charging hubs axon charger

High-demand mobility

Charging Hubs operate along highways, logistics corridors, retail parks and transport nodes. They serve growing traffic volumes and different vehicle categories — from passenger cars to heavy-duty trucks — where uptime, throughput and power availability are critical.

CHARGING HUBS

How do charging hubs scale effectively?

By adding power and charging capacity step by step — without
redesigning the site or upgrading the grid connection.

charging hubs axon charger

Performance at network scale

High vehicle volumes and mixed fleets are managed through dynamic power distribution,
maximizing capacity within real grid limits.

Split solutions for hub architecture

charging hubs axon charger

Hybrid hubs – cars and trucks, side by side

Cars and trucks charge in parallel, with dynamic power 
distribution aligned to real vehicle demand.

performance at network scale

dynamic power for mixed fleets

higher utilization under peak demand

LET'S TALK

Scale your hub as demand grows

From single power unit to multi-megawatt hub

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Axon Side DLBS units can be combined to create larger power systems: 

960 kW, 1920 kW or more.

More power, same logic.

charging hubs axon charger

Connected power units work as one system, increasing hub capacity without redesigning the entire site.


Why DLBS is critical for hubs

power aligned with peak demand

maximum capacity within grid limits

stable performance at high traffic

scalable to multi-megawatt systems

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Value for drivers

shorter queues at busy locations
reliable fast charging for cars and trucks
predictable charging times on long routes

Value for operators

higher energy throughput per hub
efficient use of installed grid capacity
commercially viable hybrid sites
lower operational risk with scalable architecture