn’t dramatically improve the financial payback calculation on its own. The avoided-cost export rate is low enough that a battery’s primary financial value is increasing self-consumption, not arbitrage — an incremental benefit. Battery storage is mostly a backup-power purchase. It’s the cost of not being fully dependent on OUC during a hurricane, not a mechanism for accelerating your solar payback.
For households with medical equipment, elderly residents, or young children, the answer is often yes regardless of what the spreadsheet says. For a household of healthy adults in a house that came through Ian without critical consequences, it’s a closer call. Being honest about that isn’t pessimism — it’s just how the math works.
Before You Sign: Site, HOA, and Permit Realities That Change the Timeline
Shading is the variable installers downplay most consistently. Orange County’s older neighborhoods — College Park, Audubon Park, the Winter Garden Road corridor — have mature tree canopies that significantly reduce production on roof planes you might assume are fine. A single large oak in the wrong spot can cut array output by a quarter or more, depending on orientation and time of day. Demand a shading analysis using actual site data, not a satellite estimate from six months ago. If the contractor waves off the question, that tells you something about how carefully they’re modeling your specific roof.
Florida Statute 163.04 prohibits HOAs from banning solar outright, but they can impose reasonable aesthetic restrictions — flush-mounted panels only, no street-facing installation if the rear roof provides adequate production, equipment color requirements. Get any HOA approval in writing before you pay a deposit. This is non-negotiable. HOA boards change, interpretations shift, and a verbal green light from a board member means nothing when you’re in a dispute two years later.
Verify every contractor through Florida DBPR’s public license lookup: active license, good standing, complaint history. Out-of-state companies operating through subcontractors should have a Florida-licensed qualifier of record — ask for the qualifier’s name and check it separately. Manufacturer equipment warranties survive if the installer goes out of business. Installer workmanship warranties do not. That’s not theoretical in a market with as much installer turnover as Central Florida has seen.
When comparing quotes, ask each contractor to bid identical panel and inverter brands. A large price gap might reflect genuine overhead differences, or it might reflect one contractor cutting somewhere. Ask specifically what happens to your workmanship warranty if they close. Ask whether the project timeline they’re quoting includes OUC’s interconnection approval or just the physical installation — the two can differ by weeks, and you don’t get a producing system until OUC issues permission to operate.
The Bottom Line for a South-Facing Orlando Roof in July 2026
Is solar worth it with OUC right now?
For a homeowner who’s home during the day, with a clean south-facing roof, minimal shading, enough federal tax liability to absorb the credit, and access to conventional financing or cash: yes, probably, with realistic expectations. Self-consumed solar at 12 to 13 cents per kWh saved is a real number. The value of exported production at 2.5 to 3.5 cents per kWh is not. The system pays for itself through what you actually use, not what you send back to the grid.
For a household away during daylight hours, exporting most of its production at the avoided-cost rate, the financial case is genuinely weaker. Longer payback, smaller annual savings, more dependence on a buyback rate that’s already low and could move lower at the next tariff revision.
The PACE route changes the calculus against you. The net metering change is real, permanent for new interconnections, and not going backward. The federal credit is real but nonrefundable, and for retirees in particular it may
