In 2025, Hungary's electricity landscape features a commendable focus on low-carbon energy sources, which comprise more than half of the total electricity generation. Nuclear power stands out, accounting for nearly a third of the country's electricity, reflecting a robust commitment to this clean energy source. Solar energy also contributes significantly with over 15%, indicating Hungary’s success in harnessing this abundant resource. Despite these achievements, there is still reliance on fossil-based sources, which constitute about a fifth of the electricity mix, with natural gas being the most substantial at more than 16%. Notably, net imports contribute about 23% to the electricity supply, showing Hungary's interconnectedness with neighboring regions supporting its energy needs.
Data sources used on this page include EIA, ENTSOE, Eurostat, IEA and World Bank. More about data sources →
Is Electricity Growing in Hungary?
Despite its strong foundation in low-carbon electricity production, Hungary faced a decline in overall and low-carbon electricity consumption per capita in 2025. The total electricity consumption amounted to 4570 kWh/person, marking a decrease of 456 kWh compared to the previous year’s record of 5026 kWh/person. This reduction is mirrored in the low-carbon sector, where generation per person fell by 183 kWh from 2735 kWh/person in 2024 to 2551 kWh/person in 2025. Such declines are concerning given the global trend towards increased electricity demand, especially for sustainable sources, to attend to future electrification needs and support technological advancements like artificial intelligence.
Suggestions
To foster the growth of low-carbon electricity, Hungary could capitalize on increasing its nuclear and solar capacities, considering their established roles in the energy mix. Drawing from the experiences of successful regions, Hungary could take inspiration from countries like France and Slovakia, where nuclear energy covers a substantial portion, such as France’s impressive 70% contribution. Similarly, for solar energy, lessons could be gleaned from states like Nevada, which manages to generate 33% of its electricity from this source. By focusing efforts on boosting nuclear and solar infrastructure, Hungary can significantly enhance its energy independence and sustainability, countering the impacts of fossil fuels and advancing toward a cleaner, more resilient electrical future.
History
In the history of Hungary’s low-carbon electricity development, nuclear power has played a pivotal role since the early 1980s, with several years of substantial increases, notably in 1985 and 1987. However, in 2003, the sector suffered a setback with a decline, although subsequent years saw recovery and growth. On the solar front, Hungary has demonstrated commendable progress, particularly since 2019, with a series of consecutive increases highlighting the sector's swift ascendancy. Unfortunately, 2025 marked a reversal with a decrease in solar generation, underscoring the need for strategic efforts in amplification to ensure continued growth in low-carbon electricity, aligning with Hungary's sustainability goals.
