Dakar Built Africa’s First All-Electric BRT. What Can Other African Cities Learn From It?

Dakar’s electric Bus Rapid Transit system is increasingly being presented as a model for African urban transport. The more important question is not whether other cities can buy electric buses, but whether they can reproduce the combination of dedicated infrastructure, clean power, financing and transport planning that made Dakar’s system possible.

The system uses 121 fully electric articulated buses on an 18-kilometre corridor through some of Dakar’s most densely populated areas. The World Bank describes the project as Africa’s first fully electric BRT and says it was designed to carry up to 300,000 passengers a day. That figure is a design capacity and expected ridership measure, rather than a verified current daily passenger count.

According to the World Bank, the system began operations at the end of 2023, with service ramping up thereafter. Senegal’s urban transport authority, CETUD, has continued to develop the wider mobility network around it.

More than an electric-bus project

The significance of Dakar’s BRT lies in the infrastructure surrounding the vehicles. Dedicated lanes separate buses from much of the congestion that slows conventional public transport. Stations and supporting systems were developed as part of an integrated corridor rather than simply adding electric vehicles to existing traffic.

Project documentation has estimated that the BRT can cut the end-to-end journey between Petersen and Guédiawaye from roughly 90 minutes to about 45 minutes and avoid around 59,000 tonnes of carbon dioxide emissions annually. The project has also been associated with around 1,000 direct local jobs.

The financing matters as much as the technology

Dakar also provides a development-finance lesson. The BRT brought together the Senegalese state, development institutions and private investment. The operating and equipment structure has involved Senegal’s sovereign investment fund FONSIS and Meridiam, with financing support from institutions including Proparco and the Emerging Africa Infrastructure Fund.

This matters for African cities because electric mobility has a substantial upfront cost. Replication therefore depends not simply on procurement but on whether governments can structure projects capable of attracting long-term finance while keeping fares accessible.

Dakar is already moving to the next problem: integration

The BRT cannot solve Dakar’s mobility challenge on its own. In June 2025, the World Bank approved $100 million in concessional financing to help Senegal integrate the BRT and TER rail system with feeder networks, improve public transport in secondary cities and support the professionalisation of informal transport operators. The programme also includes preparatory work for a second BRT line.

That next phase may be as important as the original project. African urban transport is dominated in many cities by fragmented networks of buses, minibuses, taxis and informal operators. A high-capacity corridor works best when passengers can reach it easily and continue their journeys after leaving it.

What other African cities can learn

Dakar’s lesson is therefore not simply “buy electric buses.” It is that clean urban mobility requires coordinated decisions about road space, electricity, stations, financing, fares, feeder services and land use.

For rapidly growing African cities facing congestion, air pollution and expensive commuting, the Dakar experiment offers evidence that electrified mass transit can work at scale. Whether it becomes a continental model will depend on how successfully other cities adapt those institutional and financial ingredients to their own transport systems.