The Croatian energy sector is witnessing significant advancements in renewable energy capacity, primarily through the completion of large-scale solar projects. The construction of the country’s largest solar power facility, located adjacent to the existing Korlat wind farm, has recently reached its final stages. This new solar installation features approximately 160,000 photovoltaic panels and boasts an installed capacity of 99 MW, which will enhance the region’s contribution to sustainable power generation.
Once operational, the Korlat solar plant is expected to generate around 165 GWh of electricity annually, sufficient to meet the needs of approximately 100,000 households. This hybrid renewable energy park combines the solar facility with a nearby 58 MW wind farm, representing a strategic move towards diversifying Croatia’s energy mix. The project, developed by Norinco at an investment cost of about 70 million euros, is anticipated to commence operations later this year.
Dalmatia has emerged as a pivotal area for solar investments in Croatia. The region’s projects have significantly increased the share of non-fossil electricity in national production, surpassing two-thirds. This shift underscores Croatia’s commitment to expanding its renewable energy footprint and reducing reliance on fossil fuels.
In addition to Korlat, another notable development is the Dugopolje solar power plant, which began commercial operations in November 2025. Situated in central Dalmatia with an installed capacity of 13.5 MW, this facility consists of 23,452 panels and is designed to produce about 17.2 GWh annually for around 6,000 households. Constructed by Koncar at an investment of approximately 11 million euros, Dugopolje further illustrates the growing momentum in Croatia’s solar sector.
Currently, Hrvatska Elektroprivreda (HEP) operates 11 non-integrated solar power plants connected to the national grid while seven additional facilities are under construction. Standalone plants at Crnkovci and Jambrek also commenced regular operations in 2025. Meanwhile, projects such as Radosavci, Lipik, and Cakovec are nearing critical milestones as they prepare for grid connection.
Solar initiatives are not limited to the mainland; developments are extending to Croatia’s islands as well. A new 1 MW plant is under construction on Unije Island following a previous project on Vis Island. This facility aims to meet a substantial portion of local electricity demand and may include battery storage for enhanced energy independence. Additional island projects include an 8 MW plant at Bogomolje on Hvar and a 6.5 MW facility near Orlec on Cres.
On the mainland, HEP is advancing six significant solar projects with the standout being a 45 MW plant in Sukosan. Furthermore, rooftop solar generation is gaining traction with over 65 integrated systems already operational on company-owned buildings and plans for an additional 90 rooftop installations underway. These initiatives collectively bolster Croatia’s distributed renewable energy capacity and reflect a robust commitment to sustainable energy solutions.
