Charging Station

A charging station is the equipment that supplies electricity to an electric vehicle so it can recharge its battery. It ranges from a wall-mounted unit at home to a high-power roadside charger. For a company fleet, choosing the right type depends on how long vehicles stay parked and how quickly they must be back on the road.

The main types of charging station

• Domestic socket with a suitable cable: the slowest option, acceptable only as an occasional solution, and only if the electrical installation has been checked.
• AC wallbox or pedestal charger: alternating current, converted inside the vehicle by its onboard charger. Moderate power, ideal for overnight charging at the depot or at a driver's home.
• DC charger: direct current sent straight to the battery, which allows much higher power. It is the equipment behind fast charging, found on main roads and at sites with quick turnarounds.

The actual speed of a session depends on both sides: the power the station delivers and the power the vehicle accepts. A powerful charger cannot speed up a vehicle whose onboard charger or battery limits intake. The blog article on types of EV charging stations compares connectors and power levels in more detail.

What makes a station suited to a fleet

Beyond power, several features matter when the equipment serves many vehicles and drivers:

• Connectivity: a connected (smart) station reports its sessions and can be controlled remotely, for example to delay charging to cheaper hours, a key lever of charging management.
• Load sharing: several stations on the same site can share the available power, so a group of vehicles charges without overloading the installation.
• Access control: badges or app identification link each session to a driver and a vehicle, which is essential for cost allocation.
• Compatibility: connector types and open communication standards keep the choice of vehicles and software open over time.
• Reliability and service: a faulty charger means a vehicle not ready in the morning, so maintenance terms matter as much as price.

Choosing stations by use case

Delivery vans that return every evening usually need AC points at the depot. Vehicles kept by employees are typically charged at home on a wallbox. Vehicles running several shifts a day may justify a DC charger on site. Deciding how many stations of each kind to install, and where, is part of planning the wider charging infrastructure.

How Dadycar helps

Dadycar is a French fleet management software covering fleet management, telematics and car sharing. Its EV optimization module records every charging session per vehicle, with the location, energy and cost per kWh, and lets you attach the receipt. Charging locations are stored in a directory by type, so you can see which stations your vehicles actually use and how long they stay plugged in. Data is hosted in France with OVHcloud.

FAQ

Is a DC charger always better than an AC charger?
No. DC is faster but costs more to install and run. For vehicles parked overnight, AC charging is usually sufficient and gentler on the battery.

Can a regular socket be used to charge a company EV?
Occasionally, if the installation has been checked. For daily use, a dedicated wallbox is safer and faster.

Why choose a connected charging station?
It reports each session and can be managed remotely, which makes scheduling, load sharing and cost tracking possible.