Quick Takeaways
- Scalable ultra-fast charging with intelligent energy control for high-load fleets
- Designed for grid-constrained depots and future-ready fleet electrification
On 13 January 2026, the HPC 350 fast charging system was positioned as a purpose-built solution for trucks and commercial vehicles operating in demanding fleet environments. Built for grid-limited locations and high-power use cases, it delivers ultra-fast charging while keeping energy use stable, predictable, and efficient across heavy-duty operations.
The HPC 350 fast charging system is engineered to meet the strict performance, safety, and interoperability requirements of the European Union market. It brings together power electronics, energy management, and thermal control in a single platform optimized for commercial mobility infrastructure.
How the HPC 350 fast charging system optimizes high-load depots
The HPC 350 fast charging system is designed to support multiple heavy vehicles without overloading the grid. Its intelligent power distribution architecture balances charging demand across connected vehicles in real time, ensuring that depot operations remain stable even during peak usage.
Key operational capabilities include:
This approach allows fleet operators to maximize vehicle uptime while avoiding costly grid upgrades.
HPC 350 fast charging system delivers 500 A with liquid-cooled cables
At the core of the HPC 350 fast charging system are liquid-cooled charging cables capable of delivering a continuous current of up to 500 A. Unlike conventional air-cooled solutions, this technology prevents power derating, enabling reliable ultra-fast charging even when multiple high-demand vehicles are connected.
The result is:
This makes the system especially suited for electric trucks, buses, and commercial vans operating on tight schedules.
Smart grid integration inside the HPC 350 fast charging system
The HPC 350 fast charging system supports dynamic load management and backend connectivity, allowing it to communicate with energy management platforms and fleet control systems. This enables operators to monitor power usage, optimize charging schedules, and integrate renewable or on-site energy sources.
With backend integration, the charging infrastructure becomes part of a wider digital ecosystem that supports:
This intelligence is critical for scaling commercial EV fleets across the EU.
By combining ultra-fast charging, liquid-cooled 500 A cables, and intelligent load management, the HPC 350 fast charging system provides a future-ready foundation for electrified trucks and commercial vehicles, even in locations where grid capacity is limited but operational demands remain high.
The HPC 350 fast charging system is engineered to meet the strict performance, safety, and interoperability requirements of the European Union market. It brings together power electronics, energy management, and thermal control in a single platform optimized for commercial mobility infrastructure.
How the HPC 350 fast charging system optimizes high-load depots
The HPC 350 fast charging system is designed to support multiple heavy vehicles without overloading the grid. Its intelligent power distribution architecture balances charging demand across connected vehicles in real time, ensuring that depot operations remain stable even during peak usage.
Key operational capabilities include:
- Simultaneous charging of two vehicles
- Even distribution of available charging power
- Continuous high-current delivery under sustained load
This approach allows fleet operators to maximize vehicle uptime while avoiding costly grid upgrades.
HPC 350 fast charging system delivers 500 A with liquid-cooled cables
At the core of the HPC 350 fast charging system are liquid-cooled charging cables capable of delivering a continuous current of up to 500 A. Unlike conventional air-cooled solutions, this technology prevents power derating, enabling reliable ultra-fast charging even when multiple high-demand vehicles are connected.
The result is:
- Stable high-power output
- Reduced charging time for large battery packs
- Improved thermal performance under heavy load
This makes the system especially suited for electric trucks, buses, and commercial vans operating on tight schedules.
Smart grid integration inside the HPC 350 fast charging system
The HPC 350 fast charging system supports dynamic load management and backend connectivity, allowing it to communicate with energy management platforms and fleet control systems. This enables operators to monitor power usage, optimize charging schedules, and integrate renewable or on-site energy sources.
With backend integration, the charging infrastructure becomes part of a wider digital ecosystem that supports:
- Real-time energy optimization
- Predictive load balancing
- Centralized fleet charging control
This intelligence is critical for scaling commercial EV fleets across the EU.
By combining ultra-fast charging, liquid-cooled 500 A cables, and intelligent load management, the HPC 350 fast charging system provides a future-ready foundation for electrified trucks and commercial vehicles, even in locations where grid capacity is limited but operational demands remain high.
Company Press Release
Click above to visit the official source.
Share: