For Fjord1, zero-emission ferry operations have been a long-term objective rather than a future promise. The challenge was turning battery-electric technology into a solution capable of handling real-life operational demands such as tight schedules, high-frequency crossings, and high availability requirements.

Scaling this approach required close collaboration between Fjord1, Tersan Shipyard, LMG Marin, HAV Design, and HAV Group-owned Norwegian Electric Systems (NES). The result is a new generation of battery-electric ferries designed not only to operate emission-free, but to evolve towards autonomous navigation. New vessels are built to ensure a high degree of automation, replacing manual operations.

Four zero-emission ferries will begin serving the Lavik–Oppedal route in 2026, with automated functions. Including auto-crossing and auto-docking, rolling out in 2027, and full autonomous navigation planned for 2028. More than a fleet renewal, this project sets a new benchmark for Norway, proving that electrification and automation combined are reshaping the future of passenger transport.

Technology onboard 

Fjord1’s new ferries are designed for one goal: making sustainable transport work, every single day. These vessels are designed to operate on one of Norway’s busiest routes, carrying more than a million cars a year. At their core, they are fully integrated, battery-electric vessels where sustainability, safety, and operational reliability are inseparable.

Automation and power systems from Norwegian Electric Systems (NES) support functions such as automatic crossings, auto-docking, and optimized steering across all speed ranges. This reduces manual workload for crews, improves consistency, and enhances operational safety.

Combined with high-capacity Megawatt Charging Systems (MCS), the ferries can recharge in approximately ten minutes while in port, enabling frequent departures without disrupting traffic flow.

In this ecosystem, Zenitel plays a critical role as part of the vessels’ safety and communication backbone. PA/GA and onboard communication systems ensure clear communication between crew and passengers, support situational awareness on the bridge, and contribute to safe, efficient daily operations.