Solarama Blog — Solar Care Tips for Central Florida Homeowners

Sunnova Filed for Bankruptcy — Here's What Florida Solar Homeowners Should Do Right Now

Tue, 12 May 2026 04:00:00 GMT

Sunnova Filed for Bankruptcy — Here's What Florida Solar Homeowners Should Do Right Now

If you bought or financed your solar system through Sunnova Energy, you may have already noticed something feels off. Maybe the monitoring app stopped updating. Maybe you got a vague email. Maybe a neighbor mentioned something. Whatever tipped you off, here's the short version: Sunnova Energy filed for Chapter 11 bankruptcy in June 2025, and thousands of Florida homeowners are now in the same position — solar panels on the roof, no one watching them.

This article will walk you through exactly what happened, what it means for your system, and what steps to take right now to make sure your solar investment is still working for you.

What Happened to Sunnova?

Sunnova Energy International was one of the largest residential solar and energy service companies in the United States, managing monitoring contracts for homeowners across the country. In June 2025, the company filed for Chapter 11 bankruptcy protection after years of aggressive expansion, rising debt costs, and a market that tightened faster than its balance sheet could handle.

Chapter 11 is a reorganization bankruptcy — it doesn't necessarily mean the company disappears overnight. But for most Sunnova customers, it means one thing practically: the infrastructure supporting your monitoring contract is either operating in a degraded state, being wound down, or has already stopped functioning. Customer service lines have gone dark for many. Monitoring app logins are failing. Emails to support accounts are bouncing.

For Florida homeowners specifically, Sunnova had a significant presence — particularly in Central Florida, the Tampa Bay corridor, and South Florida markets. If your system was installed between 2018 and 2024 and Sunnova was mentioned anywhere in your paperwork, there is a real chance your monitoring is now orphaned.

What Does "Out of Business" Mean for Your Solar Panels?

Here's the critical distinction most homeowners don't know: your solar panels themselves are not affected by Sunnova going out of business. The panels, inverter, and racking are physical equipment on your roof. They don't care who filed for bankruptcy. They will continue generating power as long as nothing is broken.

What Sunnova actually sold you was a monitoring and maintenance contract — a service layer on top of your system. That service layer is what's now gone or going.

What you've lost (or are losing):

Active monitoring: No one is watching your system for faults, production drops, or inverter errors. A system can underperform for months before a homeowner notices — and those months translate directly to higher electric bills and a shorter equipment lifespan.
Warranty advocacy: If your inverter fails and you have an active manufacturer warranty, Sunnova was supposed to file the claim and coordinate service. That backstop is now gone.
Performance alerts: If a string of panels goes offline after a storm or squirrel damage, the alert that was supposed to notify you won't come.

The panels are still there. The monitoring is not. That distinction matters a lot over a 25-year system lifespan.

How to Check Whether Your System Is Still Being Monitored

The fastest way to know your status is to log into your monitoring app — if it's still accessible. Your monitoring platform depends on who manufactured your inverter, not who provided your contract. Here's how to identify which platform you're on:

Enphase inverter: Your app is Enphase Enlighten (enlighten.enphaseenergy.com). If you can log in and see live production data, the app is still active. However, if Sunnova was your "system owner" in the Enphase portal, alerts and professional monitoring may have already dropped off even if the dashboard appears to work.
SolarEdge inverter: Your app is mySolarEdge. Same caveat applies — the inverter's own reporting may still show data, but third-party monitoring services connected through Sunnova will be disconnected.
SMA inverter: Log into SMA Sunny Portal. You may still have basic visibility, but fleet-level monitoring under a Sunnova account will be severed.

If you don't know which inverter you have, check your electrical panel or the inverter box itself — it's usually mounted on an exterior wall near your main panel. The brand is printed on the unit.

Regardless of whether your app still shows numbers, no app access is not the same as being professionally monitored. A homeowner logging in once a week is not the same as a monitoring service watching your system 24/7 and flagging anomalies against expected production baselines.

What Florida's Heat Actually Costs You When No One Is Watching

Florida averages 233 sunny days per year. That's a lot of production potential — and a lot of potential to miss problems quietly. A single failed microinverter on an Enphase system can cut your production by 5 to 10 percent per panel. A shaded or soiled string on a SolarEdge system can drag down every panel connected to it. These aren't dramatic failures — no sparks, no alarms. They just quietly bleed kilowatt-hours while your Duke Energy or OUC bill climbs.

In Central Florida, the average residential solar system produces between 900 and 1,100 kWh per month depending on system size, orientation, and season. A 10 percent production loss equals roughly 100 kWh monthly — at OUC's blended rate, that's around $12 to $15 per month in lost generation, every month, until someone catches it. Over a year, that's $144 to $180 in electricity you paid for that your system should have produced for free.

Monitoring exists to catch these losses within days, not months. Without it, small problems compound into expensive ones.

Your Options as a Former Sunnova Customer

You have three realistic paths forward:

Option 1: DIY monitoring via your inverter app

If you can still access your Enphase Enlighten or mySolarEdge account, you'll have basic production visibility. This requires you to log in regularly, understand what normal production looks like for your system, and notice when it drops. It's better than nothing — but it puts the burden entirely on you, and most homeowners realistically check their app once a month at best. Fault alerts require professional threshold monitoring, which the free consumer apps do not provide.

Option 2: Contact your inverter manufacturer directly

Enphase, SolarEdge, and SMA all offer monitoring subscriptions separate from the installer or service company. This is worth exploring. However, these subscriptions primarily provide data access — they are not the same as having a local service company who can dispatch a technician when something's wrong. You'll still need someone in your area who can physically service the system.

Option 3: Transfer your monitoring to a local solar service company

This is the most complete solution. A Florida-based solar service company can take over your monitoring account, set professional performance thresholds, provide fault alerts, and — critically — send someone to your roof when something needs hands-on attention. This is what Sunnova was supposed to provide. The difference is you'd be working with a company that's actually in your market, not a national firm operating at a distance.

How Solarama's Monitoring Takeover Works

Solarama is a Central Florida solar care company — not an installer chasing new-build commissions. The business model is built around servicing existing systems: systems whose installers walked away, companies that went under, and homeowners who fell through the cracks. Sunnova customers are exactly who Solarama exists to serve.

The Monitoring Takeover service works like this:

Remote Monitoring Takeover — $150 for 12 months: Solarama connects your system to professional monitoring software, establishes production baselines, and watches for faults and underperformance. You get fault alerts and a quarterly production summary. No site visit required — this is done remotely using your existing inverter's API.
Monitoring + Setup Visit — $450: Everything in the Remote Takeover, plus a licensed technician visits your home to inspect the full system — panels, wiring, inverter, and racking. Any issues found are documented and quoted for repair. Recommended if your system hasn't been inspected since the Sunnova contract started.

With every service, Solarama includes a free utility bill audit — a review of your recent Duke Energy or OUC statements to verify that your solar production is actually reducing your bill the way it should. Many Sunnova customers are surprised to learn their net metering credits haven't been calculating correctly for months.

Solarama is licensed under Florida license CVC57175, open seven days a week, and serves Orange, Lake, Seminole, and Polk counties.

Don't Wait on This

The instinct is to wait and see — maybe Sunnova gets reorganized, maybe someone buys the monitoring portfolio, maybe the app starts working again. That's possible. But while you wait, your system is unmonitored, and Florida's summer storm season is approaching. If a panel takes impact damage, a squirrel chews through a wire in your junction box, or your inverter starts throttling output due to a firmware bug, no one will catch it.

Getting a replacement monitoring plan in place takes less than 24 hours remotely. There's no disruption to your system and no hardware to install. You're simply transferring the professional oversight of your system from a company that no longer exists to one that does.

If you're a Sunnova customer in Central Florida and you're not sure what the status of your system is, the first step is a remote system check. Solarama offers a $50 Remote System Check that pulls your inverter data, assesses production against expected output, and tells you exactly where things stand — before you commit to anything else.

Call 407-900-6055 or visit solarama.us/solar-monitoring to learn more about the Monitoring Takeover service. You can also schedule online at solarama.us/book — seven days a week, no waiting on hold.

Your solar system is still on your roof. Make sure someone is still watching it.

Solarama LLC serves Orange, Lake, Seminole, and Polk counties in Central Florida. License CVC57175. Questions? Email support@solarama.us or call 407-900-6055.

Solar Panel Removal and Reinstall: What to Expect (and Why Who You Hire Matters)

Mon, 04 May 2026 13:00:00 GMT

Solar Panel Removal and Reinstall: What to Expect (and Why Who You Hire Matters)

At some point, a meaningful percentage of Florida solar homeowners will face a situation nobody warned them about at the time of installation: they need their panels off the roof, and they have no idea who to call. Their original installer may be out of business — a common reality in an industry that saw significant consolidation over the past few years. Their roofing contractor won't touch electrical components. The manufacturer's warranty hotline can't dispatch a crew. The result is a homeowner stuck in a gap between trades, often with a leaking roof and a timeline pressing down on them.

This is one of the core problems Solarama was built to solve. Solar panel removal and reinstallation is a defined, manageable process — but it requires the right license, the right coordination, and someone who knows what they're looking at when the panels come down and again when they go back up.

The Four Situations That Require Removal and Reinstall

Most removal and reinstall jobs fall into one of four categories:

Roof replacement: By far the most common reason. Most Florida roofers will not work around or under a solar array — and shouldn't. Removing the panels first protects both the roofing work and the equipment.
Leak repair: When a penetration point under a panel is the suspected source of a leak, or when a roofer needs access to a specific section of the roof, targeted panel removal is required.
HOA-required re-roofing: Some Central Florida HOAs have started requiring roof replacements on older tile or shingle roofs, independent of damage. If your system is on that roof, it comes down first.
System relocation or upgrade: Moving panels to a different section of the roof for shading reasons, or preparing the roof surface for a new panel layout during a system expansion.

In each case, the panels cannot simply be unplugged by a roofer and set aside. The system has an active electrical interconnection with your utility, and Florida law is explicit: the disconnection and reconnection of a solar array requires a licensed contractor.

What the Process Actually Looks Like, Step by Step

A properly handled removal and reinstall follows a specific sequence. Here's what to expect when you hire a licensed solar service company:

Site assessment: Before anything is scheduled, a technician reviews the system — inverter type, panel count, racking hardware, roof material, and the current interconnection setup with your utility (Duke Energy, OUC, or Kissimmee Utility Authority, depending on your location).
Utility notification: Your net metering interconnection agreement with your utility requires notification when the system is being taken offline. This is not optional. Duke Energy's interconnection process, for example, has specific steps for temporary disconnection. Skipping this step can create billing complications and, in some cases, jeopardize your net metering agreement.
Electrical disconnection: The system is properly de-energized — this includes isolating the inverter (whether that's an Enphase microinverter system, a SolarEdge string inverter with power optimizer, or an SMA unit), disconnecting the AC disconnect, and verifying zero voltage before any panel work begins.
Racking and panel removal: Panels are removed in sequence, labeled if needed for reinstall position tracking, and stored safely — either on-site or off-site depending on the project timeline and roof access requirements.
Roofing work: Your roofer now has full access. This coordination window is important — the longer panels sit removed, the longer your system is offline and your utility bill is climbing. A clear timeline agreed on before the roof work begins keeps the project on schedule.
Reinstall and racking: Once the new roof is complete and cured (typically 24 to 48 hours for asphalt shingle, longer for tile), panels go back up. Racking is inspected and reattached to code.
Reconnection and system test: The inverter is brought back online, production is verified against expected output for the conditions, and the utility interconnection is restored. If anything was damaged during roofing — a cracked panel, a damaged microinverter — it gets documented before the system goes live again.

Why This Is Not a DIY Job — and Not a Job for an Unlicensed Handyman

Florida Statute 489 governs electrical and solar contractor licensing. Disconnecting a solar array from the utility grid — even temporarily — is electrical work requiring an active contractor license. This is not a gray area.

Beyond the legal issue, there are three practical reasons this matters to you as a homeowner:

Panel warranty: Most solar panel manufacturers (LG, Silfab, Qcells, REC, and others) include installation requirements in their product warranties. Removal by an unlicensed party — or improper handling during storage — can void the warranty on equipment that may still have 20-plus years of coverage remaining. A 400-watt panel that costs $200 to replace today will cost more in five years.
Inverter warranty: Enphase microinverters carry a standard 25-year warranty. SolarEdge inverters carry a 12-year warranty (extendable). SMA offers a 5 to 10-year standard warranty depending on model. Unauthorized disconnection can void these too.
Utility interconnection: Your net metering agreement is a legal contract with your utility. If someone improperly disconnects or reconnects your system and it causes a billing anomaly, a backfeed event, or a failed inspection, resolving it with the utility is a slow, frustrating process. Protecting that interconnection is worth the cost of doing the job correctly.

