A Romanian plain got the last of its 16 machines in December and the wind farm was called complete, but no power left the site for another 5 months and the commercial license took half a year more

Flat farmland in the far east of Romania, black soil turned over for winter, no hills in any direction.

Sixteen white towers stand across it, each carrying a rotor 531 feet from tip to tip.

The last one was bolted together and lifted into place in December.

For Romania this matters beyond one site, because the country is restarting onshore wind after years of near standstill and every timeline becomes a reference case.

Photographs were taken, the contractor announced completion and the site looked finished.

No electricity left it for five more months.

No license arrived for four after that.

Why a standing turbine is not a working one

Erecting a machine and connecting it are different projects that happen to share a site.

One needs cranes, road access and a weather window. The other needs a grid operator, a test program and a regulator with a queue.

Between the two sit foundations curing, internal cabling, the collection network buried across the whole farm, a substation, and a connection agreement with the national grid operator.

Then comes commissioning, which is not a switch. Each turbine is run through power ascension steps while protection systems are proved against the grid.

The operator has to demonstrate the farm can ride through faults on the network without making them worse, and that it can be curtailed on command.

Only once that file is complete does a regulator issue the license that lets the farm sell what it makes.

Steel goes up in a season. Permission takes longer.

What is standing on the Galati plain

The wind farm runs 16 machines rated at 6.2 megawatts apiece, for 99.2 megawatts of nameplate capacity.

Each rotor spans 531 feet, which sweeps an area larger than three American football fields on every turn.

Forecast annual output is about 312 gigawatt hours, which the owner equates to roughly 51,000 Romanian households.

Avoided emissions are put near 165,000 short tons of carbon dioxide a year, measured against the country’s generation mix.

The site sits on a treeless plain where the land flattens toward the lower Danube, which is exactly the fetch a machine this size wants.

Hub height puts each nacelle well above any tree line in the county, and the ground offers nothing to trip the airflow before it arrives.

Flat ground is the whole reason the rotors are this big.

The dates, and what each of them actually marks

Construction started in the middle of November 2024, and the original plan had the farm commissioned during 2025.

The final turbine installation was confirmed in December 2025, roughly 13 months after the first spade.

That was widely reported as the farm entering full operation, and it was not. It marked the end of erection only.

The distinction is not pedantry. A farm that has finished erecting is producing nothing and earning nothing, and it stays that way until a meter says otherwise.

The farm was connected and energized in May, five months after that last lift.

The commercial functioning permit, the document that turns a generator into a business, came only this September.

Nine months separate the last bolt from the first invoice.

Why this gap keeps surprising people

Erection is visible and photogenic, so it gets written up as the finish line.

Grid connection is invisible, happens underground and in offices, and nobody photographs a protection relay test.

The result is a pattern across the industry where announcements cluster around the last turbine rather than the first megawatt hour.

A country building out its first large onshore fleet feels this harder, because the procedures themselves are being exercised for the first time.

Offshore builds show the same seam, where a first machine standing at a Danish project is a milestone and not a market entry.

The turbine model, the output forecast and the household figure come from the owner’s release.

Photographs record erection. Meters record everything else.

What the delay does and does not mean

Nine months of idle steel is expensive, but it is not evidence of anything broken.

Nothing in the public record points to a fault, a failure or a dispute. The sequence simply ran the way sequences run.

Owners rarely publish the reasons for a gap like this, which is itself part of why the pattern keeps catching readers out.

What it does cost is certainty. Every month between erection and license is a month of financing charges against no revenue.

For Romania this matters beyond one site, because the country is restarting onshore wind after years of near standstill and every timeline becomes a reference case.

Half built is a normal state for a large fleet, as Poland found while taking its first power ashore with a third of the turbines still missing.

The energization date and the permit status are reported by a business title.

The turbines were finished in winter, and the thing they were built to do started two seasons later.