New survey: Help shape the future of wind-assisted vessels Maritime Weather & Environment At Vaisala, we are committed to advancing sustainable maritime solutions. Wind-assisted ship propulsion (WASP) is one the key technologies in decarbonizing the future of maritime shipping. Accurate, reliable wind and weather sensing technologies play an important role in helping to ensure wind-assisted propulsion is harnessed to its fullest potential. Two years ago, we conducted a survey together with International Windship Association (IWSA) on wind measurement technologies for wind-assisted vessels. The survey revealed critical insights into the industry’s challenges and needs. Key findings included for example the demand for accurate and undisturbed wind data, operational efficiency improvements through remote wind monitoring and wind nowcasting to optimize WASP system performance. These insights have influenced our approach to developing more effective solutions for maritime operations, supporting the industry’s transition towards sustainability. Now, we’re launching a follow-up survey to assess how these challenges have evolved and explore emerging trends in the field. We’re eager to hear from companies active in wind-assisted ship propulsion sector, both returning participants and new voices, to gain a comprehensive view of the current landscape. By participating to this anonymous survey, you’ll help shape the future of wind-assisted vessels, providing us with the data needed to further innovate and support the better usage of wind monitoring technologies in optimizing wind propulsion technologies into their fullest potential. The survey will take approximately 10 minutes to fill in and is open until mid-October 2024. Take the survey here. Thank you for your valuable contribution!
Wind assisted vessels: the future of cleaner shipping Wind-assisted ship propulsion is one the key technologies in decarbonizing the future of maritime shipping. Vaisala’s world-class wind and weather sensing technology helps operators make the best use of current and upcoming wind conditions. Learn more