Skip to content

A 115-Million-Euro Loan for the Stip Wind Park Is Closed: The First Phase Is Being Built Without a Single Denar of State Support

1 min read
Share
A 115-Million-Euro Loan for the Stip Wind Park Is Closed: The First Phase Is Being Built Without a Single Denar of State Support

This time the numbers are signed. Alcazar Energy Partners has announced financial close for the Stip Wind Park - senior debt financing of over 115 million euros, provided by the European Bank for Reconstruction and Development, the World Bank's International Finance Corporation, Erste Group Bank, plus a local VAT credit line from Sparkasse Bank Skopje. Total investment for this phase comes to 180 million euros.

Financial close means the money is secured and contracted, not announced. That is the difference between this piece of news and most of the energy press releases we read every year.

What exactly is being built

The first phase delivers 131.25 megawatts across twenty-one turbines, each of 6.25 megawatts. The project is expected to be fully operational by 2028, to produce enough electricity for over 148,000 households a year, and to avoid emissions of up to 573,000 tonnes of CO₂ equivalent annually. More than 300 people will be employed in construction and operation.

This is the first of three planned phases in the same cluster. Once fully built out, installed capacity should reach 396 megawatts with 54 turbines, spread across the municipalities of Karbinci, Radovis and Stip, roughly 75 kilometres southeast of Skopje.

The detail that got the least attention

The most interesting sentence in the entire announcement is none of the figures above. It says the Stip Wind Park is the largest wind project in the region developed entirely on the basis of a private power purchase agreement - without relying on state support. It has a long-term offtake contract with an international corporation holding an investment-grade credit rating.

That means the project's revenue does not depend on a subsidy, a preferential tariff or a guarantee from the Macedonian budget. For a country where "major investment" usually also means major state exposure, that is a different model - and precisely why it is a precedent for private infrastructure financing in the region.

Where the estimates begin

From this point on, the numbers stop being contracted and start being forecasts. During a visit to Stip, Prime Minister Hristijan Mickoski said that once fully realised the investment should reach a value of around half a billion dollars. He added that the project also foresees new road infrastructure in the municipalities it passes through, and that the investor has expressed interest in other projects in the country.

Then comes the biggest number of them all. Mickoski pointed out that because of the expansion of artificial intelligence, over the next 15 years Europe will need an additional 1,000 terawatt-hours of electricity, while Macedonia's potential for such generating capacity stands at 24 terawatt-hours. Converted into money, according to his statement, that means a new business sector worth around 2 billion euros a year.

Here it is worth separating what is what. Contracted: 115 million in financing and 180 million in investment for 131 megawatts. Planned: expansion to 396 megawatts. Estimated: output of around one terawatt-hour a year once fully built. And 24 terawatt-hours and 2 billion euros a year are potential - a number for what could be built if everything else goes the way it should.

The difference between those categories is the difference between a turbine standing in Karbinci and a presentation. The first phase now has money, banks and deadlines, and it deserves to be treated as real. For the other two phases no financial structure has been published, and for the 24 terawatt-hours there is not even a project.

If by 2028 twenty-one turbines really are running near Stip and supplying 148,000 households without a denar from the budget, that is the best news in Macedonian energy this decade. And that is entirely enough - it does not need to be presented as energy independence before the first blade turns.