Kūkas Wind

The planned Kūkas wind farm is located in the Kūkas and Vīpes parishes of the Jēkabpils district. It is planned to be a renewable energy power plant with up to 23 wind turbines, with a total capacity of ~184 MW, production up to 515 GWh.

Status
Research stage
Location
Kūku Parish and Vīpe Parish of Jēkabpils Municipality
Production
515 GWh
Turbines
23

Why Kūku Wind Farm?

Kūkas”, located in Kūku Parish and Vīpe Parish of Jēkabpils Municipality, is a forthcoming renewable energy power station. It is planned to build up to 23 wind turbines, with a total capacity of around 184 MW (each with a nominal capacity around 8 MW), and production of 515 GWh.

The territory of Kūku Parish and Vīpe Parish is suitable for renewable electricity production using wind. The surrounding environmental conditions meet the prerequisites for building a wind park, there is access to a high-voltage grid connection, and there are no significant state-protection related restrictions that might impede development.

All these factors create favourable ground for the construction of the “Kūkas” wind park, which will provide the local community with additional income, improved environment and infrastructure, as well as new business opportunities.

Woman wearing white cap sits on the field at sunset. Wind turbines in the background

Benefits for local communities

Local residents will benefit from the legally mandated payments for community development – EUR 2,500 annually for each installed megawatt (MW). Up to 90% of this amount may go to residents living within 2 km of the wind park. The remainder will be at the disposal of the municipality to decide on support to local residents.

For households, this means additional income of about 1-3 times the minimum monthly wage. Support will be available for 30 years.

In addition, local infrastructure improvements are planned, especially road upgrades.

During the project, Vindr also plans additional support activities to improve social infrastructure in the parish affected by the construction of the wind park.

Project timeline

2024

Project idea

Project feasibility study and registration of building rights

Year 2

Planning

Initiation and development of an EIA (Environmental Impact Assessment) -> Initiation of a local plan

Current phase

Year 3

Harmonization

Public consultation on the EIA -> Public consultation on the local plan -> Approval of the EIA -> Approval of the local plan

Year 4

Construction design

Development of a construction project for a wind farm and its surrounding infrastructure

Year 5

Approval of the construction project

Approval of the construction project

Year 6

Construction

Year 7

Operation of the wind farm

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