What to Ask Before Hiring Anyone for Solar Removal

The solar removal and reinstall market in Central Florida includes a mix of licensed contractors and unlicensed operators who have learned the physical process of unracking panels. The physical work looks the same. The difference is everything that surrounds it.

Before signing anything, ask for:

Their Florida contractor license number. Verify it at myfloridalicense.com. Solarama's license is CVC57175 . Any legitimate solar service company in Florida will have one and will give it to you without hesitation.
Confirmation they will handle utility notification for the temporary disconnection of your net metering interconnection.
A written scope that includes panel storage, reinstall, and final system test — not just removal.
Proof of insurance. Your roof and your electrical system are both at stake. If something goes wrong, you need a contractor who is covered.

What Does It Cost?

Solarama charges $180 per panel for removal and reinstall. A typical 20-panel system comes to $3,600. A 25-panel system — very common on Central Florida homes with higher Duke Energy loads — is $4,500.

That number can land hard when you're already facing the cost of a new roof. Here's the context that makes it make sense: the alternative to doing this correctly isn't paying $0. The alternative is voiding your panel warranty, potentially voiding your inverter warranty, and risking your utility interconnection agreement — the document that entitles you to net metering and defines how your system is credited by Duke Energy or OUC. Recovering from any one of those problems costs more than $4,500. Recovering from all three is a real nightmare.

The $180-per-panel price covers the full scope: disconnection, removal, labeled storage, reinstall, reconnection, system test, and utility coordination. No separate line items for permits or travel within Orange, Lake, Seminole, and Polk counties.

What Happens to Your Electric Bill While the System Is Down?

This is a question most homeowners don't think to ask until they see the bill. For a Central Florida home using a typical solar array to offset 80 to 100 percent of consumption, a two-week outage during summer production season can add $150 to $250 to your Duke Energy bill depending on system size and household usage. That's not catastrophic, but it's real.

The best way to minimize that window is to coordinate the removal and reinstall schedule tightly with your roofing contractor before any work begins. Solarama works directly with roofing companies throughout Central Florida to sequence the work efficiently — panels down just before the roofers start, panels back up as soon as the roof is ready. The goal is to keep the system offline for the shortest possible window.

Solarama's Role: The Company You Call When Everyone Else Has Left

A significant number of Solarama's removal and reinstall customers come to us because their original installer is no longer operating — or because the installer is technically still in business but won't return calls for service work. Florida's solar installation market expanded rapidly, and not every company that sold systems a few years ago is still positioned to service them.

We also regularly work with homeowners whose systems were installed by national brands that have scaled back their Florida service operations. If you have an Enphase, SolarEdge, or SMA system installed by a company that's no longer answering the phone, we can service it. The equipment is standard. The licensing is current. The work gets done.

Solarama is open seven days a week and serves Orange, Lake, Seminole, and Polk counties.

Start with a Free Bill Evaluation

If you're planning a roof replacement and aren't sure what the removal and reinstall process will involve for your specific system, the first step is a Free Bill Evaluation — at no cost to you. We'll review your system size, utility account, and production history to give you an accurate picture of what the job involves, what it will cost, and how to sequence it with your roofing project to minimize downtime.

There's no obligation. It's a 15-minute conversation that gives you the information you need to plan the project correctly — before your roofer shows up and finds out nobody has a plan for the panels.

How to Tell If Your Solar Panels Are Underperforming (Orlando Homeowner's Guide)

Sun, 03 May 2026 13:00:00 GMT

How to Tell If Your Solar Panels Are Underperforming (Orlando Homeowner's Guide)

You went solar to save money. The installer showed you a production estimate, you signed the paperwork, and you were excited to watch your utility bill shrink. But a few months in, something feels off. The bill is not as low as you expected. The monitoring app numbers look a little flat. Or maybe you have not checked in a while and you are just wondering if your solar panels are working properly.

Here is the honest truth: a lot of solar systems in Central Florida are quietly underperforming, and the homeowners have no idea. Not because solar is bad technology — it is excellent technology. But solar panels installed on an Orlando rooftop are working in one of the most demanding environments in the country. Heat, humidity, afternoon thunderstorms, pollen seasons, and a thriving population of squirrels and iguanas all have opinions about your solar investment.

This guide will help you figure out whether your system is actually doing what it should be.

Why Solar Underperformance Is So Easy to Miss

A solar panel not producing enough electricity looks exactly the same on your roof as one that is working at full capacity. The panels are still there. The system is technically still running. There are no warning lights, and nothing announces when something is wrong.

Most homeowners check their utility bill and assume any fluctuations are seasonal. And to be fair, some of that is true — a July bill in Orlando is going to look different from a February bill regardless of your solar system. That natural variation makes it very easy to explain away a problem that is actually costing you money every single month.

The only way to know for certain is to look at what your system is actually producing and compare it to what it should be producing given your panel size, roof orientation, and the amount of sun you have been getting.

Signs Your Solar Panels Are Underperforming

Solar panels underperforming is more common than most homeowners realize — and the clues are usually there if you know where to look. Not all of these require a professional to spot. Some you can identify yourself with nothing more than your utility bills and your monitoring app.

1. Your Utility Bill Has Crept Back Up

This is the one that gets people's attention fastest. If your bill was lower in year one and has gradually climbed back up — and you have not added major appliances, a new family member, or significantly changed your habits — that is a flag. In Orlando, where OUC and Duke Energy rates have both increased in recent years, your system needs to keep pace with rising costs. If production is flat or declining, the math starts to work against you.

2. Your Monitoring App Shows a Flat or Inconsistent Production Graph

A healthy solar system in Central Florida should show a smooth, predictable bell curve on sunny days — production rises in the morning, peaks around midday, and tapers off in the afternoon. If your graph shows sudden drops, flat spots during peak sun hours, or a handful of panels that consistently produce nothing while others are working fine, something is wrong at the panel or inverter level.

3. One or More Panels Appear Shaded, Dirty, or Damaged

Orlando's oak and pine trees grow fast, and a branch that was not a problem when your system was installed may now be casting a shadow across two or three panels for several hours a day. Even partial shading on one panel can drag down the output of an entire string depending on how your system is wired. Likewise, a panel that has suffered physical damage from debris or a heavy hailstorm may look fine from the ground but have internal micro-cracks that reduce its output significantly.

4. You See a Spike in Panel-Level Error Codes

If you have a monitoring system with panel-level data (through optimizers or microinverters), you may occasionally see error codes or communication failures. One or two isolated incidents are usually not serious. But recurring errors on the same panel, or a pattern of errors appearing across multiple panels at the same time, points to a hardware or wiring issue that needs to be investigated.

5. Your System Has Not Been Cleaned in Over a Year

This one is simple and extremely common in Orlando. Central Florida's pollen seasons are intense — live oak pollen alone can coat an entire roof in a thick yellow film in a matter of days. Add in the dust, bird droppings, and the particular kind of grime that builds up during the rainy season, and you have a recipe for a significant reduction in how much sunlight actually reaches your cells. Studies consistently show that soiled panels in warm climates can lose anywhere from 5 to 25 percent of their rated output.

6. Animals Have Been Under or Around Your Panels

Squirrels and iguanas are not just a nuisance in Central Florida — they are a legitimate threat to solar systems. Squirrels in particular love to nest in the gap between solar panels and roofing material. They chew through wiring, which can cause a single panel to go completely offline or, in more serious cases, create a fire hazard. If you have noticed squirrel activity on your roof or heard anything in your attic near where the panels are mounted, it is worth having someone take a look.

7. Your System Is More Than Five Years Old and Has Never Been Serviced

Solar panels are low maintenance — not no maintenance. Connectors corrode. Inverters have components that wear over time. Mounting hardware can shift slightly as a roof goes through years of Florida's heat and humidity cycles. A system that was installed in 2018 or 2019 and has never had a professional inspection may be working fine, or it may have slowly drifted from peak performance in ways that only a thorough check will reveal.

Common Causes of Solar Panel Low Output in Central Florida

Orlando's climate is genuinely unique when it comes to solar panel efficiency. When we look at why systems across Orange, Lake, Seminole, and Polk counties are underperforming, the same culprits come up again and again.

Heat and Panel Degradation

This is counterintuitive, but solar panels actually produce less electricity when they get very hot — and Central Florida rooftops get very hot. Panels are rated at a standard test temperature of 77 degrees Fahrenheit. On a black shingle roof in August, surface temperatures can exceed 160 degrees. Modern panels handle this reasonably well, but a panel with any pre-existing degradation will lose more output under extreme heat than a healthy panel would. Over years, this compounds.

Inverter Issues

The inverter is the box that converts the DC power your panels generate into the AC power your home uses. It is also the component most likely to need attention over the life of a solar system. String inverters typically carry a 10-year warranty; microinverters and optimizers run longer, but they are not immune to failure. An inverter that is running but not running correctly can silently reduce your system's output without throwing any obvious errors.

Wiring and Connection Problems

Florida's humidity is hard on electrical connections over time. Oxidation, loose terminals, and water intrusion at junction boxes are all things that a good installation minimizes but does not eliminate forever. These issues tend to develop slowly and can reduce output gradually in ways that mimic normal seasonal variation — which is exactly why they often go undetected for years.

Shading From New Growth

Central Florida's vegetation grows fast and aggressively. A site assessment that was accurate in 2020 may not reflect the current shading situation on your property in 2026. Even a small amount of shading during the peak production hours of 10am to 2pm can have a disproportionate effect on daily output.

Soiling and Biological Growth

Pollen, dust, bird droppings, and in shadier or more humid microclimates, algae or lichen growth on panel surfaces — all of these reduce the amount of sunlight that reaches your solar cells. This is one of the most common and most fixable causes of solar system low output in Orlando, and it is almost always completely reversible with a proper professional cleaning.

What to Do If You Think Your Solar System Is Underperforming

Start With Your Utility Bills

Pull your last 12 months of utility bills. Look at your net usage — what you actually consumed from the grid after your solar production is credited. Compare that to the year before you had solar, and compare recent months to the same months from your first full year with solar. If the trend is moving in the wrong direction, you have evidence of a problem.

Not sure what you are looking at or how to interpret the numbers? That is exactly why Solarama offers a Free Bill Evaluation . You send us your utility bill, we analyze it, and we tell you whether your system appears to be performing the way it should. No charge, no obligation.

Check Your Monitoring App

If your system has a monitoring app — SolarEdge, Enphase, SMA, and others all have them — log in and look at your production history over the past few months. Compare it to the production estimates your installer gave you. Seasonal variation is expected, but a consistent and significant gap between estimated and actual production is not.

If you have screenshots but are not sure what they mean, Solarama offers a $50 Remote System Check . Send us your monitoring screenshots and we will give you a professional read on what they show.

Get Eyes on the System

Some problems are not visible from the ground, but a lot of them are. Take a look at your panels from a safe vantage point. Do any of them look obviously dirty, shaded, or damaged? Solar panels not working properly often leave a physical clue — debris, nesting material in the gap under the panels, obvious soiling, or a panel with visibly different color from the others. These are all things worth noting before you call a technician.

Call a Solar Care Professional

If your solar system has low output and you want a definitive answer, a professional inspection is the right call. A good solar care technician will check panel output at the string and individual panel level, inspect the inverter and all electrical connections, look for signs of pest activity, evaluate shading changes, and give you an honest assessment of what is working and what is not.

This is what Solarama does. We are not an installation company pushing new sales. We are a solar care company, and our entire focus is on keeping existing systems running at their best. We service systems that other installers have walked away from, and we work on all major brands and system types throughout Orange, Lake, Seminole, and Polk counties.

The Bottom Line

A solar system that is quietly underperforming is not giving you the return you were promised. In Central Florida's climate, the causes are usually findable and fixable — whether that means a professional cleaning, a wiring repair, inverter service, critter guard installation to stop squirrel damage, or some combination of the above.

You do not have to guess whether your system is doing its job. A simple first step is to let someone who knows solar look at your utility bill and tell you what they see.

