Short introduction of partner, why do they participate and why is DT4GS important for FINC.
FINCANTIERI NEXTECH is a company of all-Italian excellence that offers cutting-edge products and services in various fields: electronics, advanced systems, Integrated Logistics Support, IT, and cybersecurity, along with the opportunity to apply its known skills in engineering and experimentation, research and development to transversal activities. The innovative solutions developed by FINCANTIERI NEXTECH in naval, land, […]
Short introduction of partner, why do they participate in DT4GS and why is DT4GS important for SP.
SEAPort Solutions SL is a start-up that offers a technological solution customised to each port’s particular needs in order to send and receive (share) information related to the port call process automatically, thereby increasing efficiency and minimizing non-productive time (anchoring, delays, etc.) and unnecessary energy consumption. SEAPort Solutions SL was set up in 2020 with the aim […]
Dissemination & Communication of DT4GS
The main objective of the task 5.1 is to carry out a communication and dissemination program and link with relevant EU projects and initiatives to realize new interactions. Multi-channel communication to general public and key stakeholders. Establish the Dissemination & Communication material and website: -Draft the Dissemination & Communication Plan (initial + final) -Promote the project […]
DT4GS Cluster
Establish a Stakeholder Charter for DT4GS stakeholders and building up a community of contributors and users collaborating to sustain an open DT infrastructure for Green Smart Ship. In this task 5.2 the aim is to show the main objectives of DT4GS cluster, the offers that the project can provide to the potential interested stakeholders to […]
DT4GS Modelling Framework for comparative analysis and performance modelling
of emerging Green Ship Energy solutions
In this task 1.3 the aim is to design a benchmarking methodology, that will allow current & future (hybrid) energy systems comparison, in terms of normalized efficiency, emissions, by-product (waste heat, water) and on board footprint. This methodology will rely on a components & systems properties database to derive relevant metrics, used for comparison.The metrics […]
