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Fenarro
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The Fenarro 240-720kW Flexible Charging Stack represents the next generation of high-power EV charging infrastructure for demanding sites like public charging hubs and fleet depots. Unlike traditional fixed-power chargers, this system adopts a centralized "power bank" architecture. A pool of high-power modules (e.g., 240kW) is housed in a central cabinet, and this power is dynamically allocated in real-time to multiple (e.g., 4-8) charging dispensers based on vehicle demand. This intelligent system ensures no power is wasted, allowing a single 720kW stack to simultaneously charge several vehicles at their maximum possible rate, dramatically improving asset utilization and user satisfaction during peak periods.
Dynamic Power Sharing: Intelligently distributes available power among all active vehicles.
Future-Proof Scalability: Power capacity can be increased by adding more power modules to the stack.
High Utilization Rate: Eliminates the "power stranding" common with fixed chargers, improving ROI.
Smart Management: Centralized control via cloud platform for monitoring, diagnostics, and load balancing with the grid.
Reduced Footprint: Centralized power conversion is more space-efficient than multiple standalone high-power chargers.
High-Throughput Public EV Charging Parks
Electric Bus Depot Overnight Charging
Truck Stops for Electric Heavy-Duty Vehicles
Any site with high, fluctuating simultaneous demand.
The Fenarro 240-720kW Flexible Charging Stack represents the next generation of high-power EV charging infrastructure for demanding sites like public charging hubs and fleet depots. Unlike traditional fixed-power chargers, this system adopts a centralized "power bank" architecture. A pool of high-power modules (e.g., 240kW) is housed in a central cabinet, and this power is dynamically allocated in real-time to multiple (e.g., 4-8) charging dispensers based on vehicle demand. This intelligent system ensures no power is wasted, allowing a single 720kW stack to simultaneously charge several vehicles at their maximum possible rate, dramatically improving asset utilization and user satisfaction during peak periods.
Dynamic Power Sharing: Intelligently distributes available power among all active vehicles.
Future-Proof Scalability: Power capacity can be increased by adding more power modules to the stack.
High Utilization Rate: Eliminates the "power stranding" common with fixed chargers, improving ROI.
Smart Management: Centralized control via cloud platform for monitoring, diagnostics, and load balancing with the grid.
Reduced Footprint: Centralized power conversion is more space-efficient than multiple standalone high-power chargers.
High-Throughput Public EV Charging Parks
Electric Bus Depot Overnight Charging
Truck Stops for Electric Heavy-Duty Vehicles
Any site with high, fluctuating simultaneous demand.