Not sure if your system is producing what it should? Start with Solarama's Free Bill Evaluation. Send us your utility bill and we will analyze it at no cost. If something looks off, we will tell you exactly what we think is happening and what your options are.

Schedule your Free Bill Evaluation or book a service appointment at solarama.us/book , or call us directly at 407-900-6055 .

Solarama LLC — Orlando, FL | License CVC57175 | We Ensure Uninterrupted Solar Operation

EV Charger Installation for Florida Solar Homes: What You Need to Know

Sun, 03 May 2026 13:00:00 GMT

EV Charger Installation for Florida Solar Homes: What You Need to Know

There's a moment every new EV owner in Central Florida has. You plug your car into a standard wall outlet, check the charging app the next morning, and realize you gained about 40 miles overnight. That's Level 1 charging — a standard 120V household outlet — and for most drivers it's not enough. Meanwhile, your solar panels are sitting on your roof, quietly producing power that could be fueling your car for essentially nothing. Connecting those two systems the right way is one of the smartest moves an Orlando homeowner can make. Here's exactly what that involves.

Level 1 vs. Level 2: Why the Difference Matters in Florida

Level 1 charging uses a standard 120V outlet — no special installation required. The tradeoff is speed: you'll add roughly 3 to 5 miles of range per hour. If you drive 40 miles a day, you need around 8 to 12 hours plugged in just to break even. For most households, that works fine in theory, but it leaves no buffer for back-to-back days, road trips, or days when the car sat in the driveway longer than planned.

Level 2 charging runs on 240V — the same voltage as your dryer or range — and delivers 20 to 30 miles of range per hour. A full charge from near-empty typically takes 4 to 8 hours depending on your vehicle. Most EV owners who switch to Level 2 report they never think about charging again. You plug in when you get home, you leave in the morning with a full battery, and that's it.

In Florida, where year-round driving is the norm and summer heat can strain battery efficiency, having a reliable home charging setup isn't a luxury — it's practical infrastructure.

What a Level 2 EV Charger Installation Actually Involves

Installing a Level 2 charger is not a plug-and-play project. In Florida, it requires a licensed electrical contractor, and for good reason. Here's what the work involves:

Panel capacity evaluation: A 40-amp dedicated circuit (common for Level 2 chargers) draws significant load. Your main electrical panel needs to have the capacity to support it without tripping breakers or creating a safety hazard. Older homes in the Orange, Lake, Seminole, and Polk county areas — especially those built before 2000 — sometimes have 100-amp panels that are already close to capacity, particularly if they also run a solar system, pool equipment, and central AC.
Dedicated 240V circuit: The charger needs its own breaker and its own run of wiring from your panel to the garage or carport. Sharing a circuit with other appliances isn't safe or code-compliant.
Permit and inspection: Florida law requires an electrical permit for this work in Orange, Lake, Seminole, and Polk counties. A licensed contractor pulls the permit, the work gets inspected, and the inspection record stays on file — which matters for homeowners insurance and resale.
Charger mounting and connection: The unit gets hardwired or connected via a NEMA 14-50 outlet, mounted at the right height and location, and tested before handoff.

Solarama's full EV charger installation — including the charger unit itself — is $1,350 . If you've already purchased your own charger (popular choices include the Emporia Vue, ChargePoint Home Flex, or Enel X JuiceBox), the install-only price is $750 . Both include the permit, dedicated circuit run, and final testing. The process starts with a site review at solarama.us/book .

Why Solar + EV Is Especially Compelling at Duke Energy Rates

Duke Energy charges most Central Florida residential customers approximately 18.1 cents per kilowatt-hour . OUC customers in parts of Orlando and Lake Nona pay around 12.6 cents per kWh . Either way, the math on home EV charging from solar is striking.

Public fast chargers in the Orlando area typically run 30 to 50 cents per kWh — sometimes more at premium stations. A typical EV with a 75 kWh battery costs $22 to $37 to fill from empty at a public charger. Do that twice a week and you're spending $175 to $300 per month on charging alone.

Charge from your solar array during peak production hours and that cost drops toward zero. Even if you're charging at night from grid power, you're paying 18 cents versus 40+ cents — roughly half price. For Duke Energy customers driving 1,000 miles per month in a vehicle averaging 3.5 miles per kWh, the annual savings versus public charging can exceed $1,500 .

That's a real number. And it stacks on top of whatever your solar system is already saving you on your electric bill.

Does Your Existing Solar System Need to Be Evaluated First?

Yes — and this step is frequently skipped, which causes problems later.

Adding an EV to a household can increase electricity consumption by 25 to 40 percent, depending on how much you drive. A solar system designed for your pre-EV usage may not fully offset that new load. The answer isn't always to add more panels — sometimes it's adjusting when you charge (solar production peaks between 10 a.m. and 3 p.m., which aligns well with overnight workplace charging or smart-scheduling features on newer EV chargers). But you need to know your actual production data before making assumptions.

Solarama offers a Free Bill Evaluation — no charge, no obligation — where we review your current utility bills and solar production history to tell you whether your existing system can cover your projected EV load, or whether there's a gap worth addressing. It's a 15-minute conversation that can save you from either undersizing your charging setup or overbuilding your solar system.

The Right Time to Add a Level 2 Charger

One question we hear often: should I install the charger before or after buying the EV? The answer is before, if you can. Here's why:

Charger installation involves scheduling a licensed electrician, pulling a permit, and waiting for an inspection — that process takes one to two weeks in most Orange and Seminole county jurisdictions, sometimes longer during busy construction periods. If you take delivery of your EV and then start the charger installation process, you're stuck with Level 1 charging during the wait. Installing first means you drive home in your new vehicle and plug into Level 2 that same night.

If your EV is already in the garage and you're making do with a standard outlet, that's fine too — there's no penalty for adding Level 2 later. The panel evaluation may actually be easier once your home's usage patterns under solar are established.

What to Know About Inverters and Smart Charging

If your solar system runs an Enphase microinverter setup, the Enphase App gives you real-time production data that some newer EV chargers can use to time charging automatically. SolarEdge string inverters offer similar monitoring through the MySolarEdge portal. SMA inverters can be integrated with home energy management systems for the same purpose. None of this is required — your EV charger will work fine without smart integration — but if you want to optimize solar self-consumption, the technology exists and it works well in Central Florida's year-round high-production environment.

Florida's long sunny season means your panels are producing meaningfully in every month of the year. That consistency is exactly what makes solar-powered EV charging so reliable here compared to states with significant seasonal variation.

Permits, Inspections, and Licensing in Central Florida

Any licensed electrical contractor pulling a permit in Orange, Lake, Seminole, or Polk county can handle this work. What you want to verify before hiring anyone:

They hold an active Florida electrical contractor license — ask for the license number and verify it at myfloridalicense.com
They are pulling a permit — not doing the work "off permit" to save time or money
They have experience with solar-connected homes, where the panel configuration can differ from standard residential installs

Solarama's license is CVC57175 . We work in Orange, Lake, Seminole, and Polk counties and are available seven days a week.

Ready to Fuel Your Car from Your Roof?

The solar + EV combination is among the highest-return investments available to a Central Florida homeowner right now. Between Duke Energy's 18.1-cent rate versus public charger pricing, the math is straightforward. Getting the installation done right — permitted, inspected, sized correctly for your panel — makes sure that investment performs for the long term.

Start with our Free Bill Evaluation to see whether your existing solar system can cover your projected EV load, then book your site review for charger installation. Both happen at the same link.

How Oak Pollen Season Ruins Your Solar Panels in Orlando (And What to Do About It)

Sat, 02 May 2026 13:00:00 GMT

How Oak Pollen Season Ruins Your Solar Panels in Orlando (And What to Do About It)

Every February, Central Florida's live oaks begin releasing pollen, and they don't stop until late April. If you own solar panels, this matters more than you probably realize. The fine yellow-green dust that coats your car, clogs your gutters, and turns every horizontal surface in Orlando the color of old mustard is doing the same thing to your solar array — except with one critical difference. Your car gets washed. Your panels probably don't.

By mid-March, a neglected array in Orange, Seminole, Lake, or Polk County can be carrying enough pollen buildup to cut electricity production by 15 to 25 percent. On a 10kW system served by Duke Energy at 18.1¢/kWh, that's between $300 and $500 in lost generation over a single spring season. That money doesn't come back. And unlike a panel failure that trips an alert in your Enphase or SolarEdge app, gradual pollen buildup tends to go unnoticed until someone does the math.

This post covers exactly what happens to your panels during pollen season, how to identify it, when and how to clean, and what it costs to ignore it. If you'd rather start with a number, Solarama offers a Free Bill Evaluation — send in your last utility bill and find out how much production you may have already lost. Book it here at no charge.

Why Florida Oak Pollen Is Worse Than What the Rest of the Country Deals With

Not all pollen is created equal, and Florida's oak pollen is particularly problematic for solar panels for reasons that go beyond volume alone.

Live oaks — the dominant tree species in residential neighborhoods across Orlando, Lake Nona, Apopka, Clermont, and Kissimmee — shed pollen as fine particles ranging from 20 to 35 microns in diameter. That's small enough to settle into microscopic surface irregularities in tempered solar glass and stay there even after moderate rainfall.

But what makes Florida specifically worse is the combination of UV intensity and ambient humidity. In northern states, pollen lands on panels and often blows off or washes away before it has a chance to bind. In Central Florida, pollen lands on a surface that reaches 140°F or more during the day, then cools and collects condensation overnight. This cycle of heat and moisture causes pollen to undergo a process similar to polymerization — the organic compounds partially bond to the glass surface, creating a film that behaves less like dust and more like a thin coat of varnish.

Rain doesn't fix it. A passing afternoon storm in March will rinse loose surface debris, but it leaves the bonded pollen layer intact. After the water evaporates, what remains is often worse — the rain carries additional organic material into the pollen film and dries in place.

The panel tilt angle compounds the problem. Florida building codes and structural engineering typically result in panels installed close to the roof pitch, which in Central Florida averages 4:12 to 5:12 — a relatively shallow angle. Northern installations, often steeper, allow more natural self-cleaning from rain. Florida panels, at low tilt, act more like collection trays than ramps.

A Note on Pine Pollen

Pine pollen — the bright yellow powder that appears in February and March — is a frequent topic in Florida spring cleaning conversations. Despite its dramatic appearance, pine pollen is less problematic for solar panels than oak pollen. The individual grains are larger, less adhesive, and more likely to be carried away by wind and rain. That said, a heavy pine pollen deposit followed by rain can create a yellowish muddy residue that reduces light transmission. If you're in a pine-heavy area of Lake or Polk County, it's worth monitoring. But oak pollen is the primary threat to solar production during spring.

What Pollen Buildup Actually Does to Your Solar Production

Solar panels generate electricity from light. Any material between the sun and the panel's photovoltaic cells reduces the amount of light reaching the cells — and therefore reduces output. The relationship isn't perfectly linear, but the research is consistent: a 4% reduction in light transmission from surface soiling produces roughly a 4% reduction in output. At heavy pollen accumulation levels, light transmission losses of 15–25% are well-documented in Florida field studies.

For practical purposes, consider this: a 10kW system in Orlando on a clear spring day should produce approximately 50–55 kWh. At 20% pollen-related loss, that drops to 40–44 kWh. Over a 90-day spring season, the cumulative difference at Duke Energy's 18.1¢/kWh is:

Normal production: roughly 4,500–5,000 kWh
Pollen-impaired production: roughly 3,600–4,000 kWh
Lost production: 900–1,000 kWh
Dollar value of lost generation: $163–$181 at Duke Energy rates

For OUC customers in parts of Orlando and Lake Nona, the rate is 12.6¢/kWh — the dollar loss is lower per kWh, but the production loss is identical. And for homeowners who sized their system to offset most of their electricity usage, any production loss means more grid purchases.

The more common scenario is that pollen loss compounds with other factors — partial shading from nearby oak trees (the same trees shedding the pollen), a microinverter running below spec, or a growing iguana population leaving additional deposits on panels. The combined effect can be a system operating at 65–70% of its rated capacity for an entire season while the homeowner's monitoring app shows nothing definitively wrong.

