The thermal management simulation platform covers the latest cooling system architecture, including a heat pump with two evaporation branches: one for the HVAC system to cool the cabin, and the other for the chiller to cool the electric vehicle battery through an auxiliary fluid loop. And the platform contains a lot of data on refrigerants and fluids, which can expand your research scope.

We create moist air model and apply them to the ventilation states including the HVAC systems and cabin comfort modules. The main advantage of the platform is that it combines control algorithms with equipment models, which allows you to design closed-loop logic control systems to optimize comfort and reduce energy consumption.

The thermal management simulation platform can simulate all dynamic scenarios for you, such as NEDC, WLTP and other standard conditions or custom conditions with multiple variables.

                                              Thermal Management Simulation Platform Interface

The platform Human Machine Interface (HMI) allows you to observe various variables from control and component models in real time. To study a specific situations, you can manually modify environmental inputs or control actuators at the Human Machine Interface (HMI).

                                                                                   HMI