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Service stations across Nairobi, Kigali, Cotonou and Johannesburg are bypassing conventional grid tied fast chargers in favour of distributed solar charging and automated battery swapping tailored to motorcycle taxis, auto rickshaws and minibuses. The shift mirrors the mobile telecoms leapfrog of two decades ago, with commercial operators driving demand because drivers on thin margins cannot afford thirty minute dwell times. Energy dispensed on Rubicon's charging network in South Africa rose 142 percent in 2025 to 625 MWh.

Why it matters: Procurement teams targeting African markets must design for commercial light vehicle fleets and off grid solar swap infrastructure rather than replicating Western passenger car DC fast charging models. The 625 MWh figure from one South African network signals rapid commercial uptake and a fundamentally different capex and site design brief.

Municipalities and electricity utilities in South Africa are investing in EV charging infrastructure, with at least 145 public charging stations now verified nationwide, according to the International Council on Clean Transportation. City Power has opened a 10 station, 20 connector solar hub in Johannesburg, while state utility Eskom installed 10 chargers across five sites in August 2024 and announced plans in September 2025 to roll out 55 public stations over two years. Off-grid solar charging is also emerging along routes with limited grid capacity, with Zero Carbon Charge deploying renewable-powered stations in constrained corridors.

Why it matters: The entry of municipal and utility players signals a shift from purely private rollout to public sector infrastructure investment in South Africa, potentially opening procurement opportunities for CPOs and equipment suppliers. Off-grid solar deployments address grid constraints and offer a model for charging expansion in capacity-limited regions.

The University of Johannesburg has established the Centre for Automotive and Electric Vehicle Innovation (CAEVI) to drive practical EV implementation across South Africa. Hosted within the Faculty of Engineering and the Built Environment, CAEVI combines engineering, artificial intelligence, battery science, policy research and community development to support the shift from internal combustion engines to electric mobility. Dr Samuel Gqibani, Head of the School of Mechanical and Industrial Engineering and Director of CAEVI, emphasised the need for locally developed solutions, skills and an affordable, inclusive mobility system.

Why it matters: A university-led centre integrating battery science, AI and policy work signals potential for South African procurement frameworks and technical standards to evolve with local research input. For CPOs and suppliers eyeing the South African market, CAEVI may shape future grid integration requirements, charging infrastructure specifications and workforce training pipelines.

Cape Town will receive its first electric bus in August 2025, followed by 13 more units between October and December, as part of a 30 bus rollout scheduled for completion by June 2027. The 12 metre Volvo BZRLE buses will feature locally manufactured bodies from Johannesburg and serve MyCiTi routes in the metro south east, including Phase 2A expansion corridors. A 12 month pilot study with the University of Cape Town, funded by the municipality and the Urban Electric Mobility Initiative, will assess battery durability, charging times and energy consumption to inform driver training, maintenance protocols and system integration ahead of the 2027 scale up.

Why it matters: The phased rollout offers South African bus operators and charging infrastructure providers a clear timeline for planning depot electrification and maintenance capacity, while the pilot study will generate local performance data on route conditions and climate impacts. International benchmarks cited by the city suggest operational and maintenance cost reductions of up to 70%, a figure that could shape business cases for electric bus procurement across other South African metros.

The City of Johannesburg has committed R14 million to deploy a pilot electric vehicle charging network across the metro. The initiative, reported by Moneyweb, marks a municipal investment in public charging infrastructure as South Africa's EV adoption begins to accelerate. Details on the number of chargers and deployment timeline were not disclosed in the available excerpt.

Why it matters: This pilot represents one of the first significant municipal investments in public EV charging infrastructure in South Africa, potentially opening procurement opportunities for charge point operators and equipment suppliers in the region. The R14 million budget signals growing public sector commitment to EV infrastructure, which may influence tender activity and private investment in South African metros.

City Power, Johannesburg's municipal utility, has opened an EV charging complex in Booysens as the first phase of a rollout supporting the city's shift from combustion engines to electric vehicles. The initiative is part of a 10 point energy plan and aims to cut fuel costs and improve operational efficiency across municipal services. The utility currently faces electricity losses of approximately 29% and has identified infrastructure protection as critical to sustaining the charging network.

Why it matters: The launch signals municipal procurement momentum for EV charging infrastructure in South Africa's largest metro, creating opportunities for suppliers and operators as the city expands its network. City Power's focus on protecting assets from theft and illegal connections will shape technical and security specifications for future tenders.