Mauritanian PM reappointed hours after resignation over power outages

The prime minister resigned because an independent commission found serious failures linked to two fires at electricity substations in Nouakchott. The report criticized prevention, electrical protection, work supervision, and emergency management. It also held the private company and Energy Ministry officials responsible for the incidents.

The resignation did not last long. President Mohamed Ould Cheikh El Ghazouani met with Mohamed Ould Cheikh only hours later. He reappointed him and tasked him with forming a new government. The rapid reversal followed the report but did not erase its findings.

The episode shows how a power failure can become a political crisis. The fires caused outages across Nouakchott and nearby towns for three to five days. Reappointing the prime minister kept him in charge while the government faced responsibility for technical and management shortcomings identified by the commission.

An electrical substation is a facility where electricity is controlled, protected, and transferred between parts of the power network. It commonly changes voltage levels so power can travel efficiently over lines and then move safely into local distribution systems. This makes substations essential links between generation, transmission, and city users.

In Mauritania, the fires struck transformer substations belonging to the Mauritanian Electricity Company, or Somelec. Transformers and connected equipment help manage the flow of electricity. If a connector or related component overheats, fire can damage equipment and interrupt the routes supplying many customers.

That is why a substation failure matters beyond its immediate site. The fires affected large parts of Nouakchott and several nearby towns. Reliable protection, inspections, and emergency response help contain a local equipment problem before it disrupts a capital city and surrounding communities for several days.

The blackouts were broad rather than limited to the fire locations. Large areas of Mauritania’s capital, Nouakchott, lost power. The disruption also reached the towns of Ouad Naga, Idini, and Aouleigat, showing that the affected network served communities beyond the capital itself.

Two fires caused the crisis. They struck transformer substations belonging to the Mauritanian Electricity Company, Somelec, on 21 and 22 August. The fires occurred less than 24 hours apart. Damage at these sites interrupted electricity supplies across the connected network.

Power was not restored immediately. The resulting outages lasted between three and five days. That duration would make the incident a major public-service disruption, especially in a capital city. It also explains why the government commissioned an investigation and why the prime minister’s resignation became a national political issue.

The independent commission said the fires were caused by electrical connectors that did not meet required technical standards. A private company had imported the connectors. The report linked the problem to three newly installed electrical power lines and identified overheating as the most likely cause.

A substandard connector may fit poorly or conduct electricity inefficiently. Electrical resistance then turns part of the current’s energy into heat. If the heat is not removed, the connector and nearby materials can become dangerously hot. That heat can damage insulation, trigger arcing, or start a fire, especially when equipment carries heavy electrical loads.

The commission rejected sabotage and operational error as the most likely explanations. Its findings instead pointed to a chain of procurement and installation failures. The incident shows why technical standards and checks matter: one unsuitable component can damage major equipment and interrupt power across a connected network.

The independent commission held two groups responsible for the incidents. One was the private company that imported the electrical connectors. The other was officials at the Energy Ministry. The report connected both parties to failures surrounding the newly installed power lines and the substation fires.

The report described serious shortcomings in several areas. These included prevention, electrical protection, work supervision, and emergency management. It also found that the connectors did not meet required technical standards. The findings therefore went beyond a single defective component and examined how the equipment was selected, installed, monitored, and managed.

The Mauritanian Electricity Company, Somelec, owned the affected substations, but the article specifically says the company and Energy Ministry officials were held responsible. It does not state that Somelec itself was assigned responsibility. The findings prompted the prime minister’s resignation, followed by his reappointment hours later.

When a capital loses electricity for several days, daily life and essential services can be disrupted at the same time. Households may lose lighting, cooling, refrigeration, water pumping, and the ability to charge phones. Businesses can lose working hours, digital access, payment systems, and stock that depends on refrigeration.

Hospitals face especially serious pressure. Electricity supports lighting, medical equipment, communications, refrigeration, and other vital systems. Backup generators can help, but fuel, maintenance, and equipment limits affect how long they can operate. Communications networks may also become less reliable if their backup power runs down or supporting infrastructure loses electricity.

The article does not list these specific effects. It does establish that large areas of Nouakchott and three towns experienced outages lasting three to five days. That duration highlights why resilient networks, tested backup systems, and rapid emergency management matter when substations fail.

Technical standards prevent unsuitable components from entering a power system. Inspections check whether equipment meets those standards before and after installation. Protective equipment, such as breakers and relays, can detect abnormal current or heat and isolate a damaged section. Emergency plans guide workers through safe shutdowns, repairs, and restoration.

These safeguards work as layers. A compliant connector should reduce failure risk. An inspection may catch a defective installation. Protection can disconnect the affected line before damage spreads. Emergency teams can then reroute power, secure the site, and restore service in stages. No single safeguard has to succeed perfectly if the others work.

The commission found serious shortcomings in prevention, electrical protection, work supervision, and emergency management. It linked the fires to connectors on three newly installed lines and said overheating was most likely. Stronger layered controls could reduce the chance that one component failure causes outages across a capital and nearby towns.