Unpacking the promise and challenges of e-mobility in South Africa

At the heart of South Africa's gradual but determined shift toward cleaner transport lies the uYilo e-Mobility Programme, a national initiative launched in 2013 to enable and accelerate the country's electric mobility ecosystem. In partnership with the Department of Science, Technology and Innovation and Nelson Mandela University, uYilo hosted its third annual e-Mobility Summit, bringing together stakeholders to reflect on the state and future of e-mobility in the country.

Mr Vukile Mnyande, Senior Engineer at uYilo, says the programme's mission is clear: "We aim to drive real impact and position ourselves at the forefront of this transition." That impact spans industry collaboration, skills development, applied research and pilot testing technologies that could reshape how South Africans move.

One area in which uYilo is making tangible progress is micro-mobility – offering accessible, lower-cost alternatives to conventional cars. One of the highlights at the summit was the Vtuvia SN100 electric bike, showcased as part of a recent pilot project evaluating the potential of micro-mobility in the South African context.

Mr Mnyande describes the e-bike as "lower-hanging fruit" for mobility adoption in a country still grappling with affordability and infrastructure constraints. Powered by a 72-volt battery pack and a 750-watt motor, it reaches a top speed of around 60 km/h on flat terrain. "It's still a bicycle if you want it to be," he explains, "but it's assisted by an electric motor and battery pack, making it powerful enough for daily commutes."

Priced at approximately R32 500, the SN100 sits between a high-end bicycle and a small scooter. But its true value emerges in operational costs: a full charge costs as little as R40 and delivers up to 70 km of range. "Refuelling one of these can cost you less than a cup of coffee," Mr Mnyande says. Unlike scooters or motorcycles, e-bikes require no fuel injectors, spark plugs or complex servicing, so routine maintenance often amounts to little more than replacing a chain or brake cable.

Beyond cost savings, micro-mobility offers significant urban advantages. During uYilo's pilot projects, e-bike commuters consistently navigated traffic more efficiently than car drivers. "You're reducing congestion, saving space, and even improving health," Mnyande says. It's a reminder that small-scale solutions – when scaled – can yield system-wide benefits, particularly in dense urban centres dominated by single-occupant vehicles.

Despite the promise of micro-mobility as an entry point, South Africa's broader e-mobility transition faces steep hurdles. "Energy availability is the first and biggest challenge," Mnyande acknowledges. While charging infrastructure – both locally manufactured and imported – is increasingly available, the bottleneck lies in the country's constrained grid and high electricity costs.

In response, uYilo is exploring microgrids: localised, renewable-heavy power systems capable of delivering reliable electric vehicle (EV) charging without overburdening the national grid. This approach follows the programme's emphasis on context-specific innovation.

Equally critical is bridging the gap in public awareness. "Many South Africans still don't know what powers an EV or even that it runs on a battery," Mnyande says. "Basic knowledge about electric mobility remains limited, yet it's essential for widespread adoption." To address this, uYilo integrates skills development into its mandate, offering structured training courses that introduce participants to EV fundamentals and emerging technologies.

The programme also fuels homegrown innovation through its Kickstart Fund, which provides up to R1 million in seed funding to startups and innovators whose prototypes meet key e-mobility criteria. UYilo also offers technical support – from battery testing to research collaboration – and connects entrepreneurs to partners across its national network. "We form this supporting web," he explains, "joining the dots where we can't supply the service ourselves."

Despite these persistent challenges Mnyande remains optimistic. "Technology evolves faster than we predict," he reflects. "We once thought touchscreen phones were a century away, yet here we are." He believes similar acceleration will soon drive breakthroughs in battery energy density, smart charging and renewable integration.

At the summit, Mnyande was struck by the growing maturity of South Africa's e-mobility discourse. "We don't need to compare ourselves to Europe or America," he concludes. "We have our own unique context, skills and needs, and it's encouraging to see people addressing them directly."

From high-performance e-bikes to decentralised energy systems, South Africa's journey toward electrified transport remains complex, but is increasingly grounded in local innovation. For uYilo and engineers like Mnyande, the mission isn't about chasing global trends; it's about shaping realities that work for South Africa.