A 12.37 megawatt solar carport across 36 steel canopies in California is sized to cover a full year of power for two theme parks, where the parks hit their own peak after the panels have stopped

Steel columns stand in rows across a theme park parking lot, carrying dark glass over the stalls.

Underneath, the painted lines are the same lines as before, and the asphalt is a few degrees cooler.

The array was announced as fully energized on the second of October, 2026.

Ground was broken on the first of November, 2023, and the work involved a solar developer, a separate renewables firm and a contractor that put up the steel.

It is sized to cover a full year of electricity for the park and the water park next door.

That sentence is doing careful work, and most readers will not notice it.

Which leaves the question underneath the canopy. Does the lot actually run the rides?

Why 1 year is the only honest unit

Because the two curves do not line up.

A fixed array peaks around midday and falls to nothing after sunset. Its best months are spring, when the sun is high and the air is still cool enough that the cells work efficiently.

A theme park runs the other way. The load climbs through a summer afternoon, holds through the evening when every path, sign and ride is lit, and the water park beside it pumps and filters all day in the heat.

So the hours when the lot makes the most never quite sit on top of the hours when the parks use the most.

An annual offset adds twelve months of kilowatt hours together and compares two totals. It is a real measure, and it describes no single hour.

22,908 modules over 4,315 spaces

The hardware is ordinary and the quantity is not.

The canopies carry 22,908 bifacial modules rated at 540 watts apiece, which multiplies out to the 12.37 megawatts the operator quotes.

They sit on 36 long span carport structures covering roughly 637,000 square feet, which is close to eleven football fields of roof over a surface that already existed.

The lot holds about 4,315 spaces in total. Of those, 3,544 are guest spaces and 771 belong to team members, so the team member spaces are part of the count rather than added to it.

Tucked into the same structures are 109 charging connectors, which is a count of plugs rather than of charging stations.

Bifacial modules also pick up light bouncing off the pavement, and asphalt reflects poorly compared with gravel or concrete.

20.8 million kilowatt hours and 4 hours of battery

Now the output, with its conditions attached.

The system is quoted at about 20.8 million kilowatt hours a year, which the operator also expresses as the consumption of roughly 2,874 homes.

Beside it sits a battery rated at 2 megawatts and 8 megawatt hours. Divide one by the other and you get four hours at full output, which is arithmetic done by a trade outlet rather than a figure the operator published.

Four hours is the interesting number here, because it is roughly the gap between sunset and closing time on a summer night.

Ground was broken on the first of November, 2023, and the work involved a solar developer, a separate renewables firm and a contractor that put up the steel.

The whole thing stays connected to the regional utility, exporting when it has surplus and drawing when it does not.

Nothing about it is an island.

What 1.5 kilowatt hours per ride is

Here is the figure that needs handling.

The operator says the system delivers about 1.5 kilowatt hours of renewable energy per ride across the park’s attractions, in the way that a covered lot or a railway array turns into a powered coaster.

Read it as arithmetic. Annual generation divided by annual ride cycles gives a number per ride, and the same division works on any grid connected array anywhere, and the company account prints it as published.

The record claim needs the same care. What is documented is the largest solar carport in the state and one of the largest single site commercial carports in the country, and the trade report keeps it at that.

No source gives a clearance height, a tilt angle, a cost or a contract structure.

The array is large. The per ride figure is a division.

Where the next 637,000 square feet comes from

Strip the theme park away and the useful point is about land.

A parking lot is already graded, already drained, already fenced and already connected to a service that can take the power. Nobody has to argue about farmland or habitat.

The constraint is structural instead. A canopy has to span wide enough to keep columns out of the drive aisles and stand up to wind load with nothing bracing it sideways.

That is why these projects arrive as long span steel rather than as the short posts used in a field, and why they cost more per watt than open ground.

A solar carport buys shade, a connection point and a year of kilowatt hours.

Somebody still has to watch the evening.