Started operating: February 2016
Place of construction: Kula
Installed power: 9.9 MW
Number of wind turbines: 3
Manufacturer: Vestas (the world’s largest producer of wind turbines)
Model: V117 – 3.3MW
Annual production: 24 GWh
Number of households it provides with the electric power: 8 000 Since the start of the operation ending with December 2017, it produced in total more than 48GWh, while in the calendar year 2017 it produced and delivered 28,3 GWh of electric power to the energy system of Serbia.
Investment value: 15 million eur

Started operating: July 2016
Place of construction: Zagajica, Vršac
Installed power: 6.6 MW
Number of wind turbines: 2
Manufacturer: Vestas (the world’s largest producer)
Model: V117 – 3.3MW
Annual production: 15.5 GWh
Number of households it provides with the electric power: 5 500 Since the start of the operation ending with December 2017 it produced about 22GWh
Investment value: 10 million eur

Started operating: June 2017
Place of construction: Izbište, near Vršac
Installed power: 69 mw
Number of wind turbines: 20
Producer: Vestas (the world’s largest producer)
Model: V126 – 3.45MW
Annual production: 200 GWh
Number of households it provides with the electric power: 45 000

• Wind power plant Košava (phase I + phase II) located in the Municipality Vršac, near the Zagajica village.
• The Project is the extension of La Piccolina wind farm (in operation) and Phase I (comprising 69 MW). The Company engaged BBB Umwlttechnik, an independent wind advisors, whose analysis was also confirmed Ost Energy.
• The latest due diligence on the project was performed by Lahmayer International, Germany, upon request of the Banks involved in the financing.
• In relation to the site, MK Fintel Wind has collected wind measurements from 2008, by use of 3 wind masts, of 50 m and 2x80 m height.
• The wind analysis confirms an annual productivity of 3.032 gross hours/equivalent (scenario P 75) to a net production to grid of 2.911 hours/equivalent (WTG efficiency of 96,0%). The average wind speed analyzed at 119 meters from the ground is equal to 7.2 m/s.
• The total wind farm installed power for the Phase II will be equal to up to 54 MW, and a production of 232,30 million of kWh (per year).

• The Wind Farm Kula II 10 MW, sited in the Vojovodina Regionin the same area as Wind Farm Kula which is already in operation, in NE direction.
• MK Fintel Wind has collected 3 years wind measurements from 2010 through a 50 mt wind mast installed on the site and still collecting data. The feasibility study has been prepared on the basis of the average data collected during the above mentioned period. The Company engaged BBB Umwlttechnik, an independent wind advisors engaged for the Project Financing due diligence, in order to confirm the company wind analysis.
• The wind farm will be constituted by 2 WTG.
• The wind analysis expects an annual productivity of 2.979 gross hours/equivalent (scenario P 75) to a net production to grid of 2.860 hours/equivalent (WTG efficiency of 96,0%).
• The wind gatherings have been realized by the developer (by Energogreen doo Belgrade).
• The total wind farm installed power (scenario P 75) will be equal to 10 MW, and the total energy produced by the wind farm it is estimated to be about 28,31 million of kWh (per year).

• The Wind Farm Košava 2 3x3,3 MW is located in the Municipality of Vrsac, near Ritiševo village.
• The Project is the extention of La Piccolina wind farm (in operation) and Košava wind farm (Phase I comprising 69 MW is under construction). The Company engaged BBB Umwlttechnik, an independent wind advisors, whose analysis was also confirmed Ost Energy.
• The latest due diligence on the project was performed by Lahmayer International, Germany, upon request of the Banks involved in the financing.
• In relation to the site, MK Fintel Wind has collected wind measurements from 2008, by use of 3 wind masts, of 50 m and 2x80 m height.
• The wind analysis confirms an annual productivity of 3.032 gross hours/equivalent (scenario P 75) to a net production to grid of 2.911 hours/equivalent (WTG efficiency of 96,0%). The average wind speed analyzed at 119 meters from the ground is equal to 7.2 m/s.
• The total wind farm installed power for the Phase II will be equal to up to 9.9 MW, and a production of 28,81 million of kWh (per year).

