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LMS launches fuel cell system simulation

A LMS International product story
Edited by the Engineeringtalk editorial team Oct 28, 2008

LMS will introduce its latest fuel cell system simulation based on LMS Imagine Lab AMEsim at the Fuel Cell Seminar and Exposition 2008 held in Phoenix, Arizona, from 27 to 30 October.

The LMS Imagine Lab Fuel Cells solution will help fuel cell manufacturers design and optimise fuel cell stacks and systems via an accessible one-dimensional modelling environment.

With Imagine Lab Fuel Cells, users can size components, optimise architecture and geometries, and develop and test control strategies.

In addition, electrochemical researchers can opt to integrate and test different gas mixtures and material solutions, and predict real-life reactions such as voltage and transient temperature evolution, pressure and mass flow rates for the entire system.

Imagine Lab Fuel Cells are of particular interest to PEMFC or SOFC system integrators since it uses validated physical modelling, based on an energy-exchange approach where basic elements can be easily assembled to represent a complete fuel cell system.

LMS Imagine Lab Fuel Cells come with tools and multi-disciplinary libraries to build, analyse and optimise a functional digital fuel cell mock up.

'With LMS Imagine Lab Fuel Cells it is even possible to run sensitivity analyses or parameter optimisation to enhance the performance and efficiency of the complete system or just a specific component,' said Patrice Montaland, fuel cells expert, LMS.

'It provides an energy-exchange approach that lets users rapidly test and analyse new configurations and architecture for system efficiency and performance.' LMS will also demonstrate the latest release of the Imagine Lab AMEsim system platform on booth 708 throughout the duration of the exhibition.

Conference attendees will be given the opportunity to attend the presentation of a paper entitled 'Multi-scale physical modeling of PEMFC and SOFC from subsystem to stack' on 30 October, from 0830-1030.

Find out more about this article. Request a brochure, download technical specifications and request samples here.

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