Currently, Mali's electricity consumption reveals a significant reliance on fossil fuels, accounting for more than half of the total electricity generation with 2.5 TWh. Low-carbon sources contribute approximately 1.86 TWh, with hydropower making up the majority at 1.64 TWh, indicating a modest yet essential role in cleaner energy production. The average electricity consumption per person in Mali stands at 193 kWh, which is a fraction of the global average of 3794 kWh/person. The low levels of electricity generation may potentially hinder economic growth, access to modern amenities, and the improvement of living standards, as electricity is crucial for development in health, education, and industry.
Is Electricity Growing in Mali?
In recent years, electricity consumption in Mali has unfortunately seen a decline. The current per capita consumption is 193 kWh, which is a dip from the previous high of 200 kWh per person recorded in 2022. This trend appears in low-carbon electricity generation too, as the most recent figures show 78 kWh/person, down from the earlier peak of 82 kWh/person in 2016. This stagnation in growth is concerning, as an increase in both total and low-carbon electricity generation is essential to meet future demands and reduce dependency on fossil fuels to minimize climate change and air pollution impacts.
Suggestions
To increase low-carbon electricity generation, Mali can look to successful regions around the world that have embraced solar and nuclear power. The People's Republic of China, for instance, has significantly expanded its solar and wind capabilities, generating 1266 TWh and 1140 TWh respectively. Closer examples for nuclear include France, with its impressive 379 TWh output, and Texas in the United States, which combines both solar and nuclear contributions. By developing solar and potentially exploring nuclear options, Mali could enhance its energy security and increase its cleaner electricity supply, aligning with global clean energy trends.
History
The history of low-carbon electricity in Mali shows some progress, chiefly characterized by the intermittent growth of hydropower. In the early 2000s, Mali saw incremental developments in biofuels and hydroelectric power. Except for minor reductions in some years, there has been a steady push to improve hydropower's share, with notable increases such as the 0.4 TWh in 2010 and again in 2016. Solar energy made a modest entrance in 2020, contributing 0.1 TWh. This trajectory highlights Mali's gradual recognition of clean energy's value but also underscores the need for more decisive steps to boost and sustain low-carbon electricity generation.















