Renewables

Wind project on Vlašić mountain in BiH needs no environmental study

Wind-project-Vlasic-mountain-BiH-needs-no-environmental-study

Photo: Onlyyouqj on Freepik

Published

January 3, 2024

Comments

comments icon

0

Share

Published:

January 3, 2024

Comments:

comments icon

0

Share

The Federation of Bosnia and Herzegovina said Energokul, the developer of a 200 MW wind farm project on the Vlašić mountain, isn’t required to produce an environmental impact assessment study to proceed with its investment.

The VP Energokul wind park project in the Central Bosnia Canton in the Federation of BiH got the initial approval for connecting to the transmission grid in 2022. The location is in the Ranča – Dobretići – Vitovlje Malo concession area, determined in the cantonal spatial plan, on the Vlašić mountain. There are two more wind projects for locations on the same mountain.

The developer, Energokul, filed a request in October to determine whether an environmental impact assessment study would be required for the planned 200 MW facility. The firm is registered in the nearby town of Travnik.

Very little time to object to decision

On the last workday of 2023, the Federal Ministry of Environment and Tourism published its decision that the study isn’t necessary. Stakeholders have only eight days in total to submit objections. Bosnia and Herzegovina consists of two entities: the Federation of BiH and the Republic of Srpska. FBiH has ten cantons.

The ministry found there would be no significant impacts on the environment and public health. It obligated the investor to conduct environmental protection measures during the planned wind farm’s operation. Among them, to monitor birds and bats. In general, the ministry said the company could pay damages on behalf of the harm to the environment, but not how much or to whom.

In 2015, environmentalists and cattle farmers protested against four concessions for wind parks on the same mountain.

First phase is for 140 MW

Energokul signed a concession agreement with the cantonal authorities in 2016 for 28.3 square kilometers. The new document shows the wind power plant would span 21.3 square kilometers of forests, pastures and meadows.

The firm plans to build the facility on the Vlašić mountain in two phases, of which the first one would be 140 MW. The project envisages 34 turbines with a diameter of up to 155 meters and a maximum of 6 MW. They would be placed on towers of up to 102.5 meters, it said in the request.

Nineteen machines are envisaged to be placed on the territory of the municipality of Dobretići, 14 would be in Jajce and only one in Travnik. The wind farm is scheduled to be put into operation by the beginning of October 2027.

Comments (0)

Be the first one to comment on this article.

Enter Your Comment
Please wait... Please fill in the required fields. There seems to be an error, please refresh the page and try again. Your comment has been sent.

Related Articles

IEA, Employment in the energy sector is growing twice as fast as in the global economy

IEA: Employment in energy sector grows two times faster than in global economy

11 December 2025 - Employment in the energy sector is growing twice as fast as in the overall global economy, but the IEA is warning of a serious shortage of skilled workers in key sectors.

montenegro necp law on cross border exchange electricity natural gas sahmanovic

Montenegro adopts National Energy and Climate Plan

10 December 2025 - The government adopted the National Energy and Climate Plan and the draft law on cross-border exchange of electricity and natural gas

Greek authorities launch electricity market probe

Greek authorities launch electricity market probe

10 December 2025 - HCC and RAAEY began a double probe into the Greek electricity market for potential manipulation

eu energy system 2050 net zero scenarios costs hitachi study

Energy system based on renewables is cheapest solution to achieve net zero by 2050 – study

10 December 2025 - The study, produced by Hitachi Energy for WindEurope, has mapped out the total system costs of five energy scenarios