Infrastructure planning must begin today, taking into account the grid’s electrical power capacity, geometric accessibility for long-gauge vehicles, and technological modularity (CCS2 compatibility and scalability toward the MCS standard).
Read moreHighway rest areas, major gas stations, freight logistics hubs, distribution centers, and transportation fleet depots are particularly well-suited to accommodate this high-power equipment.
Read moreFast-charging stations help meet the essential needs of long-distance drivers, remove the range anxiety barrier, and generally enhance the appeal and customer experience at rest areas.
Read moreFast-charging stations help meet the essential needs of long-distance drivers, remove the range anxiety barrier, and generally enhance the appeal and customer experience at rest stops.
Read moreThe success of a project depends on an analysis of operational needs, available capacity, operating schedules, and the fleet’s growth prospects in order to design a scalable and sustainable infrastructure.
Read moreVDV protocols ensure interoperability between charging infrastructure and the systems used by public transportation operators, thereby facilitating the integration and management of electric bus fleets.
Read moreAn energy architecture optimizes equipment usage, facilitates system upgrades, and improves the availability of charging infrastructure.
Read moreIntelligent energy management automatically distributes available power among the various charging points to prevent overloads and ensure that operational priorities are met.
Read moreOvernight charging allows you to take advantage of periods when vehicles are not in use while preparing the entire fleet for the first trips of the day.
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