In Hungary, over the past year, from June 2025 to May 2026, more than half of the electricity has been generated from low-carbon sources. Specifically, nuclear power contributed almost a third of the total electricity generation, while solar energy accounted for about 22%, both being the major providers of clean electricity. Notably, net imports also played a significant role, adding close to a fifth of Hungary’s electricity supply, which indicates a strategic partnership in low-carbon energy sourcing. Meanwhile, fossil fuels like gas, biofuels, and coal made up less than a fifth of the electricity mix collectively, with gas being the primary fossil fuel source. Wind power contributed close to none, at just over 1% of the total. Thus, while Hungary is heading in the right direction with its clean energy sources, there's potential for further growth especially in wind power.

Is Electricity Growing in Hungary?

However, there has been a slight decline in Hungary’s electricity consumption, indicating a concerning trend. The latest data shows that per capita electricity consumption stood at 4848 kWh in 2026, which is a decrease from the previous record of 4894 kWh in 2025. Similarly, the generation from low-carbon sources has also seen a reduction, from 2969 kWh/person in 2025 to 2868 kWh/person in 2026. These declines, though not dramatic, are troubling signs for a nation on the path of decarbonizing its energy sector. This downturn could potentially complicate Hungary’s ability to meet future demands driven by the countries' electrification goals and the growth of artificial intelligence technologies.

Suggestions

To boost its low-carbon electricity generation, Hungary could focus on expanding its existing nuclear and solar infrastructures. By looking at other regions with successful clean energy initiatives, Hungary can find models to emulate. For example, Slovakia and France have shown remarkable success in nuclear energy, generating around two-thirds of their electricity from this source. Similarly, Nevada’s solar energy contribution stands at an impressive 34%, showcasing the potential for solar expansion. In boosting wind energy, lessons could be drawn from countries like Denmark and regions such as Iowa, where wind contributes significantly to their total electricity. Embracing these strategies can not only help Hungary increase its clean electricity generation but also secure its energy future against the looming threats of climate change and pollution from fossil fuels.

History

The history of low-carbon electricity generation in Hungary reveals a dynamic evolution primarily marked by nuclear energy development and a more recent rise in solar energy. In the early 1980s, Hungary experienced substantial growth in nuclear electricity generation, with significant increases each year from 1983 to 1988. However, a notable setback occurred in 2003, with a decline yet partially recovered in subsequent years. By the turn of the century, solar energy began gaining traction, especially from 2019 onwards, with substantial annual increases reflecting its growing importance in Hungary's low-carbon strategy. This exciting growth in solar represents a promising trend for the future, juxtaposed against the critical need for stability and expansion in nuclear electricity supply. By learning from past successes and setbacks, Hungary is well-positioned to strengthen its clean energy portfolio, especially through nuclear and solar investments.

Electricity Imports and Exports

Balance of Trade

* 12M = Last 12 months (Jun 2025 – May 2026) — a rolling 12-month period, not a calendar year.