How to Identify Pollen Buildup vs. General Dirt

Pollen buildup has a distinct appearance if you know what to look for. General soiling from dust or mineral deposits tends to be gray or brown and streaks downward from rain runoff. Pollen accumulation is:

Yellow-green in color , particularly in February and March when live oak pollen is heaviest
Uniform across the panel surface , not streaked — it settles from the air rather than washing in from above
Heaviest in the low-drainage areas of the panel, including the bottom edge and any frame channels where pollen accumulates without washing out
Slightly tacky or filmy when the surface is touched — bonded pollen doesn't feel like loose dust

From ground level, a significant pollen deposit will give your panels a dull, slightly greenish-yellow cast compared to how they look after cleaning. If your panels look dull and it's March in Orlando, pollen is almost certainly a factor.

You can also look at your monitoring data. In Enphase Enlighten or SolarEdge mySolarEdge, pull up your daily production graph and overlay the previous year. If this February and March are running 15–20% below the same period last year and nothing else has changed — no new shading, no known equipment issues — gradual soiling is the most likely explanation.

When to Clean: The Timing Question Matters

The instinct when you see pollen covering your panels is to clean them immediately. Resist it. Cleaning during peak pollen drop — February through mid-April — is largely counterproductive. You'll remove what's there, and within 48 hours, the next wave of pollen has settled on a now-wet surface and bonded even more readily.

The optimal cleaning window is late April. By the third or fourth week of April, live oak pollen drop in Central Florida has typically ended for the season. A professional cleaning at that point removes the accumulated spring deposit and lets your system run clean through the high-production summer months — May through September — when solar output and electricity value are at their peak.

If you genuinely can't wait until late April — for example, if you're selling your home or you had a monitoring alert that suggests significant underperformance — a cleaning in early April is better than no cleaning. Just schedule a follow-up in late April to address any post-clean accumulation.

Professional Cleaning vs. DIY: Why the Difference Matters in Florida

Cleaning solar panels looks simple. It isn't always, and in Florida the stakes for doing it wrong are higher than in most states.

The Tap Water Problem

Central Florida's municipal water supply — whether from Orlando Utilities Commission or Duke Energy's service territory — is hard water. High mineral content means that when tap water evaporates from a glass surface, it leaves behind calcium and magnesium deposits. On a solar panel, those mineral spots don't just look bad — they reduce light transmission in the same way pollen does, creating a permanent or semi-permanent soiling layer that compounds over time. A homeowner who rinses their panels with a garden hose every spring may, over three or four years, create a mineral deposit problem worse than the pollen problem they were trying to solve.

Professional cleaning uses deionized water — water with the minerals removed — which evaporates without leaving deposits. This is not a trivial difference.

Brush Technique and Warranty Risk

The second risk is physical damage. Solar panel glass is tempered and durable, but it is not scratch-proof. Abrasive brushes, rough sponges, or any cleaning material that carries embedded grit can create micro-scratches that permanently increase light scattering on the panel surface. Once scratched, that damage doesn't reverse.

Many panel manufacturers — including those whose panels are managed by Enphase microinverters or SolarEdge optimizers — include cleaning method requirements in their warranty terms. A claim for panel degradation that can be attributed to improper cleaning may be denied. Using a soft-bristle brush rated for solar panel use and deionized water protects both the panel surface and the warranty.

Roof Safety

This one is straightforward. Roof work in Florida's spring is warm, physically demanding, and statistically dangerous for homeowners without roof-access training. A professional with the right ladder, fall protection, and roof-safe footwear is the right person to be up there.

What Solarama's Professional Cleaning Includes

Solarama's professional panel cleaning is $18 per panel and includes deionized water rinsing, soft-brush cleaning of the panel surface and frame channels, and a visual inspection of each panel for micro-cracks, discoloration, or mounting anomalies while the technician is on the roof. For most 20–25 panel residential systems in Orange, Seminole, Lake, and Polk counties, that's a total cost of $360–$450 — a fraction of the $300–$500 in lost spring production you'd otherwise absorb. The team operates seven days a week and can be reached at 407-900-6055 .

The Compounding Problem: Pollen Plus Everything Else

Pollen season doesn't arrive alone. February through April also coincides with the end of critter nesting season — squirrels, raccoons, and birds that spent the winter sheltering under panel arrays leave behind debris and droppings. Iguana activity increases as temperatures rise in March and April, and iguana waste on panels is particularly high in nitrogen, which can etch glass if left in place. Oak leaf debris from the same trees dropping pollen also accumulates in panel frame channels, holding moisture against the racking hardware and accelerating corrosion.

A professional spring cleaning that addresses pollen also catches these co-occurring issues. A homeowner doing a quick garden-hose rinse typically doesn't.

Don't Wait Until Summer to Find Out What Spring Cost You

The frustrating thing about pollen-related production loss is that it's almost entirely preventable. A single professional cleaning at the right point in the season — late April — eliminates the problem for the year. The cost is modest. The alternative is six months of reduced production every spring, compounding year over year as bonded pollen residue builds up on panel glass that was never properly cleaned.

If you're not sure whether your system lost production this spring, start with Solarama's Free Bill Evaluation . Bring your most recent Duke Energy or OUC bill, and Solarama will tell you where your system stands — how your actual production compares to what a properly-functioning system of your size should be generating in Central Florida. It's free, it takes less than a day, and it gives you a real number to work with instead of guessing.

Solarama LLC serves Orange, Lake, Seminole, and Polk counties. License CVC57175 . Open seven days a week. Contact the team at 407-900-6055 or support@solarama.us .

Schedule your Free Bill Evaluation or book a professional cleaning at solarama.us/book.

The Central Florida Solar Panel Maintenance Checklist (By Season)

Fri, 01 May 2026 13:00:00 GMT

The Central Florida Solar Panel Maintenance Checklist (By Season)

Most solar guides treat maintenance like an afterthought — rinse the panels once a year and call it done. That advice was written for Arizona or California, not Central Florida. Here, you're dealing with oak pollen that bonds to glass in the humidity, squirrels chewing through conduit, afternoon thunderstorms that leave debris on every roof, and summer heat that pushes rooftop temperatures past 140°F. Your solar system needs a schedule built for where you actually live.

This is that schedule. Bookmark it, print it out, and use it every year. Each season covers what you can handle yourself and when it's worth picking up the phone.

And if you've never had a professional set eyes on your system — or if your installer stopped returning calls — Solarama offers a Free Bill Evaluation that takes your last utility bill and tells you exactly how your system is performing against what it should be. No charge. No obligation. Schedule yours here.

Spring: February – April

The Pollen and Wildlife Window

February through April is the most consequential maintenance window of the Florida solar year. Central Florida's live oaks begin shedding pollen in mid-February and don't stop until late April. That fine yellow-green dust doesn't just sit on your panels — it combines with morning dew and UV exposure to form a film that standard rainfall cannot remove. At peak accumulation, that film can cut your system's output by 15–25%.

Meanwhile, winter is when critters move in. Squirrels, birds, and occasionally iguanas spend the cooler months nesting under panel arrays. Spring is when you find out what they left behind.

DIY Tasks — Spring

Visual roof inspection (from the ground): Use binoculars. Look for yellow-green pollen buildup, bird droppings, and debris accumulation along panel edges. If you can't see the panels clearly, a drone photo is worth the effort.
Check your monitoring app: Log into your Enphase Enlighten, SolarEdge mySolarEdge, or SMA Sunny Portal app and compare your daily production numbers to the same days in the previous year. A 15%+ drop without a weather explanation is a red flag.
Inspect accessible wiring and conduit: If any conduit runs are visible from your attic or along exterior walls, look for gnaw marks. Squirrels will chew through plastic conduit to reach copper wiring. This is both a production issue and a fire hazard.
Look for nesting materials: Birds and squirrels often push debris under the panels at the lower edge. From the ground, watch for straw, leaves, or nesting material sticking out beneath the array.

Call a Pro — Spring

Professional panel cleaning (April, after peak pollen drop): Don't clean during pollen season — you'll just be wiping wet pollen across the glass. Wait until late April when the drop has finished, then have a professional clean with deionized water and soft-brush technique. Tap water leaves mineral deposits that compound the problem. Solarama's professional cleaning is priced at $18 per panel .
Critter inspection and exclusion: If you spotted nesting materials or chewed conduit, a pro needs to get on the roof. Critter damage that goes unaddressed will eventually reach wiring. Exclusion mesh installed around the panel perimeter stops future intrusions before they start.
Inverter health check: Spring is a good time to have an Enphase, SolarEdge, or SMA inverter inspected before the high-production summer months. A failing inverter in July costs you more in lost production than the same failure in December.

Summer: May – September

Peak Production, Maximum Stress

Florida summers deliver your best solar production numbers — long days, intense UV, and high electricity demand from air conditioning running full-time. A 10kW system in Orange County on Duke Energy's 18.1¢/kWh rate can offset $180–$220 per month in summer. That's also why a system problem in June or July is more expensive than the same problem in December.

Summer also brings the rainy season, which runs from roughly June through September. Daily afternoon storms deposit debris on your roof, and while rain does rinse off light dust, it also leaves behind organic material — leaves, seed pods, bird droppings — that sits in the low spots of your array.

DIY Tasks — Summer

Post-storm debris check: After any significant weather event, do a ground-level visual on your array. Look for leaves or branches resting on or between panels. Even partial shading from a single branch can reduce output from an entire string on older string-inverter systems.
Weekly monitoring app review: Summer is when you want to be watching your numbers most closely. On a clear day in July, your system should be producing near its rated capacity. If you see a microinverter offline in Enphase's app, or a power optimizer showing low output in SolarEdge, flag it immediately — a bad microinverter in summer costs real money every day it sits unaddressed.
Check your utility bill: Compare your June–August bills to last year. If your production looks normal on the app but your bill climbed, it could be a net metering issue with Duke Energy or OUC that needs a call to your utility — or a documentation error in how credits are being applied.
Inspect for critter activity after nesting season: Juvenile squirrels disperse in late summer and look for new shelter. A second wave of critter intrusions under panels is common in August–September.

Call a Pro — Summer

Post-major-storm panel inspection: If a named storm or a particularly severe squall line came through your neighborhood, have a professional inspect the array for micro-cracks, loose racking hardware, or compromised flashing. Panels that survive a storm visually can still have internal damage that degrades performance and shortens lifespan.
Mid-season inverter diagnostic: If your monitoring app shows any consistent underperformance that you can't attribute to weather, schedule a diagnostic visit. SolarEdge and Enphase monitoring both generate error codes — a technician can interpret those and address the root cause before it becomes a replacement.

Fall: October – November

The Deep-Clean and Inspection Window

October and November are the quiet months in Central Florida — the rainy season has ended, pollen season hasn't started, and the weather is finally cooperative. This is your best window for annual maintenance work, and the most important time to get a professional inspection on the books before end of year.

DIY Tasks — Fall

Monitoring app year-in-review: Pull up your full production history for the year in your Enphase or SolarEdge app and compare it month-by-month to the previous year or to your system's projected production. Note any months where the gap is wider than 10%. Bring that data to your annual professional inspection.
Visual inspection of mounting hardware: From the ground or a ladder positioned safely away from the roof edge, look for any panels that appear to have shifted, any visible rust on racking components, and any sealant that looks cracked or lifted around roof penetrations.
Review your utility net metering credits: Fall is when your excess summer production credits should be reflecting on your utility account. Verify with Duke Energy or OUC that your credits are being applied correctly before the lower-production winter months draw them down.

Call a Pro — Fall

Annual professional inspection: This is the one non-negotiable on the calendar. A thorough inspection covers torque testing on all mounting hardware, electrical connections at the combiner box and inverter, panel-level performance validation, and a review of any warranty items. Florida's UV exposure, heat cycles, and wildlife pressure age solar systems faster than in northern climates — annual inspection is how you catch deterioration before it becomes failure.
Post-rainy-season deep clean: Even if you cleaned in April, five months of Florida weather leaves a meaningful film on your panels. A professional fall cleaning with deionized water restores full capacity heading into winter.
Roof and flashing inspection: Ask your solar technician to check the condition of flashing around all roof penetrations. Sealant in Florida's climate typically needs refreshing every five to seven years. A small roof leak at a panel mounting point is far cheaper to address in fall than after water damage has spread.

Winter: December – January

Lower Sun, Lower Output — Know the Difference Between Normal and a Problem

Winter in Central Florida means shorter days and a lower sun angle, which genuinely reduces your system's output — typically 20–30% less than your June peak. That's expected. What's not expected is underperformance beyond that seasonal adjustment. Winter is also critter season, as cooler nights drive squirrels and raccoons to seek warm shelter, and the space under a solar array is exactly that.

