Solar Panel Installation in
Orlando, Florida

Central Florida receives strong sunshine for most of the year, and air conditioning makes up a large share of a typical Orlando electric bill. That combination makes solar a practical option for many homeowners. A solar system is more than panels on a roof, though. It needs a correctly sized inverter, safe connection to your electrical panel and a service that can handle power flowing both ways. Fuse HVAC & Appliance Repair helps Orlando homeowners with solar installation, electrical tie-in and troubleshooting, drawing on our experience with electrical services and HVAC systems.

• Solar panels (modules) mounted on the roof or a ground rack.
• Inverter(s) that convert DC power from the panels into AC power for your home. Options include string inverters, microinverters and power optimizers.
• Racking and mounting designed for Florida wind loads.
• Disconnects and overcurrent protection required by code.
• Connection to your main panel through a backfed breaker, a line-side tap or a panel upgrade.
• Monitoring so you can see production in an app.
• Optional battery storage for backup power during outages.

1. Energy review. We look at your past electric bills, roof orientation, shading and your electrical panel.
2. System design. We size the array and inverter to your usage and roof space and explain expected production.
3. Electrical assessment. We check whether your electrical panel can accept the solar connection. Many older panels need an upgrade or a supply-side connection.
4. Permits and utility paperwork. Solar requires a building permit and an interconnection agreement with your utility. We explain each step and timeline.
5. Installation. Panels, racking, inverter, disconnects and wiring are installed and labeled.
6. Inspection and activation. After inspection and utility approval, the system is turned on and monitoring is set up.

Solar works best when the home uses energy efficiently. Before adding panels, it is worth checking the largest load in most Florida homes: air conditioning. An aging, low-efficiency AC may use far more power than a modern system. A maintenance visit or a high-efficiency AC installation can reduce the size of the solar array you need. Sealing leaky ductwork and upgrading to a smart thermostat are also inexpensive ways to lower usage.

Solar systems are reliable, but problems do happen. Common issues include:

• Inverters showing fault codes or shutting down in high heat.
• Breakers or disconnects that trip or have loose connections.
• Monitoring that stops reporting production.
• Damaged wiring from roof work, storms or animals.
• Lower-than-expected production from shading or soiled panels.

We diagnose the electrical side of solar systems, including inverters, disconnects, breakers and panel connections, and explain whether the fix is a repair or a warranty claim with the equipment manufacturer.

Federal tax credits and utility net metering rules have changed in recent years and can change again. Before you sign any solar contract, confirm the current federal incentives with a tax professional and the current net metering and interconnection rules with your utility. We are happy to walk through how these affect the size and payback of your system, but we do not promise specific rebates.

Most residential systems connect to the home through the main panel. The simplest method is a backfed breaker, but electrical code limits how much solar can be connected this way based on the panel's bus rating and main breaker size. When a system is too large for that method, options include downsizing the main breaker, a supply-side (line-side) connection or a panel upgrade. This is one of the most common places where solar projects run into inspection problems, which is why we assess the panel before a system is finalized.

Central Florida solar systems must be installed to handle high wind loads. Racking should be rated for the local design wind speed and attached to the roof structure, not just the decking, with proper flashing to prevent leaks. Before a storm, secure loose items near ground-mounted arrays. After a storm, have the system inspected if you see damaged panels, loose wiring or error codes on the inverter, and never touch damaged panels or wiring yourself because they can remain energized in daylight.

Will solar panels work during a power outage?

A standard grid-tied system shuts down during an outage for safety. To keep power during outages you need battery storage or a system designed for backup.

Does my roof need to be replaced before solar?

If the roof is near the end of its life, replacing it first avoids removing and reinstalling panels later. We recommend having the roof inspected before installation.

Do I need a bigger electrical panel for solar?

Not always. It depends on the panel rating, the main breaker size and the system size. We check this during the electrical assessment.

Call (321) 421-0807 or book online for a free estimate. Related services: EV charger installation and rough wiring.