Energy Saving Devices

The WASP project will investigate the feasibility of wind propulsion Photo: WASP ENERGY SAVING DEVICES

North Sea wind propulsion project launches

Trials of Rotor Sail technology onboard the ‘Maersk Pelican’ have been a success Photo: Norsepower ENERGY SAVING DEVICES

Maersk tanker Rotor Sails trial a success

The agreement between Wärtsilä and Norsepower will promote the use of Rotor Sails and support sustainable shipping Photo: Wärtsilä ENERGY SAVING DEVICES

Partnership to advance wind propulsion

VPLP has designed a RoRo to transport the Ariane 6 rocket which is propelled in part by its Oceanwings Photo: VPLP ENERGY SAVING DEVICES

Wing sails help propel rocket transport ship

ClassNK has given AiP to the design of a hard sail system which converts wind energy to propulsive power Photo: ClassNK ENERGY SAVING DEVICES

ClassNK approves hard sail system design

The Silverstream system uses patented air release units in the hull to produce a rigid carpet of air to reduce the frictional resistance between the hull of a vessel and the water. (Picture credit: Silverstream Technologies) ENERGY SAVING DEVICES

A second wind for air lubrication systems

The first commercial installation of Airseas' Seawing power kite is due to be undertaken in 2020 aboard Ville de Bordeaux ro-ro. (Picture copyright: Carsten Feldhusen/ MarineTraffic.com) ENERGY SAVING DEVICES

Pulling power: applying dynamic control to towing kite technology

ClassNK has released guidelines for wind-assisted propulsion systems Photo: ClassNK ENERGY SAVING DEVICES

ClassNK releases wind propulsion guidelines

Wind farm ENERGY SAVING DEVICES

Europe’s wind capacity up from 2018

ABS and MARIN have launched a project to assess the performance of wind propulsion systems. The project includes Rotor Sail producer, Norsepower (pictured). ENERGY SAVING DEVICES

Wind propulsion project launched