Rust wind farm: Advancing renewable energy development

We are advancing the development of the Rust Wind Farm, located in the City of Sinj, Split-Dalmatia County. 

With a planned installed capacity of 120 MW and an estimated annual production of 320 GWh, the project will play a pivotal role in advancing Croatia’s renewable energy infrastructure and contributing to clean energy goals. The project is structured into several phases, including the construction of the wind farm, a dedicated transmission line, and a grid connection transformer station to ensure seamless integration into the national grid.

In line with the project’s development, we have obtained a location permit for a section of the wind farm and the transformer station. Additionally, we have secured a construction permit for the transmission line and formalized a grid connection agreement with the transmission system operator to ensure seamless integration into the national grid.

Stare Plavnice solar power plant

We are advancing the development of the Stare Plavnice Solar Power Plant, located in the City of Bjelovar. 

With an installed capacity of 9.9 MWp and a grid connection capacity of 9 MW, the plant is projected to generate approximately 12 GWh of electricity annually, significantly contributing to clean energy production and sustainability goals. 

The project is situated on privately-owned land, with permitting processes conducted in compliance with the Ordinance on Simple Structures to streamline approvals and ensure regulatory adherence. 

Current activities include obtaining an Environmental Impact Assessment Decision, integrating the site into the spatial plan, and finalizing the grid connection process to secure seamless integration into the national power network.

Gospić solar power plant

We are advancing the development of the Gospić Solar Power Plant, strategically located in the City of Gospić, within Lika-Senj County. 

With an installed capacity of 69 MWp and a grid connection capacity of 57 MW, the plant is expected to deliver approximately 82 GWh of clean electricity annually, contributing to Croatia’s renewable energy capacity and supporting sustainability targets.

The project is already incorporated into the spatial plan, with ongoing efforts focused on securing an energy approval, obtaining an Environmental Impact Assessment Decision, and finalizing the grid connection process to ensure smooth integration into the national energy network.

Cernik solar power plant

We are advancing the development of the Cernik Solar Power Plant, situated in Brodsko-Posavska County. 

Designed with an installed capacity of 38 MWp and a grid connection capacity of 33 MW, the plant is expected to generate approximately 44 GWh of electricity annually. This project will play a vital role in enhancing renewable energy capacity and supporting Croatia’s clean energy transition.

The project has already been incorporated into the spatial plan, with permitting processes currently underway. These include securing an energy approval, completing the Environmental Impact Assessment, and finalizing the grid connection procedure to enable seamless integration into the national power system.

Biljane Gornje solar power plant

We are advancing the development of the Biljane Gornje Solar Power Plant, strategically located in Zadar County. 

Designed with an installed capacity of 95 MWp and a grid connection capacity of 80 MW, the plant is expected to generate approximately 129 GWh of clean energy annually.

The project is currently progressing through key phases, including integration into the spatial plan, securing an energy approval, completing an Environmental Impact Assessment, and finalizing the grid connection process to enable seamless integration into the national power grid. 

Looking ahead, the site also offers potential for the development of a battery energy storage system, paving the way for the creation of a hybrid energy solution that enhances grid stability and energy efficiency.

Deponija Fosforgipsa solar power plant

We are advancing the development of the Deponija Fosforgipsa Solar Power Plant, located in the City of Kutina, within Sisak-Moslavina County. 

With an installed capacity of 94 MWp and a grid connection capacity of 80 MW, the plant is expected to generate approximately 108 GWh of electricity annually.

What sets this project apart is its location on a former industrial waste disposal site (phosphogypsum landfill), requiring a comprehensive approach to planning and execution. This innovative use of previously impacted land highlights our commitment to environmental restoration and resource optimization.

Currently, the project is advancing through key permitting stages, including obtaining an Environmental Impact Assessment Decision, which ensures compliance with environmental standards.

Raduč solar power plant

We are advancing the development of the Raduč Solar Power Plant, located in Lika-Senj County. 

With an installed capacity of 50 MWp and a grid connection capacity of 40 MW, the plant is expected to deliver approximately 67 GWh of renewable energy annually.

The project is currently progressing through critical stages, including its integration into the spatial plan, obtaining an Environmental Impact Assessment Decision, and finalizing the grid connection process to enable seamless integration into the national power grid.

In addition, the location offers potential for the development of a battery energy storage system, paving the way for a hybrid energy solution that enhances grid reliability and supports energy security.