Electrifying Ports and Maritime
Shore power (cold ironing), electric ferry charging, and port energy management systems. EU AFIR 2030 compliance for maritime decarbonization.
Shore Power (Cold Ironing)
AC-DC-AC frequency conversion to connect vessels to the onshore power grid, eliminating in-port emissions.
50/60 Hz Conversion
AC-DC-AC frequency converters adapting the onshore grid (50 Hz) to vessel requirements (60 Hz) or vice versa, with full galvanic isolation.
10-80 MVA per Berth
Scalable power from 10 MVA for cargo vessels to 80 MVA for large cruise ships, with modular systems that grow with port demand.
Containerized Deployment
Pre-assembled systems in standard ISO containers, reducing installation time to under 72 hours and minimizing civil works.
Cruise Ships 10-20 MW
Dedicated solution for cruise ships requiring 10-20 MW continuous power during port stay, fully replacing auxiliary engines.
Container Ships 5-10 MW
Optimized systems for cargo vessels needing 5-10 MW, with fast automated connection to minimize turnaround time.
Electric Ferry Charging
High-power DC fast charging infrastructure for the growing battery-electric ferry fleet across Europe and Scandinavia.
2-10 MW Fast Charging
High-power DC charging systems (2-10 MW) designed for short ferry turnarounds, with 5-15 minute charging cycles.
Battery-Electric Ferries
Full support for the growing fleet of 100% electric ferries, rapidly expanding across Scandinavia and northern Europe.
DC Infrastructure
DC fast charging stations with advanced thermal management and automated connectors for hands-free operation.
Port Energy Storage
Containerized BESS systems for peak management, transient buffering, and port microgrid operation.
Peak Shaving
Demand peak clipping to avoid costly grid upgrades, absorbing vessel connection power spikes.
Transient Buffer
Electrical transient dampening during ship connection and disconnection, protecting port grid stability.
Port Microgrid
Comprehensive port microgrid management integrating solar generation, storage, and port loads.
Backup Power
Critical backup power for essential port operations during grid outages.
Port Power Quality
Active harmonic filtering and power factor correction for complex port electrical systems.
Converter Harmonics
Shore power frequency converters generate significant harmonics. Our active filters eliminate them to meet IEC 61000 standards.
Step Loads
Step load management when multiple vessels connect and disconnect, preventing grid disturbances across the port.
Power Factor Correction
Reactive compensation and power factor correction for port-wide systems, optimizing electricity costs.
Key Figures
Certifications & Standards
Decarbonize your port
Our engineering team designs the complete port electrification solution, from shore power to storage and power quality.
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