Modelon’s advanced simulation capabilities empower us to thoroughly assess and validate our new heat pump technology. This collaboration provides us a comprehensive understanding of system behavior during critical transient phases. Working with Modelon not only enhances our confidence in the design’s overall performance, but also enables us to identify and address potential issues related to startup, stop, and trip events.

This invaluable tool contributes significantly to our commitment to delivering cutting-edge, resilient solutions in the field of sustainable energy.

Modelon beat out the other solutions we had evaluated because of the range of component libraries supplied in Modelon Impact and Modelon’s dedication to its customers. Modelon Impact is easy to use when we want to test multiple simulations.

If we get stuck, it’s refreshing to be able to directly reach out to the developers of the technology to get the support and direction that we can trust. This level of support helps us make quicker decisions in our product development cycle.

Modelon’s established authority and credibility in energy systems modeling and their pace for developing Modelon Impact aligns with our roadmap and mission. The self-critical and agile continuous improvement mindset of the Modelon team matches with MAN ES’ approach in novel system solutions development.

We trust that Modelon and Modelon Impact will help us change the world of power production for a more sustainable future.

Modelon reviewed our requirement and developed a model with uninterrupted communications through bi-weekly online meetings with project updates.

In addition, Modelon had been actively engaged with Honda for any clarification and requested any essential information for a successful project. Modelon Impact was the right choice.

The search for a solution to advance our fuel cell system processes started with desire for SOFC (Solid Oxide) technology. We selected Modelon Impact because the platform has many aspects that set it apart from other tools in the market including its Modelica-based language, physics-based modeling capabilities, and quick support team.

The included Fuel Cell Library is supplied with many rich example models, like SOFC, that allow for quick shortcuts we can copy into our workspace for further customization of our fuel cell models.

With the model, we’ve been able to provide our customers options and information about configuration or if we optimized certain parameters, what they could expect in terms of operating the plant, costs, and different things of that nature.

Using a system modeling tool like Modelon offers a means to generate those results we want and provide those to our members in a quick and accurate way.

Modelon’s libraries are giving us more confidence in our early system designs and enable us to build and run simulations more quickly than ever before.

Where we used to apply manual steady-state analysis, we can now run a full simulation and get much more insight, opening new possibilities for Rimac.

Modelon stood out with its reliable simulation capabilities, offering comprehensive component libraries that helped us understand and analyze the behavior of air conditioning systems before prototyping.

Working with Modelon Impact has been a seamless process.

I easily followed the instructions, logged in, and simulated the heat pump model without any problems.