Commercial charging station operators can configure AC chargers, DC fast chargers or a combined charging system according to vehicle turnover, target users and available electrical capacity.

Existing fuel stations can add EV charging facilities to expand their energy service offering. Equipment selection should consider forecourt layout, vehicle access, site power and coordination with existing station equipment.

DC fast charging products are suitable for highway service projects where drivers generally require shorter charging times. The proposed configuration should match traffic volume, vehicle types, connector requirements and available power.

AC charging can serve vehicles parked for longer periods at shopping centres and office buildings, while DC charging may be considered where faster vehicle turnover is required. The number of charging points should be planned around parking duration, user access and site capacity.

EV chargers can be configured for commercial, workplace or residential parking facilities. Selection factors include the number of parking spaces, mounting position, electrical supply, connector type and charging management requirements.

Fleet charging solutions should be planned around fleet size, route schedules, vehicle dwell time and simultaneous charging demand. Suitable AC or DC chargers can then be selected to support daily vehicle operations.

Public charging projects may require AC charging, DC fast charging or a mixed configuration to serve different vehicles and charging needs. Connector standards, site power, user access and network or payment requirements should be confirmed before equipment configuration.