In Ethiopia, the state of electricity consumption is characterized by a significant reliance on low-carbon energy sources. Hydropower dominates the sector, contributing almost all of the low-carbon electricity generation. In 2023, hydropower generated approximately 18 terawatt-hours (TWh) of electricity, accounting for more than half of the country's total generation, with other forms of low-carbon energy contributing close to none. Overall, this results in a per capita electricity consumption in Ethiopia amounting to a mere 142 kilowatt-hours (kWh), which is much lower compared to the global average of 3658 kWh per person. This low level of electricity generation can have significant implications on economic and social development, limiting industrial growth, education opportunities, and the expansion of healthcare services due to energy scarcity.
Data sources used on this page include EIA, Ember and IEA. More about data sources →
Is Electricity Growing in Ethiopia?
With the latest data indicating a slight increase in electricity consumption in Ethiopia, there are signs of growth, albeit modest. The per capita consumption has risen from 139 kWh in 2022 to 142 kWh in 2023, registering a small change of 3 kWh, which mirrors the increase observed in the low-carbon sector as well. While this growth indicates an upward trend in electricity and low-carbon generation, the rate of increase is minimal. Such incremental progress underscores the need for more robust strategies and investments to escalate electricity generation in order to better align with broader developmental objectives.
Suggestions
To significantly boost Ethiopia's low-carbon electricity generation, the country can draw inspiration from regions that have successfully enhanced their clean energy outputs. Looking towards countries such as China and India for their advancements in solar and wind technologies could offer valuable insights. China’s impressive solar production of over 1100 TWh and India’s strides in wind generation highlight the potential of solar and wind in contributing to clean electricity growth. Furthermore, nuclear energy, as evidenced by substantial contributions in regions like the United States and France, represents a viable path forward. The integration of nuclear energy could ensure consistent and robust electricity generation, complementing the variable nature of solar and wind capacities.
History
Historically, Ethiopia's approach to low-carbon electricity generation has been heavily centered on hydropower, seeing continuous, albeit varied, growth over the years. Decades in the late 20th and early 21st centuries saw steady increments, starting with modest annual increases of roughly 0.3 TWh, before jumping to larger growths in some years, such as 2.1 TWh in 2016. Most recently, the year 2022 marked a particularly significant increase of 1.9 TWh, indicating a rejuvenation in hydropower capacity. Amidst these changes, wind has emerged but remains marginal, with fluctuations observed as a small decline in wind power was recorded in 2022. Moving forward, broadening energy sources to include solar and nuclear could enhance energy security and further catapult Ethiopia towards clean energy leadership.
