Electric Fleet Charging

We support every stage of a project’s lifecycle: from the design specifications, where we define the actual needs based on usage, to the day-to-day operation of the systems. Through precise monitoring, we optimise performance, ensure system availability, and simplify the daily management of electric fleets.

Technical Scope

Our expertise covers all the key components of an electric fleet charging project:

• Electrical infrastructure
• Charge monitoring and dynamic management
• Overall supervision of the infrastructure and depots

We integrate these technical elements into a comprehensive approach, scalable to the size and constraints of each site.

Infrastructures

We support fleet managers in the electric transition for a wide range of vehicles:

• Buses
• Trucks and heavy goods vehicles
• Garbage trucks and street sweepers
• Construction machinery
• Light vehicles

Our solutions are designed to adapt to the diversity of fleets, usage patterns, and operational schedules.

Supervision and Smart Charging

Managing and guaranteeing electric vehicle charging has become a major challenge, especially when vehicles carry out essential missions.

Over the past eight years, Mobility has built strong expertise in electric bus fleet charging, covering everything from designing robust, fit-for-purpose electrical infrastructure to managing day-to-day charging processes under any operating conditions. Today, Mobility supports all types of captive fleets: buses, trucks, machinery, maintenance vehicles, and more.

As an integrator, Mobility delivers end-to-end solutions, including design, supply, installation, and commissioning. Throughout each project, Mobility oversees execution, manages interfaces, and ensures performance targets are met.

To support operators on a daily basis, Mobility offers Cway, its supervision and smart-charging solution. Cway monitors charging processes according to operational schedules (with automatic integration into operator tools), oversees infrastructure, issues alerts in case of deviations, and optimises both energy costs and the power drawn from the network.

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