Kenya's electricity consumption in 2024 is characterized mainly by clean, low-carbon energy sources. Geothermal, hydropower, and wind collectively contribute to almost the entirety of this category, totaling approximately 12 TWh. This clean power represents a majority of Kenya's electricity, with geothermal alone contributing nearly half, while the remainder is shared among hydropower and wind. Net imports form a minor portion, almost negligible in comparison. Despite this green composition, the country's per capita electricity consumption stands at a modest 249 kWh, which is significantly lower than the global average of over 3,600 kWh per person. The low level of electricity generation may impede economic development, limit the reach of electrification in rural areas, and constrain the growth of industrial sectors.
Data sources used on this page include Ember, IEA and World Bank. More about data sources →
Is Electricity Growing in Kenya?
Electricity consumption in Kenya is on a positive trajectory, albeit at a slow pace. The latest figures indicate a per capita consumption of 249 kWh for 2024, marking an increase of 7 kWh from the previous year. This growth, although welcome, is quite modest considering the potential for further advances. However, there is a slight decline in low-carbon energy specifically—2024's figure of 208 kWh per person reflects a decrease of 1 kWh from the previous high in 2020. To ensure stability and growth, enhanced efforts are likely needed to maintain and expand low-carbon electricity usage.
Suggestions
To bolster its clean electricity output, Kenya could benefit from expanding its wind energy sector, which is a significant contributor to its power grid. Learning from other regions that have excelled in low-carbon generation can also be insightful. Countries like China have found immense success in large-scale solar and wind projects, generating over 1,100 TWh each. Similarly, the exemplary performance of nuclear energy in the United States could serve as inspiration for Kenya to explore this robust and reliable power source. By harnessing both solar and nuclear energy, Kenya can significantly upscale its clean electricity, ensuring energy security, reducing reliance on imports, and mitigating the adverse effects of fossil fuels.
History
Kenya's history with low-carbon electricity hints at resilient growth with occasional setbacks primarily in hydropower. The late 1990s and early 2000s saw volatility in hydropower production, with decreases followed by rebounds. The stride in geothermal energy, beginning in 2014 with significant increments, indicates a strategic pivot towards sustainable geothermal wells. The wind sector has also shown progressive growth since 2019, augmenting the country's low-carbon portfolio. Continuous investments in these sectors, paired with potential new ventures into solar and nuclear, could enhance Kenya's energy landscape, ensuring a more resilient and sustainable future.
