In 2025, Estonia's electricity consumption is marked by a noteworthy reliance on low-carbon sources, which collectively account for more than 40% of the electricity mix. These contributions are dominated by wind, biofuels, and solar energy, each generating close to a sixth of the total electricity. This is indeed a positive signal towards Estonia's transition to a greener electricity landscape. Furthermore, more than a third of Estonia’s electricity comes from net imports, which suggests a considerable dependency on external sources. Meanwhile, fossil fuels still make up roughly one-fifth of the electricity generated, pointing to some room for improvement in reducing carbon emissions.
Data sources used on this page include Energy Institute, ENTSOE, Eurostat and IEA. More about data sources →
Is Electricity Growing in Estonia?
Despite seeing a substantial leap in low-carbon electricity generation, with the latest figures showcasing an increase in per-person production compared to previous records, Estonia is experiencing a decline in overall electricity consumption. With the current electricity consumption per person standing at 6040 kWh, this marks a significant drop from the 1986 peak of 11690 kWh. This stagnation, coupled with an increase in low-carbon generation, should ideally lead to a clean and sustainable electricity framework for Estonia. Nevertheless, with global electrification trends and emerging technologies such as AI increasing the demand for electricity, Estonia's declining total consumption might pose challenges in the future unless proactive measures are taken.
Suggestions
To bolster Estonia's low-carbon electricity generation further, there is a compelling case for the expansion of wind and solar installations, given their current substantial contributions. In learning from international successes, Estonia could draw inspiration from Denmark and Iowa, where wind energy constitutes a significant 60% and 58% of the electricity mix, respectively. Additionally, while Estonia has not traditionally depended on nuclear energy, successful implementations in countries like France and Slovakia, where nuclear accounts for over 65%, show a promising route for a stable and clean electricity supply. By considering these models, Estonia can diversify its energy portfolio and strengthen its low-carbon capacities.
History
Reflecting on Estonia’s history of low-carbon electricity, incremental advancements can be observed, particularly in biofuels, though with some fluctuations, especially in the early 2010s and again in the early 2020s. However, the steady rise in wind and solar energy over the last five years is commendable, culminating in substantial gains in these sectors by 2025. This positive trajectory reflects Estonia’s growing commitment to clean energy technologies. Nevertheless, while the last half-decade is notable for progress in low-carbon electricity contributions, continued efforts and bold steps, particularly towards integrating solar and potentially nuclear power, remain essential to solidify Estonia's clean energy future.