DIY Tasks — Winter

Benchmark your production against seasonal norms: In your Enphase, SolarEdge, or SMA app, compare your December and January daily averages to what the system projected for those months during installation. A 10–15% gap below seasonal projections — not just below summer output — is worth investigating.
Listen for activity near the array: Squirrels and raccoons are most active at dawn and dusk. If you hear movement on your roof during these hours in winter, take a ground-level look at your panels. Critters under an array are far cheaper to remove before they've nested than after.
Check conduit entry points in the attic: If your conduit runs through the attic, do a visual inspection in December. Wildlife intrusion that started in fall will often be visible — droppings, nesting material, or evidence of chewing — before electrical damage has occurred.

Call a Pro — Winter

End-of-year system health check: If you skipped the fall inspection or you've had any production anomalies in the second half of the year, winter is a reasonable time to get a technician on-site. Lower production periods are also when it's easiest to schedule service without feeling like you're losing production during the visit.
Critter exclusion: If you've identified critter activity, winter exclusion work — installing mesh skirting around the perimeter of the array — is time-sensitive. The longer wildlife is under your panels, the higher the likelihood of wiring damage.

The 5-Minute Weekly Monitoring Habit

Every solar homeowner should spend five minutes per week inside their monitoring app. It doesn't require any technical knowledge — you're just looking for anything that changed.

Enphase Enlighten: Check that all microinverters are reporting. A grayed-out panel icon means that unit isn't communicating. One offline microinverter affects only that panel; multiple offline units in the same area of the roof often signal a wiring or communication issue.
SolarEdge mySolarEdge: Review the power optimizer map. Any optimizer showing significantly lower output than its neighbors — same sun exposure, same time of day — is worth flagging.
SMA Sunny Portal: Compare today's yield curve to recent clear days. A flat line during peak sun hours indicates a communication dropout or inverter fault.

The single best thing you can do as a solar homeowner is catch problems early. A microinverter that failed in April but wasn't noticed until October cost you six months of reduced production on that panel — typically $40–$80 in lost generation on Duke Energy's rates, on top of the repair cost.

The "Set It and Forget It" Option: Solarama's Maintenance and Monitoring Plan

If you'd rather not manage a seasonal checklist yourself, Solarama's Maintenance and Monitoring plan handles it for you. The plan includes professional monitoring of your Enphase, SolarEdge, or SMA system, proactive alerts when production deviates from expected output, scheduled cleaning, and priority scheduling for any service calls. No invoice surprises. No chasing down a technician when something goes wrong.

Solarama serves homeowners across Orange, Lake, Seminole, and Polk counties , and operates seven days a week — because solar problems don't wait for Monday. License CVC57175 . Reach the team at 407-900-6055 or support@solarama.us .

Start With a Free Bill Evaluation

Not sure if your system is performing the way it should? The fastest way to find out is Solarama's Free Bill Evaluation . Send in your most recent Duke Energy or OUC bill and Solarama will compare your actual production against what a system of your size should be generating in your specific location. It's free, it takes less than 24 hours, and it gives you a clear, honest answer — no sales pressure attached.

Whether your installer is still returning your calls or disappeared the day after commissioning, your system deserves a team that actually shows up. Book your Free Bill Evaluation at solarama.us/book.

5 Signs Your Solar Inverter Is Failing (And What to Do About It)

Thu, 30 Apr 2026 13:00:00 GMT

5 Signs Your Solar Inverter Is Failing (And What to Do About It)

Your solar panels get all the attention, but they're actually the most durable part of your system. Panels commonly last 25 to 30 years with minimal degradation. The inverter is a different story. It's the component that works hardest — converting every watt of DC power your panels generate into the AC power your home uses — and it's the component most likely to fail.

In Central Florida, where rooftop temperatures regularly exceed 140°F in the summer months, inverters operate under thermal stress that manufacturers in cooler climates didn't fully account for. An inverter rated for a 15-year lifespan in the Pacific Northwest may give you 10 in Orlando.

The problem is that inverter failure is easy to miss. Unlike a panel issue, which often shows up gradually, inverter problems can emerge suddenly — and a failed inverter means your panels are generating power that never reaches your home or the grid. You're essentially running a solar system that produces nothing while your utility meter keeps spinning.

Here are five concrete warning signs that your inverter may be failing, what each one means, and whether you can diagnose it yourself or need a technician.

Sign 1: Production Drops to Zero or Near-Zero Suddenly

This is the most obvious sign and the one most homeowners catch — eventually. If your system goes from producing 30–40 kWh per day to producing nothing, your monitoring app will tell you, provided you're checking it.

Pull up your production history in Enphase Enlighten , SolarEdge MySolarEdge , or SMA Sunny Portal and look at the production graph. A healthy system produces a smooth bell curve each sunny day. A failed inverter shows up as a flat line — zero production across an entire day or multiple days, even during peak sun hours.

One or two microinverters going offline shows up differently: you'll see a dip in production from certain panels, but the rest of the array keeps producing. A string inverter or central inverter failure takes everything down at once.

DIY or pro? The monitoring app tells you something is wrong, but it won't tell you why. A production gap is a signal to call a technician — don't assume it's just a communication glitch and wait it out. A week of zero production on a Duke Energy account costs real money at 18.1¢/kWh.

Sign 2: Red or Yellow Indicator Lights on the Inverter Unit

Walk to wherever your inverter is installed — typically the garage wall, an exterior wall near the electrical panel, or in some microinverter setups, the inverters are mounted directly on the roof under each panel. If you have a string inverter or a hub, look at the indicator lights.

A green light means normal operation. A solid or flashing red light means the inverter has detected a fault it cannot self-clear. A yellow or amber light typically indicates a warning condition — the system is still producing, but something is outside normal parameters.

Different manufacturers use slightly different light sequences. Enphase IQ series units communicate through the Enlighten app rather than physical lights, so no light at all can itself be a sign that a microinverter has lost communication. SolarEdge inverters use a combination of green, red, and blue lights. SMA inverters use red, green, and yellow with blinking patterns that correspond to specific fault codes documented in the manual.

DIY or pro? You can observe and document the light pattern yourself. Photograph it and check the fault code in your inverter's manual. But interpreting the fault and correcting the underlying cause requires a licensed technician.

Sign 3: Error Codes or Fault Messages in Your Monitoring App

Modern inverters don't just fail silently — they throw codes. The challenge is knowing what those codes actually mean.

A few common examples:

Enphase "Communication Error": A microinverter has lost its connection to the Envoy gateway. This can be caused by a failed microinverter, a damaged trunk cable, or a networking issue. If it affects one panel, suspect the microinverter or the trunk cable connector. If it affects all panels, suspect the Envoy.
SolarEdge "AC Grid Fault": The inverter detected an issue with the grid connection — voltage or frequency outside acceptable range. This can be a utility-side issue (brief and self-resolving) or a wiring problem at the AC disconnect. If the fault clears and production resumes, monitor it. If it recurs, it needs investigation.
SMA "Insulation Failure": The inverter detected a ground fault in the DC array. This is a safety condition and the inverter will shut down until it's cleared. Don't ignore this one — it can indicate damaged wiring, moisture in a junction box, or a compromised panel.

Error codes are your inverter telling you something specific. They're not noise. A code that appears once and clears may be a transient grid event. A code that reappears is a pattern that needs diagnosis.

DIY or pro? Reading the code is DIY. Clearing it without understanding the cause is not — you may clear the fault and restart the system into an unsafe condition. Recurring fault codes always require a technician.

Sign 4: The Inverter Is Unusually Hot or Making Strange Sounds

String inverters and SolarEdge inverters with power optimizers are installed in accessible locations — typically a garage or exterior wall. During normal operation, they run warm. Running hot enough to be uncomfortable to touch, or hot enough to discolor the wall surface behind the unit, is not normal.

Central Florida's climate is already working against your inverter's thermal management. An inverter in a non-air-conditioned garage can see ambient temperatures above 100°F in July. If the unit's internal cooling — whether passive heat sinks or active fans — is failing, thermal runaway becomes a real risk. Most modern inverters have over-temperature protection that shuts them down before catastrophic failure, but by the time that kicks in, internal components have already taken damage.

Unusual sounds are another flag. A mild hum during operation is normal. Buzzing, clicking, or high-pitched whining can indicate a failing capacitor, a struggling cooling fan, or loose connections vibrating under load. These sounds tend to worsen over time and don't self-resolve.

DIY or pro? Don't open the inverter housing. Inverters store charge even when disconnected from the grid and can cause serious injury. Observe from outside, document what you're experiencing, and call a technician.

Sign 5: Your Utility Bill Went Up and Nothing Changed in Your Usage

This is the sign that slips past the most homeowners for the longest period of time. If your inverter is partially degraded rather than fully failed, it may still show some production in your monitoring app — but at a significantly reduced level. You may not notice a 20% or 30% production drop month-to-month, especially if you're not comparing against the same month in prior years.

But your Duke Energy or OUC bill will notice. A system that was offsetting $150/month in grid consumption and is now only offsetting $90/month adds $60 to every bill — silently. If your usage patterns haven't changed (same household size, no new appliances, no unusual occupancy), an uptick in your bill is worth investigating as a system performance issue, not just a rate increase.

OUC customers in parts of Orlando and Lake Nona benefit from a lower rate of roughly 12.6¢/kWh compared to Duke Energy's 18.1¢/kWh , but a degraded inverter costs you money at either rate.

DIY or pro? Pull 12 months of utility bills and compare month-over-month. If the trend doesn't match your system's production data, you have a discrepancy worth investigating. This is exactly what Solarama's Free Bill Evaluation is designed to uncover — we map your actual bills against your production data and identify where the gap is.

Understanding Inverter Types: Why It Matters for Diagnosis

Not all inverters fail the same way, and knowing what type you have changes how you interpret the warning signs above.

String inverters: One central unit converts DC power from all panels wired in series. One inverter failure takes down the entire array. Easier to diagnose, but the impact is total.
Microinverters (Enphase): Each panel has its own small inverter mounted on the roof. Failure affects one panel at a time. The system keeps producing, but you lose output from any failed unit. Early-stage failure can be masked by the rest of the array continuing to perform.
Power optimizers with a central inverter (SolarEdge): Optimizers on each panel manage DC output; a single central inverter handles conversion. A failed central inverter takes down everything. A failed optimizer reduces output from one panel.

Solarama services all three architectures across Central Florida — Enphase, SolarEdge, and SMA systems in Orange, Lake, Seminole, and Polk counties.

What to Do If You're Seeing These Signs

Don't wait and hope the problem resolves itself. Inverter issues don't self-heal — they progress. A partial failure becomes a full failure. A fault code that clears today comes back next week and the week after, each time putting more stress on the surrounding components.

The right first step is a $50 Remote System Check . Solarama pulls your production data directly from your monitoring platform, reviews your fault history, and gives you a clear picture of what's happening inside your system before anyone drives to your house. If the remote check identifies an issue that requires an on-site visit, that $50 is credited toward the service call. You're not paying twice.

If you're not sure whether your system is performing where it should be, start with the Free Bill Evaluation — we analyze your utility bills against your expected production at no cost. It takes one conversation and a copy of a recent bill.

We're open seven days a week. We work on systems we didn't install. If your original installer isn't returning calls — or isn't in business anymore — that's not your problem to absorb. It's ours to solve.

Book your Remote System Check or Free Bill Evaluation at solarama.us/book . Call or text 407-900-6055. Solarama LLC | License CVC57175 | Serving Orange, Lake, Seminole, and Polk counties.

What Is a Solar Critter Guard and Does Your Orlando Home Need One?

Wed, 29 Apr 2026 13:00:00 GMT

What Is a Solar Critter Guard and Does Your Orlando Home Need One?

Most Orlando homeowners don't think about what lives under their solar panels — until they do. Maybe your system's production dropped 15% for no obvious reason. Maybe you spotted a squirrel darting under the edge of a panel. Maybe you found a pile of nesting material during a routine gutter cleaning. By the time you notice any of these things, an animal has likely been living under your solar array for months.

A solar critter guard is a simple, low-cost product that prevents all of it. Here's what it is, why Central Florida homes need it more than most, and how to know if your system is already at risk.

What Is a Solar Critter Guard?

