As of 2025, Sri Lanka's electricity consumption reflects a significant reliance on low-carbon sources, with more than half of the electricity coming from clean energy. Specifically, hydropower dominates the low-carbon sector, contributing 40% to the total electricity mix. Solar and wind energy collectively add nearly 20%, indicating a growing diversification within clean energy sources. Meanwhile, fossil fuels account for almost 39% of the electricity generated, representing a segment that, while still sizable, offers opportunities for reduction. The transition away from fossil fuels is critical, as these sources are linked to climate change and air pollution. Emphasizing the development of hydropower, solar, and wind energy showcases Sri Lanka's commitment to sustainable energy and a cleaner future.

Is Electricity Growing in Sri Lanka?

Electricity consumption in Sri Lanka is on the rise, as evidenced by the increase from 789 kWh per person in 2024 to 844 kWh per person in 2025. This growth is mirrored in the low-carbon sector, where electricity generation surged from 423 kWh per person to 515 kWh per person in the same period. The notable growth of 92 kWh per person in low-carbon electricity is nearly double the increase in overall consumption, which stands at 56 kWh per person. Such progress highlights Sri Lanka's focus on expanding clean energy, underscoring the country's commitment to fulfilling its increasing energy demand while reducing its carbon footprint.

Suggestions

To bolster low-carbon electricity generation, Sri Lanka can expand its solar infrastructure, capitalizing on the sunny conditions prevalent in the region. Learning from successful regions such as California and Nevada, which generate substantial portions of their electricity through solar energy, can be instructive. For nuclear energy, although currently absent in Sri Lanka, drawing lessons from countries like France and Slovakia, where nuclear power provides the majority of electricity, presents a viable pathway. These regions demonstrate the efficiency and sustainability of combining nuclear with other clean energy sources, which Sri Lanka could adopt in the long-term strategy to decrease reliance on fossil fuels further and meet increasing electricity demands effectively.

History

Looking at the history of low-carbon electricity in Sri Lanka, hydropower has had a dynamic timeline. The early 2000s saw fluctuations with significant declines, such as a 1.2 TWh drop in 1996 and a 1 TWh decrease in 2000. However, there have since been notable gains, like the 1.8 TWh rise in 2010 and a significant increase of 3.6 TWh in 2013. More recently, 2021 and 2018 witnessed substantial increases, reinforcing the importance of hydropower. In terms of solar energy, although newer, it has shown promising growth, with an increase of 0.7 TWh in 2024 and a further 1.1 TWh in 2025. Such trends emphasize the potential of solar energy in complementing hydropower, marking a positive trajectory in reducing carbon emissions and fostering sustainable electricity production.

Electricity Imports and Exports

Balance of Trade