BattMo
BattMo is an open source simulation code for continuum modelling of electrochemical devices written in Matlab and Julia
Software
The green and digital transformation requires simulations, visualizations, analyzes, automation and monitoring systems. New software is an important piece in this transformation. Here you will find an overview of our software-related systems and tools. Contact the dedicated contact persons for more information.
Destiny
DESTINY is an open-source cyber-physical Modelica library developed for modelling and simulation of renewable stationary energy systems.
Multi-SOFC - celle
Our Solid Oxide Fuel Cell (SOFC) Cell-Level Model is designed to simulate the complex electrochemical processes within an SOFC unit.
Power Grid and Market Analysis (PowerGAMA)
PowerGAMA is an open-source Python package for power system grid and market analyses.
SINTEF coupled FE-CFD model for fracture-propagation control in CO2 pipelines
The SINTEF FE-CFD model is an advanced coupled fluid-structure model able to predict whether a leak in a CO2-transport pipeline will form a long running-ductile fracture. This helps ensuring safe CO2 transport.
Thermopack
Thermopack is a flexible workbench for thermodynamic properties of fluids. It provides an interface to a range of different equations of state, mixing rules, and utilities for computing dependent thermodynamic properties.
VirtualFCS
VirtualFCS is an open-source cyber-physical Modelica library developed for the OpenModelica for modelling and simulation of hybrid fuel cell battery systems.
ZesOpt model
The ZesOpt software allows us to optimise the design and operation of zero emission hybrid electrical energy systems of ships, as well as other transport applications.