A solar critter guard — also called a bird guard, pigeon guard, or squirrel guard depending on which product page you landed on — is the same product regardless of the marketing label. It's a UV-stabilized, galvanized steel mesh that wraps around the entire perimeter of your solar array, sealing the gap between the bottom edge of the panels and the roof surface.

That gap, typically two to four inches tall, is exactly the right size for squirrels, birds, iguanas, and raccoons to squeeze into. Once inside, they have a shaded, warm, sheltered space protected from rain and predators. From your solar system's perspective, they have direct access to your DC wiring, junction boxes, and microinverters.

The mesh is attached with stainless steel clips that fasten to the panel frame without drilling through the panel or the roof. A properly installed critter guard has no gaps at corners, no loose edges, and sits flush enough that animals can't find purchase to push through. Installation takes one to two hours for a standard residential array.

Why Central Florida Is a High-Risk Region for Solar Wildlife Damage

Wildlife pressure on solar panels isn't uniform across the country. Central Florida presents a specific and unusually demanding set of conditions.

Squirrels

Florida is home to multiple squirrel species, and they chew — not because they're hungry, but because their incisors never stop growing. Electrical wiring insulation is a preferred target. A squirrel that takes up residence under your panels will eventually find a DC wire and start working on it. The result is bare copper exposed to moisture and heat, which creates a short-circuit and fire risk. This isn't hypothetical: the National Fire Protection Association has documented solar-related fires originating from rodent wire damage.

A chewed wire repair on a residential solar system runs between $500 and $1,500 depending on how many conductors were damaged, whether a microinverter needs replacement, and how much wiring has to be re-routed. A critter guard costs $25 per panel . On a 20-panel system, that's $500 in prevention versus up to $1,500 in repair — and that's assuming the damage is caught before it causes a more serious problem.

Iguanas

Green iguanas are an invasive species in Florida, and they're not going anywhere. Florida Fish and Wildlife Conservation Commission (FWC) does not assist with iguana removal from private property — they're considered a nuisance species that homeowners must manage themselves. Iguanas are large enough (adults commonly reach four to five feet) to dislodge mounting hardware, push panels out of alignment, and deposit waste that corrodes panel frames and roof surfaces. They also retain heat, and an iguana resting on or under a panel in the Orlando summer adds to an already extreme thermal load on your equipment.

Birds and Pigeons

Birds, particularly pigeons, find the underside of a solar array ideal for nesting. The problem isn't just noise or mess, though guano is highly corrosive and will degrade aluminum panel frames over time. Nesting material — straw, leaves, twigs, insulation pulled from nearby vents — blocks the airflow gap that panels depend on for passive cooling. Panels that can't shed heat produce less power. Central Florida rooftop temperatures already exceed 140°F on a summer afternoon. Add a blocked airflow channel and you accelerate thermal degradation of both the panels and any microinverters mounted to the underside of the array.

Oak Pollen Season

This one isn't wildlife, but it compounds the problem. From February through April, Central Florida's live oaks release a heavy pollen load that coats everything outdoors — including the nesting material already accumulating under your panels. Wet pollen and organic debris packed into tight spaces is a moisture trap. It holds water against metal surfaces through the dry season, which accelerates oxidation on mounting hardware and wire connectors.

How to Tell If You Need a Critter Guard Right Now

You don't need to wait for a full inspection to identify early warning signs. Here's what to look for from the ground:

Debris visible at panel edges. If you can see nesting material, leaves, or pollen buildup along the bottom edge of your array, wildlife may already be inside or recently evicted themselves.
Unexplained production drop. If your Enphase Enlighten or SolarEdge monitoring app shows a gradual decline in output that doesn't track with weather patterns or season, airflow restriction or wire damage is a likely cause.
Droppings on the roof or panels. Bird or iguana droppings on the panels themselves often indicate regular activity in the area. Droppings under the panel overhang confirm nesting.
Noise from the roof. Scratching, thumping, or chirping from the roof — especially in early morning — suggests an active occupant.
Visible chew marks on conduit. If you can safely see the conduit running from your array to the combiner box, look for scalloped bite marks on any exposed plastic or rubber surfaces.

If you're seeing one or more of these signs, you're past the prevention stage and into the inspection stage. The critter guard is still worth installing — you just need to verify no active damage exists first before sealing animals inside or trapping a wire problem under the mesh.

The Installation Process

Professional critter guard installation follows a set sequence. First, the technician inspects the underside of every panel for existing damage, active nesting, or animal presence. Any nesting material is removed and the area is cleaned. If animals are present, they're removed humanely before the mesh is installed — you don't want to seal a raccoon inside your array.

The galvanized mesh is cut to fit the exact perimeter of your array and fastened using panel-frame clips specifically designed not to void manufacturer warranties. Corners are overlapped and secured to eliminate gaps. The finished installation is flush, clean, and nearly invisible from the street — it doesn't affect panel performance, aesthetics, or roofline appearance.

Installation typically takes one to two hours for a standard 20- to 25-panel residential system. No drilling into the roof. No voided warranties.

Critter Guard vs. Doing Nothing: The Real Cost Comparison

Let's put the numbers on the table.

Critter guard installation: $25 per panel. On a 20-panel system, roughly $500 total including labor.
Chewed wiring repair: $500–$1,500 depending on scope, plus potential microinverter replacement at $200–$350 per unit.
Pigeon nest removal + cleaning: $150–$300 per cleaning visit, recurring if the underlying access point isn't sealed.
Panel replacement from corrosion or impact damage: $300–$600 per panel, installed.
Lost production from restricted airflow: Difficult to quantify exactly, but even a 10% reduction in output on a system sized to offset a $200/month Duke Energy bill (at 18.1¢/kWh) is $20/month — $240/year — disappearing silently from your savings.

The critter guard pays for itself the first time it prevents a service call. After that, it's pure protection for the life of your system.

Not Sure If Your System Already Has a Problem?

Solarama offers a Free Bill Evaluation — at no cost to you, we analyze your utility bill alongside your solar production data to identify whether your system is performing where it should be. If you're a Duke Energy customer seeing bills that don't match what your system should be producing, or an OUC customer in the Lake Nona area who hasn't had your system checked since installation, this is the right place to start.

We service Orange, Lake, Seminole, and Polk counties, and we're open seven days a week. We install critter guards on systems we didn't install — including systems from installers who are no longer in business or no longer returning calls. If your system needs inspection before the mesh goes on, we handle that in the same visit.

You've invested thousands in a solar system. A $25-per-panel mesh barrier is the least expensive insurance policy you can buy for it.

Schedule your Free Bill Evaluation or book a critter guard installation at solarama.us/book . Call or text us at 407-900-6055. License CVC57175.

OUC vs Duke Energy: How Your Utility Affects Solar ROI in Central Florida

Tue, 28 Apr 2026 13:00:00 GMT

OUC vs Duke Energy: How Your Utility Affects Solar ROI in Central Florida

Most homeowners shopping for solar ask about panel efficiency, inverter brands, and roof orientation. Rarely does anyone ask the question that often matters more than any of those: which utility company sends you a bill?

In Central Florida, that answer can mean the difference between a system that pays itself off in 8 years and one that takes nearly 16. It affects how much you earn from excess production, how quickly you recoup your investment, and how much every underperforming panel costs you. Understanding the utility landscape here is one of the most practical things a solar homeowner in this region can know.

The Rate Gap That Changes Everything

Let's start with the number that drives most of the math: the retail electricity rate.

Duke Energy Florida charges most of its Central Florida residential customers around 18.1 cents per kilowatt-hour (kWh) . This rate applies across most of the suburban service territory — Winter Park, Apopka, Windermere, Sanford, Clermont, and the bulk of unincorporated Orange and Seminole counties, among others.

OUC — The Reliable One (Orlando Utilities Commission) serves parts of Orlando proper and the Lake Nona corridor at approximately 12.6 cents per kWh .

That 5.5-cent difference might not sound dramatic until you run the math. Duke Energy customers are getting 44% more value out of every kilowatt-hour their panels produce compared to OUC customers, purely because the rate they're displacing is higher. When solar works by offsetting power you'd otherwise buy from the grid, a higher grid rate means each panel-generated kWh is worth more.

Real Math: Payback Period on a 10kW System

Let's model this with a real-world scenario. A 10kW residential solar system in Central Florida produces roughly 13,500–14,500 kWh per year , accounting for Florida's excellent sun hours and typical panel degradation. Call it 14,000 kWh annually for a well-installed system with minimal shading.

Assume a fully installed system cost of $28,000 after the federal tax credit (a reasonable figure for a quality installation in this market).

On Duke Energy (18.1¢/kWh)

Annual offset value: 14,000 kWh × $0.181 = $2,534/year
Simple payback period: $28,000 ÷ $2,534 = approximately 11 years

On OUC (12.6¢/kWh)

Annual offset value: 14,000 kWh × $0.126 = $1,764/year
Simple payback period: $28,000 ÷ $1,764 = approximately 15.9 years

Same system size. Same roof. Same Central Florida sun. Nearly a 5-year difference in payback period based on which utility territory you happen to sit in. Over a 25-year panel warranty period, a Duke Energy customer captures roughly $19,250 more in cumulative value from the same system than an OUC customer.

This doesn't mean solar doesn't make sense on OUC — it often still does, especially with favorable financing. But it does mean Duke Energy customers have a stronger financial argument for solar, and it means that maintaining system performance is particularly critical regardless of which utility serves you.

Net Metering: How Each Utility Credits Your Excess Production

When your panels produce more electricity than your home uses in a given moment — say, on a sunny Tuesday afternoon when you're at work — that excess power flows back into the grid. Net metering is the mechanism that credits you for it.

Duke Energy's Distributed Energy Service Program (DESP)

Duke Energy Florida operates its residential solar interconnection under its Distributed Energy Service Program . Net metering credits under DESP apply at the retail rate — meaning the excess kWh you export are credited at the same rate you'd pay to buy power, roughly 18.1 cents. Credits roll forward monthly and can offset future bills. This is a meaningful benefit: you're essentially "banking" power at full retail value.

Duke Energy has made incremental changes to its rate structures over time, and Florida's net metering policy landscape continues to evolve — the 2022 legislative session and ongoing Public Service Commission proceedings have shifted the ground statewide. What's in place today is favorable. For Duke customers, that's an argument for keeping your system producing at full capacity now, while current credit rates hold.

OUC's Net Metering Credit Structure

OUC also offers net metering credits, applied at the retail rate of approximately 12.6 cents per kWh. The mechanics are similar — excess production credits your account and offsets future consumption. Given OUC's lower base rate, the credit value per exported kWh is proportionally lower, which reinforces the importance of right-sizing a system to your actual usage rather than over-building to maximize export. On OUC, excess production earns less than it does on Duke, so the smart strategy leans toward consumption offset over export.

Which Cities Are In Which Territory?

Territory boundaries in Central Florida are not always intuitive. Here's a practical breakdown:

Duke Energy Florida

Winter Park
Apopka
Windermere
Winter Garden
Clermont and most of Lake County
Sanford and most of Seminole County
Ocoee, Gotha, and most unincorporated Orange County suburbs
Parts of east Polk County and surrounding communities

OUC — The Reliable One

Parts of Orlando proper (inside city limits)
Lake Nona and the Medical City corridor
St. Cloud (partial OUC territory)

KUA and Lakeland Electric

Kissimmee Utility Authority (KUA) serves Kissimmee and Osceola County. Lakeland Electric serves the city of Lakeland in Polk County. Both have their own rate structures and solar interconnection programs. The core principle applies in either territory: your utility rate shapes your solar return, and knowing your program matters before you design or evaluate a system.

Why System Performance Is Even More Critical on High-Rate Utilities

Here's the implication that most solar discussions skip over entirely: on a high-rate utility like Duke Energy, every kWh your system fails to produce costs you more money than the same loss on a lower-rate utility.

Let's make that concrete. Suppose a faulty microinverter on one of your panels drops your system's monthly production by 40 kWh — a modest shortfall you might not notice without careful monitoring.

On Duke Energy, that's 40 × $0.181 = $7.24/month in lost offset, or roughly $87/year per underperforming panel.
On OUC, that's 40 × $0.126 = $5.04/month , or about $60/year .

If you have two or three panels producing at reduced output — common in systems that haven't been serviced since installation — you're quietly losing $150–$250 per year on Duke, often without any alarm going off. That loss amplifies further if the issue compounds: a failing microinverter running hot in Central Florida's 140°F+ rooftop temperatures degrades faster than one that's promptly repaired.

