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Explore IndustryVehicle benchmarking studies simulation and testing
Vehicle benchmarking studies simulation and testing
How to start your new electrification program faster with smart performance targets
Performing vehicle benchmarking studies is a key and mandatory element in a standard product development cycle in order to achieve the first step of target-settings at sub-system levels. The electrification of vehicles generates an increased number of architectures possibilities to meet stringent energy efficiency levels and performance targets. Powertrain thermal management and battery cooling are key aspects of those architectures. The technology choices - air cooling, liquid cooling, refrigerant cooling through chillers, or a more advanced system with the cabin cooling involved - have a strong impact on the overall energy balance. Getting early insights on the performance target levels for any possible configuration is critical to get a competitive edge. Accessing hundreds of vehicle architectures in limited timeframes requires a new development methodology where simulation and testing are essential.
In this webinar, our experts will introduce an all-in-one approach to perform vehicle benchmarking studies and support target setting & requirements definition and decision-making on technologies and architectures to successfully balance and optimize seemingly conflicting requirements. We’ll detail our post-processing approach that enables fast data exploitation, and our testing and simulation framework that enables to get even better insights on possible innovations and architecture choices to win the competition race.
What will you learn in this webinar?
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How to start your new electrification program faster with smart performance targets
Performing vehicle benchmarking studies is a key and mandatory element in a standard product development cycle in order to achieve the first step of target-settings at sub-system levels. The electrification of vehicles generates an increased number of architectures possibilities to meet stringent energy efficiency levels and performance targets. Powertrain thermal management and battery cooling are key aspects of those architectures. The technology choices - air cooling, liquid cooling, refrigerant cooling through chillers, or a more advanced system with the cabin cooling involved - have a strong impact on the overall energy balance. Getting early insights on the performance target levels for any possible configuration is critical to get a competitive edge. Accessing hundreds of vehicle architectures in limited timeframes requires a new development methodology where simulation and testing are essential.
In this webinar, our experts will introduce an all-in-one approach to perform vehicle benchmarking studies and support target setting & requirements definition and decision-making on technologies and architectures to successfully balance and optimize seemingly conflicting requirements. We’ll detail our post-processing approach that enables fast data exploitation, and our testing and simulation framework that enables to get even better insights on possible innovations and architecture choices to win the competition race.
What will you learn in this webinar?