A 640kW modular split DC EV charger for bus and truck depots, designed for planned heavy-duty vehicle charging and dispenser placement to be confirmed. For bus and truck depots, the charger is planned around modular high-power equipment kept in one location while vehicle-side dispensers are placed to suit the depot layout, so heavy-duty charging can be organized before the final layout is fixed.

640kW Modular DC Charger

The 640kW modular DC charger is built around modular high-power conversion, so bus and truck depots can group power equipment in one location and plan charging positions around the site layout.

Split DC EV Charger

As a split DC EV charger, the system keeps the main equipment separate from the vehicle-side dispensers, which leaves depot planners free to position charging points where heavy-duty vehicles actually stop.

Bus Depot Charging

For bus depot charging, the layout supports centralized high-power equipment and dispenser placement that can be aligned with planned parking positions and the depot traffic flow.

Truck Depot Charger

As a truck depot charger, the system is planned for organized high-power charging so equipment and dispenser positions can be confirmed against real depot layouts.

High-Power Fleet Charging

High-power fleet charging is concentrated in one modular equipment group, helping depots plan heavy-duty charging capacity without committing to details that still need confirmation.

Depot EV Infrastructure

As part of depot EV infrastructure, the split arrangement gives operators freedom when planning bays, equipment housing, cable routes and future expansion of high-power charging.

Commercial DC charging and depot EV infrastructure projects benefit from a layout that keeps modular high-power equipment in one location while vehicle-side dispensers stay flexible for planned heavy-duty charging. For commercial DC charging and depot EV infrastructure, this 640kW modular split DC EV charger brings high-power fleet charging, modular equipment and practical dispenser placement together in one system.