Electricity consumption in Mauritania during 2022 presents a scenario typical of many regions in transition towards sustainable energy. More than half of the electricity comes from fossil fuels, accounting for approximately 59% of total consumption. On the low-carbon end, over one-fifth of Mauritania's electricity is generated from clean sources, comprising about 22% when combining hydropower, solar, and wind energy. Hydropower contributes the lion's share of low-carbon sources at 10%, with solar and wind contributing close to 7% and 5%, respectively. Additionally, nearly 19% of the electricity comes from net imports, indicating reliance on neighboring regions for a significant part of the electrical supply.
Data sources used on this page include EIA and Ember. More about data sources →
Is Electricity Growing in Mauritania?
Recent data signals a positive growth trend in overall electricity usage in Mauritania. In 2022, the average electricity consumption reached 414 kWh per person, up from the previous record of 402 kWh in 2020 by 12 kWh. However, while general electricity consumption sees an upturn, low-carbon electricity generation per person has regressed; 2022 numbers show 92 kWh per person, down 13 kWh from the peak of 105 kWh per person in 2019. This decline in clean electricity is concerning, as it highlights a need for strong actionable improvements to ensure a more substantial commitment to sustainable energy growth.
Suggestions
Mauritania stands to benefit greatly from amplifying its low-carbon electricity generation, with solar and nuclear energy providing significant opportunity. Observing successful regions can offer valuable insights; for instance, Nevada and Lebanon have excelled with solar, generating more than 30% of their electricity from this source, showcasing a path forward in solar adaptation. Given Mauritania's sunny climate, similar strides in solar energy could rapidly accelerate its green energy capacity. Simultaneously, looking towards countries like France and Slovakia, where nuclear comprises over 65% of their electricity mix, Mauritania has an exemplary model for implementing a robust nuclear strategy. By committing to these avenues, Mauritania can significantly bolster its low-carbon infrastructure, ensuring a resilient and sustainable energy future.
History
Historically, Mauritania's journey in low-carbon electricity has been characterized by gradual and sporadic developments. In the 2000s and early 2010s, hydropower witnessed modest growth, marking its first significant rise in 2009 with an increase of 0.1 TWh. Unfortunately, by 2016, hydropower dwindled slightly, declining by 0.1 TWh. Meanwhile, the arrival of solar and wind energy in 2013 represented a new phase towards low-carbon energy, with wind gradually increasing by 0.1 TWh in 2015 and solar following in 2018 with a similar increase. The current trajectory underlines the critical need to intensify efforts in expanding clean energy solutions, particularly given past experiences of stagnation. Enhanced focus on nuclear and solar electricity can transform Mauritania's energy landscape, achieving sustainable and reliable energy security.