• The Wind Farm RAM 10 MW, will be sited near Veliko Gradiste, east Serbia near the Danube and Zatonje village.
• The wind farm will be constituted by 2 WTG.
• The wind analysis expects an annual productivity of 2.729 gross hours/equivalent (scenario P 75) to a net production to grid of 2.620 hours/equivalent (WTG efficiency of 96,0%).
• The wind gatherings have been realized by the developer (by Energogreen doo Belgrade).
• The total wind farm installed power will be equal to 10 MW, and the total energy produced by the wind farm (scenario P 75) is estimated to be about 25,938 million of kWh (per year).
• For a technical and detailed description see the technical feasibility study.

• The Wind Farm Dunav 1 10 MW, will be sited near Veliko Gradiste, east Serbia near the Danube and Kumane village.
• The wind farm will be constituted by 2 WTG.
• The wind analysis expects an annual productivity of 2.823 gross hours/equivalent (scenario P 75) to a net production to grid of 2.710 hours/equivalent (WTG efficiency of 96,0%).
• The wind gatherings have been realized by the developer (by Energogreen doo Belgrade).
• The total wind farm installed power will be equal to 10 MW, and the total energy produced by the wind farm (scenario P 75) is estimated to be about 26,83 million of kWh (per year).
• For a technical and detailed description see the technical feasibility study.

• The Wind Farm Dunav 3 10 MW, will be sited near Veliko Gradiste, east Serbia near the Danube and Kumane village.
• The wind farm will be constituted by 2 WTG.
• The wind analysis expects an annual productivity of 2.852 gross hours/equivalent (scenario P 75) to a net production to grid of 2.738 hours/equivalent (WTG efficiency of 96,0%).
• The wind gatherings have been realized by the developer (by Energogreen doo Belgrade).
• The total wind farm installed power will be equal to 10 MW, and the total energy produced by the wind farm (scenario P 75) is estimated to be about 27,11 million of kWh (per year).
• For a technical and detailed description see the technical feasibility study.

• The Wind Farm Torak 120 MW, will be sited in Zrenjanin.
• The wind farm will be constituted by 40 WTG.
• The wind analysis expects an annual productivity of 3.032 gross hours/equivalent (scenario P 75) to a net production to grid of 2.911 hours/equivalent (WTG efficiency of 96,0%).
• The wind gatherings have been realized by the developer (by Energogreen doo Belgrade).
• The total wind farm installed power will be equal to 120 MW, and the total energy produced by the wind farm (scenario P 75) is estimated to be about 401,72 million of kWh (per year).
• For a technical and detailed description see the technical feasibility study.

• Wind farm Lipar (Kula 3) will be constructed in Bačka.
• Wind farm will have 2 wind turbines with installed power of 5 MW each.
• Wind analysis foreseen annual productivity of about 3000 hours of equivalent production.
• The collected data were analyzed by the company dealing with the development of the project: Energogreen doo Beograd.
• The total installed power of the wind farm will be 10 MW, and the total estimated electricity that will be produced in the wind farm will be enough for about 5900 households.

• Wind farm Lipar (Kula 4) will be constructed in Bačka.
• Wind farm will have 2 wind turbines with installed power of 5 MW each.
• Wind analysis foreseen annual productivity of about 3000 hours of equivalent production.
• The collected data were analyzed by the company dealing with the development of the project: Energogreen doo Beograd.
• The total installed power of the wind farm will be 10 MW, and the total estimated electricity that will be produced in the wind farm will be enough for about 5900 households

• Wind park Maestrale Ring is planned to be constructed in Vojvodina.
• Wind park will have approximately 100 wind turbines with installed power of more than 5 MW.