Comprehensive System to Component xEV Simulation Using GT-SUITE and JMAG (Part II)
In this blog, you will learn about options for integrating JMAG-Express Online models with GT-SUITE system models and how to use control strategy design in GT-SUITE.
In this blog, you will learn about options for integrating JMAG-Express Online models with GT-SUITE system models and how to use control strategy design in GT-SUITE.
Learn how to use the new integration between GT-SUITE and JMAG-Express Online for accurate concept-level electric motor design.
Learn how GT-AutoLion enables engineers to explore, calibrate, and make robust decisions for fast charging algorithms early in a development cycle.
Learn how different charging protocols impact the tradeoff between reducing the time required to charge a battery and maximizing the life of a battery.
Learn how to predict not only how Li-ion batteries degrade over time, but how that affects system-level performance by combining GT-AutoLion and GT-SUITE.
Learn how simulation tools that use a physics-based approach to modeling Li-ion cells enable engineers to decrease testing time and costs.
Learn how to utilize real-driving scenarios in your development process to better predict vehicle fuel economy.
Learn why many aircraft companies are developing eVTOL aircrafts and how GT-SUITE helps address their simulation challenges.
Learn about some of the considerations taken in fuel cell design and how GT-SUITE is the ideal tool for addressing these challenges.
Learn how to build an accurate electrochemical battery cell model, even when you have limited data from a cell specification sheet.