Oak pollen season (February through April) coats panels across Central Florida in a layer of fine particulate that measurably reduces production. Squirrels chewing through DC wiring under panels — a genuine and common problem in Orange and Seminole County neighborhoods with heavy tree cover — can silently knock out individual microinverter outputs for months. None of this shows up as a crisis on your monitoring dashboard. It just shows up as a Duke Energy bill that's a little higher than it should be.

Keeping your system maintained isn't general good practice — it's a direct financial decision that scales with your utility rate. Duke customers have the most to gain from a well-maintained system, and the most to lose from one that's quietly underperforming.

Start With Your Bill: Is Your System Actually Earning What It Should?

The most useful data point for any Central Florida solar homeowner is simple: is your system delivering the offset your bills should reflect? Most homeowners have no reliable way to check without knowing what "normal" production looks like for their specific system, location, and orientation.

Solarama offers a Free Bill Evaluation — $0, no strings attached . Share your recent utility bills and your system size, and we'll tell you whether your production numbers make sense. It takes five minutes and costs nothing.

If the numbers don't add up, a Remote System Check ($50) gives you a detailed analysis of your monitoring data — production by panel, inverter health, trend analysis — with a written report. Most issues are caught at this stage, before they require a truck roll.

The Takeaway

Choosing solar in Central Florida is a decision shaped heavily by which utility company serves your address. Duke Energy customers at 18.1 cents per kWh are working with a stronger financial foundation for solar ROI than OUC customers at 12.6 cents. The payback math, the value of net metering credits, and the cost of underperformance all scale with your rate.

But regardless of whether you're on Duke, OUC, KUA, or Lakeland Electric — the returns on solar only materialize when the system is actually running at full capacity. A system that's producing at 85% efficiency because of a dirty string of panels, a failing Enphase microinverter, or wiring damage from a raccoon living under your array isn't delivering the ROI you calculated when you signed the contract.

Solarama services solar systems in Orange, Lake, Seminole, and Polk counties. We know the utilities, we know the equipment, and we know what Central Florida's climate does to systems that go unserviced. We're licensed (CVC57175) and available seven days a week.

Find out where your system actually stands. Book your Free Bill Evaluation at solarama.us/book or call us at 407-900-6055 . It costs you nothing to find out — and on Duke Energy, the cost of not finding out adds up fast.

My Solar Installer Went Out of Business — Now What?

Mon, 27 Apr 2026 13:00:00 GMT

My Solar Installer Went Out of Business — Now What?

You opened your monitoring app and something looked off. Or maybe you got a Duke Energy bill that seemed way too high for a home with solar panels on the roof. So you called your installer — and the number is disconnected. The website is gone. The company vanished.

This is not a rare story in Central Florida. Between the utility rate restructuring after 2022, shifting net metering rules, and the economic turbulence that followed COVID-era expansion, dozens of small and mid-size solar installers across Orange, Lake, Seminole, and Polk counties quietly closed their doors. Some gave notice. Many didn't. They left thousands of homeowners with systems on their roofs and no one to call.

If you're in that situation right now, take a breath. Your panels didn't disappear with your installer. Your system likely still works, and there is a clear path forward.

What Actually Happens to Your Warranty When an Installer Closes?

Here's the distinction that matters most: installer warranties and manufacturer warranties are two completely different things.

Your installer probably offered a workmanship warranty — usually 5 to 10 years — covering the quality of the installation itself: roof penetrations, wiring, racking, conduit runs. When the installer closes, that workmanship warranty is effectively gone. There's no one left to honor it. That's a real loss, and it's okay to be frustrated about it.

But the equipment warranties — the ones that actually protect the hardware on your roof — are held by the manufacturers, not your installer. And those companies are still very much in business.

Enphase microinverters carry a 25-year manufacturer warranty, registered to your home address. Enphase handles warranty claims directly. Your installer closing does not affect this.
SolarEdge inverters come with a standard 12-year warranty, extendable to 25 years. Like Enphase, SolarEdge processes warranty claims through their own support channels — not through your installer.
SMA inverters carry a 5-year base warranty with upgrade options. Again, SMA is the warranty holder, not whoever put the system on your roof.
Solar panels from major manufacturers — LG (legacy panels still out there), REC, Silfab, Qcells — carry 25-year performance warranties tied to the panel serial numbers, not to the installation company.

The bottom line: your equipment is probably still under warranty. What you've lost is the relationship with someone who knows your specific system and is obligated to show up when something goes wrong. That's what you need to replace — and that's exactly what Solarama does.

Step One: Don't Panic. Check Your Monitoring Portal.

Before you do anything else, log into your system's monitoring portal. If you have Enphase, that's Enlighten . If you have SolarEdge, it's the mySolarEdge app or monitoring dashboard. Your login credentials are yours — they don't disappear when your installer does.

What you're looking for:

Is the system actively producing power today?
Are there any red or yellow alerts on individual microinverters or on the main inverter?
Does production look consistent with what it was when the system was first installed, accounting for season?
Are there any panels or microinverters that show zero output while the rest are working?

If everything looks green and production seems normal, your immediate crisis is lower than you think. But normal-looking data doesn't mean your system is operating at full efficiency — it just means it's producing something. Subtle underperformance can hide in the data for months before it shows up as a noticeably high utility bill.

If you're seeing alerts, errors, or significant drops in production, that's the system telling you something needs attention.

Step Two: Find Out Where Your System Actually Stands

This is where most homeowners in this situation get stuck. You don't know what you don't know. Is the production drop normal seasonal variation, or is a microinverter failing? Is that error code on your SolarEdge a minor communication glitch, or is your inverter approaching failure? Are your panels just dirty from oak pollen — which blankets Central Florida from February through April — or is something more serious going on?

Solarama offers a Remote System Check for $50 . We pull data directly from your monitoring platform, analyze production patterns against expected output for your system size, location, and panel orientation, and flag anything that looks like degradation, equipment issues, or efficiency losses. You get a written report that tells you exactly where your system stands and what, if anything, needs attention.

Fifty dollars for a clear picture of a system you've invested $20,000–$40,000 in is not a hard call.

If you're not sure whether your system is performing the way it should be based on your utility bills, start with our Free Bill Evaluation — $0, no obligation. Share your last two or three Duke Energy or OUC bills, tell us your system size, and we'll tell you whether your production numbers make sense. It's a quick gut-check that costs you nothing.

The Real Danger: Waiting

Florida is not a forgiving environment for unmonitored solar equipment. Here's what actually happens when a system goes unserviced:

Heat Degradation Compounds

Rooftop temperatures in Central Florida regularly exceed 140°F in summer. Inverters, particularly string inverters mounted on or near the roof, are operating at the edge of their thermal design limits for months at a time. A microinverter that's starting to fail under that stress will take neighboring microinverters with it faster than one in a cooler climate. Small problems become expensive problems here on a compressed timeline.

Wildlife Access Goes Unchecked

Squirrels, raccoons, and birds — all regular visitors to Central Florida rooftops — love the space under solar panels. Squirrels in particular chew through DC wiring with no particular agenda, creating arc fault risks and production losses. Iguana populations across South and Central Florida have been steadily moving north; their nesting habits can cause similar damage. Without a service relationship, nobody's checking your conduit runs or under-panel wiring for the signs of intrusion that a technician would catch on a routine visit.

Monitoring Gaps Become Billing Surprises

Duke Energy charges most Central Florida suburban customers around 18.1 cents per kilowatt-hour . A 10kW system that's operating at 80% capacity instead of full output costs you roughly $300–$500 per year in lost offset, depending on your usage profile. Over three years without anyone catching it, that's real money. The system that "seems fine" is quietly costing you.

Step Three: Establish a Service Relationship That Sticks

What you actually need — more than any single repair — is a service company that will be there when something goes wrong. Not a company chasing new installation contracts who treats service calls as an afterthought. A company whose entire business is built around ongoing support.

Solarama LLC was built for exactly this. We service Orange, Lake, Seminole, and Polk counties, working with Enphase, SolarEdge, SMA, and every other major inverter brand. We're intimately familiar with the equipment installed during the 2019–2022 boom — the same era most of the now-closed installers were operating. We know what those systems look like, what fails first, and what to watch for.

We're licensed (CVC57175) and open seven days a week, because solar problems don't limit themselves to weekday business hours.

What to Do Right Now: A Clear Checklist

Log into your monitoring portal (Enphase Enlighten, mySolarEdge, or your installer's monitoring app) and screenshot any alerts or anomalies.
Locate your original installation documents — particularly the equipment list, which will tell you your inverter brand and panel model. If you can't find them, your monitoring portal will show your equipment.
Pull your last three utility bills and compare them to the same months from the prior year. A significant increase without a change in usage habits is a signal.
Book a Free Bill Evaluation with Solarama to get a baseline read on whether your production is making sense relative to your bills.
Schedule a Remote System Check ($50) to get a detailed analysis of your monitoring data and a written report on system health.
If the Remote System Check surfaces any hardware issues, we'll walk you through repair options, manufacturer warranty claims, and next steps — clearly, without pressure.

You're Not Stuck. You Just Need the Right Next Call.

The solar installer closing on you felt like a betrayal — and in some ways, it was. But the equipment on your roof is still yours, still likely under manufacturer warranty, and almost certainly still producing power. What you've lost is a service relationship. That's replaceable.

What you need now is a partner who picks up the phone, knows Central Florida's climate and utilities, and treats service as the core business — not an afterthought. That's Solarama. We ensure uninterrupted solar operation for systems we installed and for systems we inherited from companies that couldn't keep that promise.

Start with the free check-in. Book your Free Bill Evaluation or schedule a Remote System Check today at solarama.us/book . Or call us at 407-900-6055 . We're here seven days a week, and we'll give you a straight answer about where your system stands.

You've already been let down once. That's not happening again.

Solar Panel Cleaning in Florida: How Often and Why It Matters

Sun, 26 Apr 2026 13:00:00 GMT

Solar Panel Cleaning in Florida: How Often and Why It Matters

Florida homeowners hear some version of the same reassurance when their solar system is installed: "Don't worry—the rain takes care of it." That's one of the most expensive half-truths in residential solar.

Rain in Central Florida does rinse loose dust off panel glass. What it doesn't do is remove mineral deposits, pollen film, or bird droppings. And in Florida—where oak pollen blankets every surface from February through April, where hard water mineral deposits build up on every outdoor surface that gets wet, and where temperatures push panel efficiency to its limits—what rain leaves behind is exactly what costs you money.

What's Actually on Your Panels

Walk outside after the first dry week following oak pollen season and look at your car hood, your pool screen, your patio furniture. That thick yellow-green film is the same thing coating your solar panels. Central Florida's live oaks produce some of the densest pollen loads in the state, and from February through April, it settles on everything.

Pollen doesn't just sit on top of panel glass. It's sticky, and when Florida's afternoon humidity hits a warm panel surface, pollen bonds to the glass and begins to polymerize. After a light rain wets it and dries quickly in the heat, it sets harder. What started as a dusty film becomes a semi-adhesive layer that ordinary rainfall cannot remove—and that cuts the amount of sunlight reaching your cells by 10 to 25 percent while it's there.

Beyond pollen, Central Florida's soiling profile includes:

Mineral deposits from irrigation overspray and rain on hard water. If your sprinkler system touches your roof or your panels are downwind of your irrigation heads, you're building up calcium and magnesium carbonate film that doesn't dissolve in rain.
Bird droppings , which are highly acidic and cause a specific type of localized shading that damages individual solar cells underneath. Unlike pollen, bird droppings also etch the anti-reflective coating on panel glass if left in place through multiple heat cycles.
Road and construction dust , particularly for homes near major roads in Orange and Seminole counties, or near active construction zones. Fine particulate settles continuously and compounds everything else.

Why Florida Roof Angles Make This Worse

In states with steep-pitch roofs, rainfall can actually do meaningful cleaning work—water accelerates down the panel face and carries loose debris with it. Most homes in Central Florida have low-pitch roofs: 2/12 to 4/12 is extremely common, especially in the subdivisions of Kissimmee, Ocoee, Apopka, and Winter Garden where solar adoption is heaviest.

At a shallow pitch, water sheets slowly across the panel surface and evaporates before it reaches the lower edge, leaving behind whatever dissolved minerals it picked up along the way. You end up with horizontal mineral tide lines across your panels—visible from the ground as faint streaking—and a surface that's effectively dirtier after rain than it was before, because the minerals concentrate as the water recedes.

