In 2025, Hungary's electricity landscape displays a strong focus on low-carbon energy sources, which account for more than half of its total electricity production. Notably, nuclear power alone contributes almost a third of the total electricity, marking it as a mainstay of Hungary's energy portfolio. Solar power also makes a considerable impact, producing more than a fifth of the electricity. Interestingly, about a fifth of Hungary's electricity is imported. Among fossil fuel energy sources, which collectively form less than a fifth of electricity generation, gas is the predominant contributor with almost a sixth. Additional low-carbon sources such as wind and biofuels make up smaller portions, with wind contributing close to none and biofuels just over four percent. This indicates a clear reliance on cleaner energy forms, positioning Hungary on a promising path toward reduced carbon footprints in electricity generation.
Data sources used on this page include EIA, ENTSOE, Eurostat, IEA and World Bank. More about data sources →
Is Electricity Growing in Hungary?
Despite the prominent role of solar and nuclear energy, the total electricity consumption in Hungary has seen a recent downtrend. In 2025, citizens consumed an average of 4953 kWh per person, a slight decline from the 2024 record of 5026 kWh per person, marking a decrease of 73 kWh per person. However, this decline in overall consumption juxtaposes an encouraging rise in low-carbon electricity generation, which climbed to 2969 kWh per person in 2025 from the 2024 figure of 2735 kWh per person—a commendable increase of 235 kWh per person. This rise underscores Hungary's growing commitment to sustainable and clean electricity generation, yet the overall decline signals the need for continuous advancement in consumption levels to align further with future electrification needs.
Suggestions
To bolster low-carbon electricity generation, Hungary should focus on expanding its nuclear and solar capacities, given their substantial contributions. Looking at successful regions, Hungary can find inspiration in Slovakia and France, where nuclear energy provides a significant majority of electricity. Similarly, Nevada has made remarkable strides in solar electricity, with solar constituting a substantial portion of its overall production. Regarding wind energy, Hungary might consider Denmark and Iowa, where wind accounts for a robust share. By adopting strategies from these regions, Hungary can further accelerate the shift toward a fully sustainable electricity paradigm, minimizing reliance on fossil fuels that exacerbate climate change and air pollution.
History
In Hungary, the embrace of low-carbon electricity has a chequered past. Throughout the 1980s, Hungary saw consistent growth in nuclear energy, with increments nearly every year, highlighting a decade of clean energy expansion. However, a significant setback occurred in 2003, when nuclear electricity witnessed a marked decline, only to regain momentum into the 2000s, albeit with some fluctuations. In recent years, solar energy has gained traction, particularly from 2019 onwards, showing resilient growth year after year and notably peaking in 2023 with a sizable increase. Overall, while there have been challenges, the consistent advocacy for nuclear and solar energies continues to forge a promising trajectory for Hungary's low-carbon electricity future.
