Battery-electric cruise ship Vision unveiled at 90,000 tons and ~1,900-guest capacity

Meyer Werft unveiled Project Vision, a concept for a fully battery-electric cruise ship about 902 feet long and roughly 82,000 metric tonnes (around 90,000 US tons). The company and its partners say the design would carry about 1,856 passengers and could cut greenhouse gas emissions by up to 95%, with an operational target around 2031.

Meyer Werft this week unveiled Project Vision, a concept described as the world's first fully battery-electric cruise ship. The design was shown at the Seatrade Cruise Global conference in Miami. The shipbuilder and its partners say Vision runs solely on batteries and could sharply reduce direct exhaust and greenhouse gas emissions compared with conventional cruise ships. The concept is large—about 902 feet and roughly 82,000 metric tonnes (around 90,000 US tons)—and is being positioned for European itineraries. Key details: - Meyer Werft introduced Project Vision as a fully battery-electric cruise ship concept at the Seatrade Cruise Global conference. - The design measures about 902 feet and 82,000 metric tonnes (around 90,000 US tons) and is reported to carry up to 1,856 passengers (about 1,900 guests). - The company and a partner say Vision could reduce greenhouse gas emissions by up to 95% and would eliminate direct exhaust during normal battery operation. - Corvus Energy is named as the supplier for the ship's battery system, and Meyer Werft cites a target for operation by 2031 with recharging at major European ports. - The builder says Vision can also be outfitted as a hybrid with small generators to support longer routes and transatlantic crossings. Summary: If advanced to construction, Vision represents a large-scale example of applying maritime battery systems to a major cruise ship design and aims to change how vessels operate on short to medium routes. Meyer Werft and its partners point to port charging development in Europe and a 2031 timeline as the next steps. Undetermined at this time.