In 2009, Western Sahara’s electricity consumption was just 228 kWh per person—about 6% of the global average of 3,794 kWh per person, or roughly one-sixteenth as much. Reported low-carbon electricity generation was zero, meaning clean sources such as solar, wind and nuclear made no recorded contribution to local generation. However, no breakdown of fossil-fuel generation or electricity imports was supplied, so the consumption total cannot be assigned confidently to particular sources. Such limited electricity availability can constrain healthcare, education, water supply and economic development, while leaving little capacity for expanding electrification and future digital demand.

Is Electricity Growing in Western Sahara?

The supplied figures do not show sustained electricity growth in Western Sahara. Consumption in 2009 was 74 kWh per person below its 2002 record of 302 kWh per person—a decline of almost a quarter from that peak. This comparison does not establish whether consumption fell every year, but it does show that the latest figure remained well below the previous high. Low-carbon generation also showed no progress: it stood at zero kWh per person in 2009, unchanged from the reported 2000 record. Both the consumption shortfall and clean-electricity stagnation are concerning given the need for greater electricity availability.

Suggestions

Western Sahara could prioritize solar generation suited to its sunny desert environment, alongside wind projects in suitable coastal locations and stronger electricity networks. Relevant examples include Spain, with about 66 TWh of solar and 59 TWh of wind electricity, and the US state of Arizona, with about 23 TWh of solar electricity. The United Arab Emirates offers another desert-region example, producing about 14 TWh from solar and 32 TWh from nuclear. Western Sahara should also consider nuclear electricity through regional cooperation and longer-term planning, drawing on that experience to complement solar and wind with dependable low-carbon supply. These examples illustrate possibilities, rather than directly transferable generation targets.

History

The supplied historical information is limited: no year-by-year changes in low-carbon electricity generation were included. The two available benchmarks—zero kWh per person in 2000 and again in 2009—show no recorded improvement between those endpoints, but cannot establish what happened in intervening years. Consequently, there is no basis here for describing individual construction milestones, technology-specific changes or nuclear declines. The documented picture is one of absent recorded clean generation at both benchmarks, underscoring the opportunity to begin expanding low-carbon electricity.

Electricity Imports and Exports

Balance of Trade