Germany's First Electric Catamaran Sets Sail for a Greener Future

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Germany's First Electric Catamaran Sets Sail for a Greener Future

Ferry boat traveling down a river with a railing on the right, a tree-covered hill in the background, flags and poles on the boat, and a few people on board.
Jeffrey Morgan
Jeffrey Morgan
2 Min.

Electric Catamaran Resumes Service Between Norddeich and Norderney - Germany's First Electric Catamaran Sets Sail for a Greener Future

Germany's first all-electric passenger catamaran, Frisia E-I, has resumed service after a well-received debut year. Operated by Norden-Frisia, the vessel offers a faster and cleaner alternative to traditional ferries on the Norddeich–Norderney route. The company describes it as a key move towards carbon-neutral island transport.

The Frisia E-I launched its trial season in 2025, quickly winning over passengers with its smooth operation and reduced crossing time. A trip now takes just 30 minutes—shorter than conventional ferries—while running entirely on electric power. Though no official passenger figures have been released, the catamaran saw strong demand throughout its first year.

Minor technical issues, including a blown fuse and a transmission fault, occurred but were fixed promptly. Tickets for the electric service cost €5 more than standard ferry fares, yet many travellers welcomed the upgrade for its speed and eco-friendly design. From spring 2026, the catamaran will run three to four daily crossings, increasing to five trips per day starting July 4. Norden-Frisia has also installed charging infrastructure at Norddeich harbour, powered mainly by photovoltaic systems. This setup ensures the vessel operates with minimal environmental impact.

The Frisia E-I has proven reliable and popular in its first year, setting a benchmark for sustainable ferry travel. With expanded service and dedicated charging facilities, the catamaran is now a permanent fixture on the Norddeich–Norderney route. The project aligns with broader efforts to cut emissions in regional transport.