Charging infrastructure is also part of how cities work
- Thamires Pecis
- May 29
- 2 min read
When cities plan charging infrastructure, the conversation often starts with technical details: grid capacity, installation costs, number of chargers and vehicle types.
These details matter. But they do not show whether a charger will actually be useful once vehicles are on the street.
A charger can look well placed on a map and still be hard to use. It may be too far from the route. It may require a difficult detour. It may be in a place where stopping is unsafe, inconvenient or disruptive. For the people operating the service, these details quickly become part of the working day.
Start with how the service runs
Charging should be planned around the way vehicles are used.
Where do they start and end their routes?
Where do drivers already stop?
How long can a vehicle stay parked?
Who plugs it in?
Who checks if the charger is working?
What happens if the charger is blocked or out of service?
These questions are practical, but they make a big difference. They are especially important for public transport, urban logistics, shared mobility and smaller electric vehicles, where charging has to fit around schedules, delivery windows, parking rules and limited street space.
A charger is only useful if people can rely on it
For operators, charging is part of the service. If it adds too much uncertainty, the whole operation becomes harder to manage.
A poorly located charger can add time to a route. Limited access can create delays. Unclear maintenance can leave vehicles waiting. A lack of safe or visible space can make charging uncomfortable for drivers, especially during early morning or late evening shifts.
These are not minor details. They affect costs, reliability and whether electric mobility feels practical for the people expected to use it.
Use pilots to fix the plan
Pilots are useful because they show what planning documents cannot. They show where drivers actually stop, which locations are avoided, how long charging takes in practice, and what problems appear during busy hours.
Cities should use these lessons before expanding the network. Otherwise, they risk adding infrastructure that exists on paper but does not help the service run better.
At UEMI, our work on electric mobility looks closely at these operational details. Charging infrastructure is part of that process because it influences how vehicles move, where services can grow and how easy the transition is for the people managing it day by day.
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