The ZOOZTER™-100 empowers fleet operators with full control over their fleet EV charging either at depots or at car rental stations, reducing the reliance on public networks and enabling reliable, ultra-fast charging. The Energy Management System (EMS) optimizes charging schedules, shortens charging sessions, and facilitates the use of multiple ultra-fast chargers, ensuring EVs spend more time on the road and less in charging.
Like that, fleet managers strategically manage charging processes, providing car rental fleets with faster turnaround times and last-mile delivery fleets with the ability to plan routes efficiently, meet delivery schedules, and enhance satisfaction for both customers and drivers.
Bringing fleets charging in-house reduces costs, improves efficiency, and maximizes vehicle utilization, all while enabling ultra-fast charging without requiring a grid upgrade and avoiding the unpredictability of public charging infrastructure.
The ZOOZTER™-100 system’s modularity allows fleet operators to easily scale their charging capabilities in lockstep with fleet growth. Whether supporting 30 cars per day in a basic configuration or over 100 cars per day in a full deployment, the ZOOZTER provides the flexibility to meet evolving charging demands without costly infrastructure upgrades. As fleets transition to electric vehicles to comply with emissions regulations, the ZOOZTER’s scalable approach ensures a future-proof charging solution that can be readily expanded to handle increasing EV adoption. This scalability protects initial investments and simplifies the path to full fleet electrification for organizations of any size.
As governments worldwide implement increasingly stringent emission regulations and combustion engine sales bans, such as those planned in the UK by 2030 and Europe by 2035, fleet operators face mounting pressure to accelerate their transition to EVs. The ZOOZTER™-100 helps organizations meet these sustainability requirements while maintaining operational efficiency. The ZOOZTER-100’s kinetic power booster technology provides a cleaner energy storage alternative, making it an environmentally responsible choice for fleet electrification. This aligns perfectly with both regulatory requirements and corporate environmental goals, providing a sustainable path to fleet electrification that supports the global push toward net-zero emissions.
Maximize fleet availability through fast and efficient charging
Reduce reliance on public charging infrastructure
Handle unexpected demands through smart prioritization
Optimize the charging schedules and charging points availability
Scale with fleet growth and existing operations
Supporting environmental goals by smooth transitions to EVs
