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OneWorld Solar

127 kW · Clermont, Florida

Headquarter Honda: 127 kW Rooftop Solar for a Car Dealership in Clermont, Florida

127 kW of rooftop solar on a Honda dealership in Clermont, Florida: showroom cooling, service bays, manufacturer image standards, and an honest note about the lot lighting solar does not touch.
System size
127 kW
Mounting
Roof mount
Location
Clermont, Florida
Sector
Car dealership

The 127 kW rooftop array OneWorld Solar built at Headquarter Honda in Clermont is a straightforward example of solar for car dealerships in Florida. It is also a good place to be specific about what an array on a dealership does and what it does not do, because this is a sector where the load profile splits neatly into the part solar reaches and the part it does not.

Dealerships are among the better commercial candidates we work with. OneWorld Solar has built more than 1 MW across the Woody Folsom Chevrolet, Ford and Chrysler Dodge stores in Georgia, and the pattern repeats: a large, predictable daytime load under a simple roof.

The dealership load profile

Three things drive a dealership's daytime consumption. The showroom is a glass building in the Florida sun, so cooling it is a substantial and continuous load during exactly the hours an array produces. The service department runs compressors, lifts, ventilation and equipment through the working day. The parts and back-office areas add a steady baseline.

Then there is the part solar does not address. Lot lighting runs after dark. Those kilowatt-hours are bought from the utility regardless of how large the array is, unless storage is added and sized for it. A proposal that shows an array wiping out a dealership bill that includes heavy night-time lighting is not describing how solar works.

What we built

127 kW

Roof mount array

On the dealership building in Clermont.

Daytime load match

Showroom cooling and service bays

Production aligns with consumption.

Florida wind zone

Attachment design governed by wind

Closer spacing, more attachment points.

The array was designed around the roof and around the wind. Florida sites are engineered to high design wind speeds, and on a roof mount that resolves into attachment spacing, rail spans and the capacity of the structure underneath. That cost shows up in labor and hardware rather than in the module count, which is why comparing dealership quotes purely on price per watt across states is misleading.

Manufacturer image programs are a design input

Franchised dealerships operate under facility image programs that govern how the building looks, particularly the customer-facing elevation. A flat-roof array set back from the parapet is rarely an issue, but raise it with the manufacturer before the drawings are stamped. Approval late in a project is a redesign, not a formality.

The results

OneWorld Solar has not published production or bill-savings figures for this installation. The scope described above is what the company confirms; anything beyond it should come from OneWorld Solar directly.

What we will state is the scope and the reasoning: a 127 kW roof mount on a dealership whose consumption is concentrated in the hours the array produces, engineered for a Florida wind zone, with the night-time lot lighting left honestly outside the scope of what generation alone can fix.

Next steps for dealer principals

solar for car dealerships Florida

Frequently asked questions

Why are car dealerships good candidates for solar?

Because the load is large, daytime and predictable. A dealership cools a glass-walled showroom through the hottest part of the day, runs compressors, lifts and ventilation in the service department, and does most of that during the hours an array is producing. The buildings also tend to have simple, uncluttered roofs, which makes a rooftop array cheaper to design and build than on a typical industrial site.

Does solar cover a dealership's lot lighting?

Not directly, and it is worth saying so plainly. Lot lighting runs after dark, when the array produces nothing, so those kilowatt-hours are still bought from the utility unless storage is added. Solar reduces the daytime energy a dealership buys. Any proposal that implies an array will cover a night-time load without storage is describing something other than how solar works.

Will the manufacturer's facility image program allow rooftop solar?

Usually, but check before the design is fixed. Manufacturer image programs govern how a dealership looks, particularly anything visible from the road or affecting the customer-facing elevation. A flat-roof array set back from the parapet is rarely contentious. The risk is not refusal, it is discovering a requirement after drawings are stamped and equipment is ordered.

How does Florida wind loading affect a dealership rooftop array?

It drives the attachment design. Florida sites are engineered to high design wind speeds, so the array is checked from the modules and clamps back through the rails to the attachments and the building structure. On a dealership this often means more attachment points and closer rail spacing than the same array would need further inland, which shows up in the installed cost rather than in the equipment list.

Related

Similar projects and reading

  • Industry

    Solar for Car Dealerships and Auto Groups

    Dealerships burn power all day for showroom HVAC, lighting and service bays, then all night for lot lighting. We have built more than 1 MW across Woody Folsom Chevrolet, Ford and Chrysler Dodge.

  • Insight

    Solar Payback Period for Car Dealerships: Real Numbers

    Dealerships have an unusually good load profile for solar: the building draws hardest exactly when the sun is up. Here is what that does to payback, where the roof runs out, and why lot lighting and DC fast charging need a different answer.

Want a system like the one at Headquarter Honda?

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