EV fleet charging refers to charging infrastructure designed for businesses operating multiple electric vehicles, including delivery fleets, trucks, buses, and company vehicles.

It depends on your fleet’s operational schedule. If your vans or company cars are parked overnight for 8-12 hours, our 22kW Smart AC Chargers are the most cost-effective solution. For heavy-duty trucks, buses, or logistics vehicles that need a quick turnaround, our Satellite DC Fast Chargers (up to 960kW) can get them back on the road in 30-45 minutes.

The number depends on fleet size, vehicle usage, charging schedule, and power requirements. Please contact us for a tailored EV fleet charging solution.

A fleet charging system can support anywhere from a few vehicles to hundreds or even thousands of electric vehicles, depending on fleet size, charging demand, available power capacity, and charging management strategy.

IOCHARGER provides scalable EV fleet charging solutions designed for different applications, including commercial fleets, logistics vehicles, electric buses, and heavy-duty trucks. By combining AC chargers, DC fast chargers, and intelligent energy management systems, businesses can expand their charging infrastructure as their fleet grows.

With dynamic load balancing and smart charging management, multiple EV chargers can operate efficiently without exceeding grid limitations, helping fleet operators optimize charging schedules and reduce infrastructure costs.

Smart charging reduces fleet operating costs by automatically optimizing when and how electric vehicles are charged based on energy demand, electricity rates, and fleet operation schedules.

An intelligent EV fleet charging system can help businesses:

• Reduce peak electricity demand charges through load management
• Schedule charging during lower-cost off-peak hours
• Balance power distribution across multiple chargers
• Prevent unnecessary energy consumption
• Improve charger utilization and fleet efficiency

By optimizing charging operations, smart charging enables fleet operators to lower electricity expenses, reduce pressure on the power grid, and achieve more cost-effective fleet electrification.

Yes. Iocharger provides customized fleet charging solutions based on vehicle types, power requirements, and site conditions.

You don’t necessarily need an expensive grid upgrade. Iocharger’s intelligent Dynamisches Lastmanagement (DLM) system monitors your building’s energy usage in real-time and distributes the available power evenly across all connected vehicles. We also support integration with solar panels and Battery Energy Storage Systems (BESS) to minimize peak-demand charges.

Yes, absolutely. Iocharger hardware is officially certified for OCPP 1.6J and the latest OCPP 2.0.1 by the Open Charge Alliance. You can use our proprietary CSMS, or seamlessly connect our chargers to any third-party fleet management platform you already use.

ISO 15118 is a protocol that allows the vehicle and the charger to communicate automatically. With Anschließen & Aufladen, your drivers no longer need RFID cards or mobile apps. They simply plug in the cable, and the charger automatically authenticates the vehicle and starts charging. This drastically reduces operational friction and driver downtime.

Yes. Most modern EV fleet chargers support OCPP (Open Charge Point Protocol), enabling seamless communication between charging hardware and third-party charging management platforms.

IOCHARGER EV fleet charging solutions support industry-standard protocols such as OCPP 1.6J and OCPP 2.0.1, allowing operators to remotely monitor, manage, and control charging stations from different backend platforms.

With OCPP compatibility, fleet operators can benefit from:

• Remote charger monitoring and management
• Real-time charging data and reporting
• User authentication and access control
• Integration with energy management systems
• Flexible software platform selection

This ensures that EV fleet charging infrastructure remains scalable, interoperable, and ready for future expansion.