The 102 kW college campus solar installation OneWorld Solar built at Valencia College in Orlando, Florida is a good illustration of why education projects run differently from commercial ones. The engineering is not the hard part. The hard part is that a campus is a working environment with a fixed calendar, several departments with a claim on the decision, and no tolerance for a class being disrupted by a crane.
Campuses are otherwise strong candidates. They have large flat roofs, daytime loads that line up well with solar output, long-term ownership of their buildings and a reason beyond economics to build. What they need from a contractor is a schedule that respects the term dates and a process that keeps every stakeholder informed.
Building around the academic calendar
Most commercial projects are sequenced for efficiency. A campus project is sequenced around the dates the college cannot move. Crane lifts, roof deliveries, core drilling and the electrical tie-in get pushed into the gaps between terms or into the summer; quieter work continues while classes run. The program is built backwards from the calendar, and the contractor either accepts that or should not bid the job.
The other difference is the number of people who have to say yes. Facilities owns the roof and the electrical infrastructure. Procurement owns the contract. Risk management owns the warranty and insurance position. The roofing manufacturer has to accept the attachment detail or the roof warranty is at stake. Bringing all of them into one review early is what keeps a campus project from stalling.
What we built
102 kW
Rooftop photovoltaic array
On a working campus in Orlando.
Single EPC scope
Design through commissioning
One contractor accountable to the college.
Term-aware schedule
Built around teaching
Disruptive work pushed to breaks.
The array was delivered as a single commercial solar EPC contract: engineering, stamped drawings, the utility interconnection package, procurement, construction and commissioning under one agreement. On a campus that structure earns its keep, because the facilities team has one number to call rather than a designer, an installer and an electrician pointing at each other.
Solar as a teaching asset
If a college wants the array used in coursework, say so at design stage. Data access, monitoring granularity and whether students can see live output are specification decisions. Retrofitting a teaching interface onto a system that was commissioned without one is possible but avoidable.
The results
The college's own assessment is the part of this project we can quote directly.
Your performance throughout the project was professional, and you treated all parties with the utmost respect.
— Helene Loiselle, AVP Facilities, Valencia College
That is a facilities executive commenting on conduct on an occupied campus, which on this class of project is the outcome that gets a contractor invited back.
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.
If you manage a campus in Florida
- Comparable work at other scales is collected in our commercial solar projects.
- For state context, including the utility and permitting landscape, see commercial solar installation in Florida.
- Public and institutional owners should read commercial solar incentives before sizing anything, because the incentive position of a nonprofit or public entity differs from a taxable company's.
- If demand charges are a large part of the campus bill, generation alone will not address them. Commercial battery storage installation explains why.