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VOITH THRUSTERS FOR NEW GERMAN GOVERNMENT VESSELS

VOITH THRUSTERS FOR NEW GERMAN GOVERNMENT VESSELS

Monday, February 15, 2021 

Voith is to provide thrusters for three multi-purpose vessels for use in German waterways, being built by Abeking & Rasmussen for the German Federal Waterways and Shipping Administration.

The Ship Technology Department of BAW (German Federal Waterways Engineering and Research Institute) is responsible for planning and design, tendering, and project management. Over the next three years, the 90m-plus vessels will replace three older ships. Each vessel will have LNG (liquefied natural gas) powered engines with a total output of 12,000kW. As bow thrusters, all three ships will be equipped with a Voith Inline Thruster (VIT) 1650 with an input power of 900 kW.

Oliver Lenz, Sales Application Manager, Voith, said: "We are extremely pleased that Abeking & Rasmussen is reinforcing our excellent collaboration by relying on proven Voith technology for this order as well."

The VIT has already proven effective in many offshore supply ships, cruise liners and luxury yachts, thanks to its low running noise and fast responsiveness to steering commands that enables precise dynamic positioning. Both these benefits were crucial factors in the decision by the shipyard, supervising agency and operator to award the contract to Voith, because the multi-purpose vessels will have a landing pad for helicopters on the bow as well as a winching area on the stern. The precise dynamic positioning facilitated by the VIT helps to bring people and materials safely on board using these two routes.

Another argument in favor of awarding the contract to Voith was the compact design of the VIT, which does not require either a drive shaft or gearbox. As the electric motor is directly integrated into the VIT, there is space in the hull directly above the engine, offering significant space benefits compared with conventional solutions. The design principle of the VIT results in a more direct transfer of the propulsive power, which in turn increases thrust and thus efficiency, helping to reduce fuel consumption.

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