Accelerating fuel cell innovation
What is helping fuel cell developers around the world...
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The answer is Advanced Process Modeling, a technology that allows important design and operating decisions to be based on accurate quantification.
Similarly Model-based Innovation techniques are helping to integrate R&D with engineering design, to ensure optimal process design from the start.
What are the benefits of modeling?
More and more companies are systematically turning to high-accuracy predictive modelling to:
| accelerate fuel cell innovation | |
| design components and systems taking all effects into account simultaneously | |
| support all decisions using accurate numbers | |
| screen design alternatives quickly and reduce physical testing | |
| quantify and manage the risk involved in design decisions | |
| improve equipment designs – for example, using accurate predictive modeling to determine the effects on performance of geometry changes | |
| optimize operational performance and troubleshoot | |
| improve the effectiveness of R&D experimentation to reduce time and costs | |
| integrate experimentation and engineering design more closely | |
| generally, speed up time-to-market while saving money |
Contact us to arrange a free assessment
We are offering a 1-2 hour no-obligation assessment of how and where modelling can be applied to accelerate your design and development effort.
We will provide an overview of the technology and how it is being used by technology leaders, and discuss how it can help within your specific context. If necessary, we can arrange to sign a Non-Disclosure Agreement in advance.
Interested?
Click here to request an assessment
Click on the image below to see the …
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typical applications of advanced process modeling ...
" Advanced modeling is the only way to explore the fuel cell design space fully ."
– Japanese materials corporation
“We save $250K every time we avoid the need to build a test rig.”
– major US fuel cell developer







