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EngineRoom v1

Model Name

EngineRoom v1

Primary Purpose Of Model

Fuel consumption model

Secondary Purpose Of Model

power system performance

Version History

v1.0.0

Developer Organisation

TU Delft

Model Created On

1748822400000

Model Description

Enables user to estimate fuel consumption from an engine room configuration

Link To Documentation

https://inlecomsystems.sharepoint.com/:b:/r/sites/DT4GSproject/Shared%20Documents/WP1%20-%20The%20DT4GS%20Modelling%20Framework/Tasks/T1.6%20Comprehensive%20DT-enabled%20design%20methodology%20for%20zero%20emission%20shipping/EngineRoom/README_EngineRoom%20modelling.pdf?csf=1&web=1&e=HgM5xa

Physical System Targeted

Ships power system (main engine, aux engine, fuel)

System Behaviour Or Function Targeted

Efficiency, load splitting, fuel consumption

Model Executable Files Location

https://inlecomsystems.sharepoint.com/:u:/r/sites/DT4GSproject/Shared%20Documents/WP1%20-%20The%20DT4GS%20Modelling%20Framework/Tasks/T1.6%20Comprehensive%20DT-enabled%20design%20methodology%20for%20zero%20emission%20shipping/EngineRoom/EnginRoom_executable.py?csf=1&web=1&e=L8ZHIu

Model Components

EnergyConverter classes (ICE, Fuel cell), Fuel classes, Power sharing configuration class, shaft generator class object, shaft motor class object, reformer class object, electricity converter class object.

Model Inputs

Specific engines that the ship uses, specific fuel that the ship uses, main power required, aux power required

Model Outputs

main fuel mass, main fuel volume, aux fuel mass, aux fuel volume.

⬇️ Documentation (README_EngineRoom modelling)

⬇️ Download Code (EnginRoom_executable)