EnglishHigh voltage disconnect switches are essential for ensuring safe electrical isolation in power systems. Designed for both indoor and outdoor applications, they provide visible open points, enable safe maintenance, and support small current operations. Fenarro’s series covers multiple voltage levels and installation environments, helping engineers and procurement teams select the right switch for substations, industrial facilities, and renewable energy projects.
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.