Flat-pitch panels are also significantly more susceptible to pollen accumulation because there's no angle working in your favor. The pollen lands, sticks, and stays.

The Production Loss Math

This is where abstract soiling percentages become real money. Consider a 10 kW system on a Duke Energy Florida account in Orange County, where the residential rate sits at 18.1 cents per kilowatt-hour for most suburban customers.

A 10 kW system in Central Florida, well-sited and properly functioning, generates roughly 14,000 to 15,000 kWh per year. At 18.1 cents, that's approximately $2,500–$2,700 in annual bill offset—real money that either shows up on your bill or doesn't.

A moderate soiling layer cutting output by 15 percent—well within the documented range for a system that hasn't been cleaned through one pollen season—reduces that generation to about 12,000 kWh. That's a loss of roughly $300 per year , simply sitting on the glass. A worse soiling season, a system that hasn't been cleaned in two years, or a panel array with concentrated bird droppings on even two or three modules can push that loss higher.

Homeowners with OUC accounts in parts of Orlando and Lake Nona see a lower per-kWh rate around 12.6 cents, which reduces the dollar impact somewhat—but a 15% production loss on a 10 kW system still costs those customers roughly $190–$220 annually. That's before accounting for the long-term glass damage that acidic deposits cause.

Professional panel cleaning at Solarama runs $18 per panel . On a 20-panel system, that's $360. If you clean twice a year as most Central Florida homes warrant, you're spending $720 annually to protect and recover $300 or more in generation loss—while also protecting the glass from long-term etching damage that no cleaning can reverse after the fact.

How Often Should You Clean in Central Florida?

The generic national recommendation is once a year. That's not enough for Central Florida.

For most homes in Orange, Lake, Seminole, and Polk counties, two to four times per year is the appropriate service interval, depending on your specific conditions:

Post-pollen season (April–May) is the single most important cleaning of the year. This removes the accumulated oak pollen layer before it bakes in through the full summer heat cycle.
Midsummer (July–August) addresses bird activity and any soiling that's accumulated since the spring clean. This is also when rooftop temperatures peak and panel efficiency is already under thermal stress—you don't want soiling compounding that.
Fall (October–November) is valuable for homes with heavy tree coverage, particularly those with live oaks dropping leaf debris and near pine trees dropping needles.
Post-winter dry season (February) works well for homes that irrigate through dry months—mineral deposits accumulate fastest when irrigation overspray is hitting warm panels repeatedly without adequate rain to flush them.

If your system has a monitoring platform—Enphase Enlighten, SolarEdge, or SMA Sunny Portal—you should be able to see production trends over time. A gradual downward slope that isn't explained by shorter winter days or cloud cover is usually soiling. A sharp single-day drop on specific modules is usually bird droppings or shade from debris. Both are things a cleaning appointment addresses.

Why DIY Panel Cleaning Usually Costs More Than It Saves

Most homeowners who try to clean their own panels reach for a garden hose and a mop handle with a soft brush attachment. The intention is good. The execution creates several problems.

First, using tap water directly on panels—especially with any pressure—deposits the same minerals you're trying to remove. Proper panel cleaning uses deionized or softened water to prevent mineral spotting. Cleaning with Orlando municipal water (which is moderately hard) and letting it air dry can leave your panels in worse condition than before you started.

Second, most panel manufacturer warranties explicitly require that cleaning be performed without abrasive materials and, in some cases, by qualified service personnel. Using the wrong pad or brush can micro-scratch the glass surface, permanently increasing soiling adhesion and reducing light transmission. Voiding your warranty over a cleaning job is a painful outcome.

Third: the roof. A wet tile or shingle roof is genuinely dangerous, and solar panels make it more so. Walking tile roofs without knowing where to step causes cracked tiles—often directly under panels where you can't see them—that lead to leaks later. This isn't theoretical. Our technicians find cracked tiles from DIY roof visits on a regular basis.

What Professional Cleaning at Solarama Covers

When we clean a system, we're doing more than running water over glass. Every cleaning visit includes a visual inspection of the full array—panel frames, mounting hardware, visible wiring runs, junction box covers—and we flag anything worth noting before we leave. Cracked glass, loose racking, animal activity, conduit damage: if it's visible, we document it. That diagnostic eye is part of every visit at no additional charge.

We use deionized water with soft-bristle tools rated for photovoltaic glass. No detergents, no pressure washers, no abrasive pads. The result is spot-free glass that doesn't leave a new mineral layer behind.

If you've never had your system professionally cleaned—or if you're not sure whether what you're generating matches what you should be—start with our Free Bill Evaluation . We'll compare your actual Duke Energy or OUC bill against what your system should be generating based on its size and your location. It's free, takes about 15 minutes, and most customers learn something useful regardless of whether they book a cleaning afterward.

Your panels are doing work every day. Whether they're doing as much work as they should is a different question—and usually an answerable one.

Solarama LLC serves Orange, Lake, Seminole, and Polk counties, seven days a week. License CVC57175. Book your cleaning appointment at solarama.us/book or call 407-900-6055 . We'll make sure your system is producing everything it's capable of.

Why Squirrels and Iguanas Love Your Solar Panels (And How to Stop Them)

Sat, 25 Apr 2026 13:00:00 GMT

Why Squirrels and Iguanas Love Your Solar Panels (And How to Stop Them)

Your solar panels are generating clean energy, lowering your Duke Energy bill, and quietly baking on your roof in 140-degree heat. From where a squirrel, iguana, or raccoon sits, that sounds like the perfect place to raise a family.

Central Florida's wildlife doesn't read warranties. They don't care that a nest under your Enphase microinverters is voiding your manufacturer coverage. They care that your panel array is warm, elevated, dry, and—on Spanish tile roofs especially—full of deep, sheltered gaps just the right size for nesting. If you haven't thought about critter damage yet, there's a reasonable chance something is already living under your system right now.

Why Animals Are Drawn to Solar Panels in the First Place

It starts with physics. Rooftop panels in Central Florida regularly hit surface temperatures above 140°F during peak afternoon sun—but the underside of the panel, shaded and thermally moderated, sits far cooler. That creates a microclimate: shaded, warm, elevated off the ground, and hidden from predators. For Florida's wildlife, it checks every box.

Squirrels

Eastern gray squirrels are the most destructive solar pest in Central Florida, and they're the one most installers never warn you about. Squirrels chew. That's not a behavioral quirk—their incisors grow continuously, and gnawing on hard materials is how they keep them manageable. Under your panels, that means wiring harnesses, conduit insulation, and the low-voltage DC cables that connect your modules are all fair targets.

Chewed wiring under solar panels is not a minor inconvenience. It's a fire hazard. Exposed DC conductors arcing against each other or against metal racking in the dry heat of a Florida attic can ignite roofing material. Beyond fire risk, damaged wiring causes individual modules to drop offline, which you may not notice for months unless you're actively monitoring your system's output. By then, the squirrels have been living rent-free under your array for an entire season.

Green Iguanas

Here's something your installer from out of state almost certainly didn't mention: Florida has a green iguana problem, and it's not going away. Green iguanas ( Iguana iguana ) are an invasive species in Florida, which means the Florida Fish and Wildlife Conservation Commission (FWC) has no removal mandate. They're not protected, but they're also not anyone's responsibility to control. That's your problem.

Adult iguanas can reach five feet in length and weigh up to 17 pounds. They bask in warmth, which makes south-facing solar arrays on tile roofs extremely attractive. The immediate damage is mechanical—an iguana moving around under or between panels can dislodge junction box covers, shift panel alignment, and crack the glass on lower-quality modules. Their droppings are highly acidic and, left on panel glass over time, can etch the anti-reflective coating the same way bird droppings do.

If you've seen iguanas on your roof and assumed they were just passing through, they probably weren't.

Raccoons and Birds

Raccoons don't chew wiring, but they build substantial nests and are strong enough to physically displace panel mounting hardware. A raccoon nest under your array traps moisture against your roof deck, accelerating shingle and tile deterioration directly beneath your panels—the area that's hardest to inspect without removing equipment.

Pigeons and other birds nesting under panels create a different problem: accumulation. Nesting material, feathers, and droppings pack into the gap between the panel and the roof, blocking airflow. Panels that can't cool themselves from below run hotter, and heat is the single biggest enemy of solar panel lifespan. A module running 10°C hotter than its rated temperature loses measurable efficiency and ages faster. Bird droppings on panel glass are also more than cosmetic—they create hard-shaded spots that cause localized heating issues in the cell layer underneath, a condition called hot spots, which can permanently damage a module.

Spanish Tile Roofs: A Perfect Nesting Environment

If your home has a Spanish barrel tile roof—extremely common in Central Florida subdivisions from Clermont to Lake Nona—you have a compounded problem. The curved tile profile creates natural channels and cavities under the panel mounting feet that animals can move through laterally. A squirrel that finds one entry point can access the entire underside of your array without ever being visible from the ground. Installers who use standard flat-flashing mounts on tile roofs often leave gaps at the panel perimeter that are effectively open doors.

Flat asphalt shingle roofs aren't immune, but the gap is smaller and less hospitable. On tile, you're dealing with a genuinely inviting space.

Why DIY Critter Control Doesn't Hold Up

A common response to this problem is hardware store mesh stapled around the panel perimeter. It seems logical, and for about three months, it might even work. The problems compound quickly after that.

Standard chicken wire or hardware cloth isn't UV-stabilized. Florida sun breaks it down within a season, leaving brittle, sharp-edged gaps that are arguably more dangerous to wiring (and to anyone on the roof) than no barrier at all. Stapling into roofing material voids most roofing warranties and can create water intrusion points. Improperly installed mesh can also trap debris—leaves, oak pollen, palm seeds—against your panels, accelerating the buildup you're trying to prevent.

There's also the small matter of what you're doing on the roof. Walking a tile or shingle roof without knowing where to step causes damage. Solar installers see cracked tiles under panel arrays constantly, and the culprit is usually a well-meaning homeowner who went up to take a look.

What Professional Critter Guard Actually Looks Like

Professional critter guard uses UV-stabilized galvanized steel mesh—not chicken wire—installed with purpose-built clips that attach directly to the panel frame without penetrating roofing material. The mesh wraps around the full perimeter of the array, sealing the gap between panel edge and roof surface without blocking airflow or creating debris traps.

Done correctly, a critter guard installation also involves clearing any existing nesting material from under the array before sealing it. An animal sealed inside the perimeter is worse than no barrier at all. At Solarama, we inspect the full underside of the array before installation, document what we find, and remove any nesting material. We also check every wire harness and conduit run visible from below—because if squirrels have been active, the wiring has likely already taken some damage worth knowing about.

The investment is straightforward: Solarama's critter guard service runs $25 per panel . For a typical 20-panel system, that's $500 to protect an asset worth $20,000–$30,000 from the single most common source of non-weather-related physical damage in Central Florida.

How to Know If You Already Have a Problem

Signs of wildlife activity under your panels include:

Unexplained production drops on specific modules (check your Enphase Enlighten or SolarEdge monitoring app)
Visible nesting material at panel edges
Rustling or scratching sounds from the roof, particularly in early morning
Droppings concentrated in one area of your roof or driveway below the array
Physical damage to conduit or wiring visible at the panel edges

If you're not sure whether your system is producing what it should, start with a Free Bill Evaluation from Solarama—we'll compare your actual utility bill against what your system should be generating given your panel count, tilt, and local irradiance. It costs nothing, takes about 15 minutes, and it's often the fastest way to find out whether a production problem is wildlife-related, a soiling issue, or something in the inverter. Most homeowners are surprised by what shows up.

Don't Wait for the Smell

The homeowners who call us after the worst wildlife damage are usually the ones who noticed something, assumed it would resolve itself, and waited. A squirrel nest that smells bad from the ground means the damage underneath is already significant. A single Florida storm season—even a mild one—is enough to push whatever wildlife is living under your array into more destructive nesting behavior as they try to secure their space.

Critter guard is one of those services that's dramatically cheaper before there's a problem. Like most things on a solar system, the window to act affordably is open right now—and closed the moment something fails.

Solarama LLC services Orange, Lake, Seminole, and Polk counties, seven days a week. License CVC57175. If something is living under your panels—or you want to make sure nothing does— book a visit at solarama.us/book or call us at 407-900-6055 . We'll take a look.