Insights from RINA’s contribution to WP3!
We are proud to share updates on RINA’s significant contributions to Work Package 3 (WP3) of the DT4GS (Digital Twin for Green Shipping) project, focusing on tasks T3.1 and T3.5. Pioneering Digital Twin Models (T3.1) RINA is working to define and potentially standardize DT models and simulations in hydrodynamics, powertrain efficiency, and energy-saving techniques. These […]
RINA’s crucial role in advancing digital twin technology.
In the dynamic landscape of maritime innovation, the European Union’s DT4GS project stands as a beacon of progress, driving forward transformative solutions for decarbonizing the shipping sector. At the forefront of this visionary endeavor stands RINA, a distinguished author of the book, “Shipping Digital Twin Landscape,” poised to revolutionize the way we perceive and utilize […]
Transforming the Maritime Future: Join Our Exclusive Workshop!
We’re thrilled to invite you to our upcoming workshop: “Empowering Change: Industry-Higher Education Collaboration for Novel Technologies in Zero-Emission Waterborne Transport” Date: June 17, 2024 Time: 09:30-12:30 CEST Location: Online Dive into discussions on skill development, higher education, and capacity building to propel the shift towards zero-emission waterborne transport. Our focus? Electrification and digital twins […]
Tracking Baleària’s ROPAX-Centric Digital Twin Journey!
In Task 4.4, BALEÀRIA definitely choose the MV SICILIA for the Digital Twin, this vessel is a RO-PAX of 186m length and 25,6m beam with Dual Fuel engines (VLSFO/MGO/LNG). SICILIA vessel installed onboard different sensors: flowmeters, draft radars, inclinometers/accelerometers, integration with bridge equipment, integration with Automation system, DGPS, … that provide to Baleària Central Offices […]
The Transferable DT4GS (Digital Twin for Green Shipping) architecture!
Konnecta and Inlecom are delighted to introduce the Transferable DT4GS (Digital Twin for Green Shipping) architecture, an outcome of rigorous research aimed at fostering sustainable practices in the shipping industry. This architecture serves as the foundation for a platform that integrates digital twinning, knowledge graphs, and edge computing, offering a scalable solution for ship decarbonization. […]
