Volvo Cars is leveraging advanced simulation technology from Ansys, powered by NVIDIA GPUs, to accelerate computational fluid dynamics (CFD) simulations by 2.5 times for its all-electric EX90 SUV. This collaboration enhances the efficiency of aerodynamic and thermal management analysis, streamlining the vehicle development process while optimizing energy efficiency and performance.
As automakers push for more sustainable and high-performance electric vehicles, the ability to run complex simulations faster is crucial. Ansys’ high-fidelity CFD software, running on NVIDIA’s powerful GPUs, enables Volvo Cars to conduct more detailed airflow and thermal simulations in significantly less time. This reduction in computational workload improves design accuracy, shortens development cycles, and enhances overall vehicle efficiency.
“By harnessing Ansys’ industry-leading simulation solutions on NVIDIA GPUs, we can run more complex and detailed simulations in less time, bringing innovative, energy-efficient vehicles to market faster,” said Erik Severinson, head of strategic product planning at Volvo Cars.
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The EX90, Volvo’s latest flagship electric SUV, benefits from these advanced simulations to refine aerodynamics, cooling efficiency, and battery performance, ultimately improving range and driving dynamics. With reduced reliance on costly and time-intensive physical testing, Volvo can accelerate innovation while maintaining its commitment to safety and sustainability.
As the automotive industry embraces next-generation computing and AI-driven simulations, partnerships like this are paving the way for more efficient and technologically advanced electric vehicles.