Across South Africa’s fleet sector, operators are increasingly analysing their actual routes and cost per kilometre, with many discovering that a portion of their work is already electric ready far sooner than expected, according to electric vehicles as a service provider Everlectric.
The company says the turning point often comes when fleet operators examine their own data in detail, including routes, payloads, stop start patterns and charging environments.
“When operators understand their routes, pay loads, stop start patterns and charging environment, the decision becomes simple.”
Everlectric notes that the right electric vehicle is not defined by brand or range alone, but by whether it can deliver existing service levels at a lower cost than an internal combustion fleet. Many operators, the company says, only realise this once they analyse their operational data.
Everlectric chief operating officer Paul Plummer says some fleet operators approach electrification by testing EVs on the most demanding routes first.
“Some fleet operators want to ‘see what EVs can do’, so they will try to electrify the hardest, longest, most unusual route on the network.”
When those trials fail, operators often conclude they are not EV ready, even though the issue lies in where electrification was first attempted.
“They have just started in the wrong part of the fleet,” Plummer explains.
For urban logistics and retail distribution fleets, Plummer says utilisation should be the starting point. Many delivery vehicles operate on dense routes with high monthly mileage, running repeatable loops between depots and stores.
“That is precisely where EVs tend to win first,” he says.
In these cases, fuel and maintenance costs often outweigh range as the primary challenge. Once duty cycles are mapped accurately, Plummer notes that a significant portion of delivery routes are often well suited to electrification.
Pharmaceutical and cold chain fleets, however, face different considerations, with product integrity and reliability taking priority.
“They need to know that an EV can power both the drivetrain and the refrigerated body, complete all drops, and keep temperatures in range without compromise,” Plummer explains.
He adds that many of these deliveries follow stable schedules within defined urban or peri urban areas, a level of predictability that improves EV viability.
Sales and technical support fleets represent another category, often operating with lower utilisation levels. While this can limit immediate efficiency gains, Plummer says EVs are not off the table and that fleets need to be segmented by use case rather than approached as a single problem.
Although heavier rural or cross border operations may become viable as EV options expand, Plummer cautions against trying to electrify every part of a fleet at once.
“Fleet operators must focus on the norm, not the exception. Stop designing your EV strategy around the worst-case day of the year. Design it around the routes you run every single week.”
He adds that this is where an EV as a service model becomes particularly effective. Instead of purchasing vehicles outright and estimating lifetime costs, operators can access an integrated monthly service that includes vehicles, charging infrastructure, managed electricity, maintenance, insurance, and telematics.
Everlectric’s approach begins with analysing an operator’s data under a non-disclosure agreement, followed by route simulation, identification of EV ready vehicles and industries, and a proof of concept through a live pilot. This allows operators to assess real energy use, uptime, and cost per kilometre before scaling.
“Choosing the right EV for your fleet is about matching the right vehicle class to the right work, industry by industry, route by route,” Plummer concludes.