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OneWorld Solar

1.2 MW · Four sites across Georgia

Georgia Power: 1.2 MW of Ground Mount Solar Across Four Sites

Ground mount solar totalling 1.2 MW across four Georgia Power locations. Building for the utility itself means being held to the standards the utility applies to everyone else.
Combined capacity
1.2 MW
Locations
Four sites
Structure
Ground mount
Client
Georgia Power

Most commercial buyers checking out a utility solar contractor in Georgia want the same thing: evidence that the contractor can get a project through the utility's review without the schedule falling apart. OneWorld Solar's answer to that is 1.2 MW of ground mount solar built across four Georgia Power locations.

Working for the utility itself is a particular kind of reference. A utility does not relax its construction, protection or interconnection standards when the customer is its own facilities department. If anything it is stricter, because the people signing off the work wrote the rules.

The problem: the reviewer and the customer are the same organization

On a normal commercial project there is a useful separation. You design and build for the customer, and the utility reviews the interconnection at arm's length. When the customer is the utility, that separation disappears. The construction standard, the protection settings, the labeling, the grounding, the site access rules and the commissioning record are all judged by the organization that defined them.

That changes what the job asks for. It rewards contractors who document properly and who understand the interconnection process as engineering rather than as paperwork someone else deals with. It punishes anyone who treats a stamped drawing as a formality.

These figures come from the previous website

The 1.2 MW capacity and the four-location count are carried over from the legacy OneWorld Solar site and have not been re-confirmed against project records. They are marked for verification, along with the site locations, and should not be quoted in a proposal or a press release until Doug confirms them.

The solution: four ground mount arrays to a utility standard

1.2 MW

Combined ground mount capacity

Legacy figure, pending verification.

4

Georgia Power locations

Site count pending verification.

Ground mount

Structure at every site

Fixed-tilt arrays on utility property.

Ground mount arrays across four separate sites are a portfolio problem before they are an engineering one: four sets of site conditions, four foundation designs, four points of interconnection and four commissioning packages, held to one standard. That is exactly the work a commercial solar EPC contract exists to absorb — one contractor carrying engineering, procurement, construction and interconnection instead of a general contractor coordinating three specialists.

The interconnection engineering behind projects of this type is led by Chris Sandifer, our VP of Engineering, a Professional Engineer licensed in six states and a NABCEP-certified photovoltaic system inspector who has worked on medium- and high-voltage interconnections of utility-scale generators since 1992. His background is set out on the OneWorld Solar leadership page.

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 the project supports is narrower and more useful than a savings number: a utility in Georgia contracted this company to build generation on its own property, and the work was completed to the standards that utility sets.

What this means if you are buying solar in Georgia

If you are a public sector body, an institution or a business whose procurement requires evidence rather than enthusiasm, this is the reference worth asking about. The questions to put to any bidder are simple: who signs your drawings, who runs your interconnection applications, and what have they built under utility review.

utility solar contractor Georgia

Frequently asked questions

Why does building solar for a utility matter to a commercial buyer?

Because a utility applies its own construction, safety and interconnection standards to its own facilities, and those are the same standards it applies when reviewing your project. A contractor that has built to them on the utility's property has already worked inside that rulebook. It says nothing about price, but it is a reasonable proxy for whether the paperwork and the workmanship will survive review.

What is different about a ground mount on a utility site?

Mostly the documentation and the access requirements rather than the panels. Site security, clearances, grounding, labeling, protection settings and the commissioning record all get scrutinized more closely than on a typical commercial site. The photovoltaic engineering itself — foundations, racking, tilt, row spacing, conductor runs — is the same work we do for a private landowner.

Does OneWorld Solar work on public sector and institutional projects?

Yes. Alongside utility work, our project history includes a state park, a college, a municipal utility commission and a church, in addition to commercial and agricultural sites. Public and institutional buyers tend to need a clear procurement trail, stamped engineering and a contractor who can carry the interconnection process end to end, which is how we structure every EPC contract.

Who does the interconnection engineering on projects like this?

Chris Sandifer, our VP of Engineering, leads it. He has been a licensed electrical contractor since 1992, is a Professional Engineer licensed in Georgia, South Carolina, North Carolina, Florida, Virginia and Texas, and is a NABCEP-certified photovoltaic system inspector. He has worked on medium- and high-voltage interconnections of utility-scale generators including photovoltaic, hydroelectric and landfill gas.

Related

Similar projects and reading

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