From Intent to Action: Agentic AI for Vehicle Dynamics in Modelon Impact

March 30, 2026

Artificial intelligence is already capable of turning engineering intent into executable models. The next step is putting that capability to work. Previously, we explored why equation-based, physics-driven modeling is uniquely suited for AI. Now, we move from capability to application. What happens when AI is not just generating models, but actively participating in engineering workflows? […]

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Off the Grid: Why F1's Thermal Limits Demand Simulation Flexibility by Modelon

Off the Grid: Why F1’s Thermal Limits Demand Simulation Flexibility

February 25, 2026

In Formula 1, heat is the enemy of speed. As we approach the 2026 regulation changes, the most significant shift in powertrain architecture in a generation, the battle against that enemy is moving from the radiator shop to the simulation environment. For thermal engineers, F1 has always been a “proving ground”. But as we push […]

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Engineering Innovation at F1 Speed

Engineering Innovation at F1 Speed: Modelon’s Lights Out Sprint Hackathon

February 16, 2026

At Modelon, innovation doesn’t just happen in long cycles—it thrives in short, intense bursts of creativity. Last week, our India office turned an ordinary afternoon into a high energy, 120-minute Lights Out Sprint Hackathon, inspired by the precision and speed of an F1 pit stop. Three cross-functional teams spanning product development, quality engineering, customer success, […]

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Cooling Systems for Electric Vehicle Powertrains

May 9, 2024

Thermal management for EV powertrains is a crucial capability for key customer attributes such as vehicle performance, range, and comfort. The thermal management system keeps the vehicle batteries, motors, and power electronics operating within each component’s safe and target temperature range. In addition, other components, such as the DC fast charger, e-axles, and steering/brake pumps, […]

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Battery Thermal Management Development for Electric Vehicles

November 28, 2023

This blog post explains the process of modeling an automotive battery system in an electric vehicle. A structured approach is used to adapt the model detail and analyze different aspects of thermal management system solutions throughout the stages of development in Modelon Impact. 

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When to use physical system simulation

When to use Physical System Simulation?

August 1, 2022

Engineers often explain the model-based engineering design process with a graphical representation called the “Design V.” In part 2 of our blog series, we offer a new perspective of the “Design V”, including how and when physical system simulation is essential to the development and lifecycle of a product.

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Modelon 2022.1 Release: Now Available

February 21, 2022

Since the release of Modelon Impact, our cloud-native system simulation platform, we’ve made constant enhancements to user productivity and experience. With this 2022.1 release, system simulation just got a lot more powerful. We’ve now released the Modelon Help Center, workspace configuration management, and quick-start example models. Here’s what those, and some more notable updates, mean for […]

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Efficient Air Conditioning System and Heat Pump Design for Electric Vehicles

November 21, 2021

This blog focuses on designing and simulating an automotive air conditioning and heat pump system using Modelon Impact – enabling engineers to analyze the effect on energy consumption in electric vehicles. The Effect of an Air Conditioning System on Power Consumption and EV Range   Automotive air conditioning is today considered the norm: 99% of cars […]

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