Optimizing vehicle energy management engineering strategies with simulation and testing
Our simulation solutions enable you to accurately assess the energy management performance of your vehicle at early development stage.
Defining the best vehicle thermal management architecture
Easily build the missing data (engine maps, heat exchangers performance and air velocity) to get realistic models in pre-design stages, and anticipate on thermal systems sizing and performance even when information is not yet accessible.
Watch the webinarAccurately model the energy consumption of your vehicle
Discover how to design and assess model performance and energy consumption of a Tesla Model S - out of public data - using our system simulation tool, Simcenter Amesim.
Watch the webinarEnabling fast, effective thermal soak simulation
Set up a digital prototype process to address all design needs. This webinar provides examples for aerodynamics and thermal management workflow, and how process automation enabled predictive heat protection for severe drive conditions, from idle/soak simulation, to longer more complex drive cycles.
Watch the webinarFind the right architecture trade-offs for optimal vehicle energy management
Figure out how an integrated test and simulation approach can help you to effectively find the right architecture tradeoff that considers all performance attributes to create improve vehicle energy management.
Watch the webinarDiscover the power of deploying neural networks and its impact on systems engineering
Discover how a dedicated model-based systems development process can support the use of artificial intelligence to improve your mechatronic system development process.
Watch the webinarRapidly assess electric vehicle thermal management strategies
Learn how system simulation can help balance passenger comfort, range and safety attributes at early design stages and Validate the sizing of the different components to ensure battery cooling and cabin pull down.
Watch the webinarTesting advanced cabin thermal management strategies
Find out how to integrate a detailed cabin into your system simulation model using embedded-CFD, in order to increase the fidelity of your vehicle thermal management models to assess HVAC system power consumption and its impact on vehicle range.
Watch the webinarHigh fidelity passenger comfort and HVAC/interior component performance
Watch our experts detailing how extending the system simulation use to a higher-fidelity 3D cabin model can help for more predictive simulations.
Watch the webinarOur simulation solutions enable you to accurately assess the energy management performance of your vehicle at early development stage.
Defining the best vehicle thermal management architecture
Easily build the missing data (engine maps, heat exchangers performance and air velocity) to get realistic models in pre-design stages, and anticipate on thermal systems sizing and performance even when information is not yet accessible.
Watch the webinarAccurately model the energy consumption of your vehicle
Discover how to design and assess model performance and energy consumption of a Tesla Model S - out of public data - using our system simulation tool, Simcenter Amesim.
Watch the webinarEnabling fast, effective thermal soak simulation
Set up a digital prototype process to address all design needs. This webinar provides examples for aerodynamics and thermal management workflow, and how process automation enabled predictive heat protection for severe drive conditions, from idle/soak simulation, to longer more complex drive cycles.
Watch the webinarFind the right architecture trade-offs for optimal vehicle energy management
Figure out how an integrated test and simulation approach can help you to effectively find the right architecture tradeoff that considers all performance attributes to create improve vehicle energy management.
Watch the webinarDiscover the power of deploying neural networks and its impact on systems engineering
Discover how a dedicated model-based systems development process can support the use of artificial intelligence to improve your mechatronic system development process.
Watch the webinarRapidly assess electric vehicle thermal management strategies
Learn how system simulation can help balance passenger comfort, range and safety attributes at early design stages and Validate the sizing of the different components to ensure battery cooling and cabin pull down.
Watch the webinarTesting advanced cabin thermal management strategies
Find out how to integrate a detailed cabin into your system simulation model using embedded-CFD, in order to increase the fidelity of your vehicle thermal management models to assess HVAC system power consumption and its impact on vehicle range.
Watch the webinarHigh fidelity passenger comfort and HVAC/interior component performance
Watch our experts detailing how extending the system simulation use to a higher-fidelity 3D cabin model can help for more predictive simulations.
Watch the webinar
