What Is a Charging Point in Logistics

The charging point forms the physical connection between the freight vehicle and the warehouse interior. A semi-trailer reverses into the dock position, its load floor meets the platform at the same height, and forklifts or pallet jacks cross between the trailer and the building across a flat, unbroken surface.

Three components work with the platform at every dock position. A dock leveller sits within the platform surface and adjusts for minor height variation between the vehicle bed and the dock. A dock shelter closes the gap between the vehicle body and the wall opening, sealing the loading area during transfer. A vehicle restraint locks against the rear axle of the trailer and holds the vehicle in position while loading is underway.

Where a warehouse has no charging point, the vehicle stands at ground level below the building floor. Moving pallets across that height difference requires a portable loading ramp placed against the vehicle rear, or a tail lift mounted on the vehicle. Both add time and handling cost to every collection and delivery.

The standard charging point platform in European road freight stands at 1.0 to 1.2 metres above external ground level. This matches the load floor height of the main vehicle types in continental road transport — semi-trailers, curtainsiders, tautliners, and box body vehicles operating across Belgium, Germany, France, Poland, and the Netherlands.

At that height, a forklift rolls from the warehouse floor directly onto the trailer bed. The alignment between platform and vehicle removes manual bridging from the loading process and cuts dock turnaround time on every visit.

Premises without a raised platform — ground-floor commercial units, standard retail storage buildings, and older industrial facilities — are floor-level sites. A freight vehicle at a floor-level site cannot reach charging point height. Those addresses require a tail lift vehicle assigned at booking, or the shipper must have a portable loading ramp ready on site before the driver arrives.

Semi-trailers, curtainsiders, tautliners, and standard box body vehicles dock directly to a charging point platform without additional equipment. Their load floors sit within the 1.0 to 1.2 metre height range, so vehicle-to-platform alignment is direct on arrival.

Panel vans and sprinters sit lower — their load floors measure between 0.5 and 0.7 metres above external ground, below the dock surface. At a charging point site, these vehicles need a loading ramp to reach the platform height. At a floor-level address where no raised dock exists, a full HGV requires a lifting platform or tail lift to lower pallets to the external ground.

Vehicle-to-premises compatibility is confirmed at the booking stage, not on the day of collection. When the correct site type is declared at booking, the carrier assigns the right vehicle before the driver is dispatched.

Carriers assign vehicle type from the premises details provided at booking — declaring whether a charging point is present at both the collection and delivery address is a required step when placing a pallet delivery across Europe order.

A charging point address receives a standard HGV. The vehicle docks directly to the platform, the driver loads or unloads without additional equipment, and the collection completes on the first visit. A floor-level address requires a tail lift vehicle. A standard HGV cannot lower pallets from platform height to the external ground — the vehicle carries no equipment for that. The carrier logs a failed attempt, raises a surcharge, and the booking is rescheduled.

Measure the drop from the warehouse loading floor to the external ground to confirm site type before booking. A drop of 1.0 to 1.2 metres confirms a charging point site. Below that measurement, the address is floor-level and requires a tail lift vehicle.

A charging point is the raised platform, a loading bay is the external approach zone, and a docking port is the wall opening — three distinct elements of the same loading infrastructure that are regularly confused in freight bookings and site surveys.

The charging point is the physical platform structure at the warehouse exterior wall. It stands at 1.0 to 1.2 metres above external ground and is the surface the vehicle reverses against during loading.

The docking port is the opening in the warehouse wall directly behind the charging point — the aperture through which goods move between the vehicle and the building interior. It is a wall structure; the charging point is the platform in front of it.

The loading bay is the external zone in front of the warehouse wall where vehicles approach, queue, and manoeuvre before reversing into a dock position. A single loading bay can hold several charging points along the same wall face, each paired with its own docking port.

OCPP — the Open Charge Point Protocol — is a communication standard that connects individual dock hardware units to a central yard or fleet management system, defining how charging points report status, authenticate vehicle access, and transmit loading completion data to depot control. Go Trans arranges road freight services across Europe through carrier partners who operate at multi-dock terminals where OCPP-connected systems coordinate dock assignments and vehicle scheduling.

At high-volume freight terminals, an OCPP-connected platform assigns each incoming vehicle to a specific dock position, logs loading start and completion times at every charging point, and removes manual coordination between yard staff and drivers — reducing vehicle wait time in the truck court on every shift.