In 2025, Croatia's electricity consumption profile showcases a significant reliance on low-carbon sources, with more than half of its electricity being cleanly generated. Hydropower emerges as the dominant contributor, accounting for about 27% of the electricity mix. Wind also plays a crucial role, providing nearly 17%. Fossil sources contribute only about 17%, with gas being the most prevalent of these at approximately 13%. The remaining mix includes biofuels, which despite being low-carbon, hold a minor share, and solar, which constitutes almost 3% of the consumption. This highlights a reasonable but not yet sufficient orientation towards clean energy, an encouraging signal for Croatia's energy future, though further strides in non-fossil sources are necessary.
Data sources used on this page include ENTSOE and IEA. More about data sources →
Is Electricity Growing in Croatia?
Despite Croatia's commendable commitment to cleaner electricity, the overall electricity consumption per person has seen a decline from 5170 kWh in 2024 to 4782 kWh in 2025, a reduction of about 7.5%. The drop in low-carbon electricity generation per person is even more pronounced, with a decrease from the 2023 record of 3120 kWh to the present 2491 kWh, representing a 20% reduction. This decline in electricity consumption, especially in clean energy, is concerning. Given the global drive toward electrification and the shift away from fossil fuels, stagnation in electricity consumption could undermine efforts to meet future demand and to combat climate change effectively.
Suggestions
For Croatia to elevate its low-carbon electricity generation, focusing on expanding wind energy infrastructure is a strategic step, given its current significant contribution. Learning from regions like Denmark and South Dakota, where wind power forms over 55% of the electricity mix, could be enlightening. Moreover, regions like Nevada and California demonstrate the potential of solar energy, achieving around 30%. Encouraging increased solar installations could help Croatia diversify its clean energy portfolio. Lastly, emulating nuclear energy strategies from countries such as France and Slovakia, where over 65% of electricity is nuclear-generated, could bolster Croatia's low-carbon electricity production. These strategies would not only help reduce reliance on fossil fuels and their negative impacts but also ensure a sustainable energy future for Croatia.
History
In evaluating Croatia's history in low-carbon electricity production, hydroelectric power has played a fluctuating yet pivotal role, experiencing several ebbs and flows over the decades. The 1990s saw significant growth, particularly in 1991 and 1996, with substantial increases in hydroelectric generation. However, the early 2000s marked a period of variability, featuring both significant gains and dips. The 2010s continued this trend, displaying intermittent expansions and contractions. Such fluctuations highlight hydro's dependency on environmental factors, underscoring the need for more consistent and reliable clean energy sources, like solar and nuclear, to ensure stable low-carbon electricity production.
