What's Happening?
GT Wings has introduced a comprehensive ship performance assessment tool designed to support the early-stage evaluation of its AirWing™ wind-assisted propulsion system. Developed in collaboration with Blue Wasp Marine, the tool is based on the Pelican
Suite™ web-based platform. It aims to provide shipowners with reliable and structured insights into potential fuel, emissions, and regulatory savings. The tool's methodology and performance assessment framework have been reviewed and verified by RINA, ensuring alignment with industry standards. This new tool builds on GT Wings' experience, having already completed over 80 early-stage performance assessments. The AirWing™ system, which uses controlled suction and blowing for high aerodynamic performance, has been installed on Carisbrooke Shipping's MV Vectis Progress, with further orders from Grieg Maritime Group.
Why It's Important?
The introduction of this performance assessment tool is significant as it offers shipowners a credible basis for making informed technical and commercial decisions regarding wind-assisted propulsion. As the maritime industry seeks to reduce emissions and improve fuel efficiency, tools like this provide essential early-stage insights. The ability to simulate potential savings across different vessel types and configurations allows for more confident business case development. This tool not only supports the adoption of sustainable technologies but also aligns with global efforts to meet environmental regulations and reduce the carbon footprint of shipping operations.
What's Next?
With the tool now available, shipowners are expected to increasingly utilize it for evaluating the feasibility and benefits of adopting wind-assisted propulsion systems. The collaboration between GT Wings and Blue Wasp Marine, along with RINA's verification, sets a precedent for future developments in the wind propulsion sector. As more shipowners seek to integrate sustainable technologies, the demand for reliable performance assessment tools is likely to grow, potentially leading to further innovations and enhancements in this field.
