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The air conditioning system in the vehicle has the technical challenge of quickly ensuring passenger comfort while minimizing energy consumption. This is particularly important in electric vehicles (EVs), where energy consumption for air conditioning affects driving range and the design of thermal management systems, making it crucial to balance comfort and energy efficiency. Conventional HVAC control based on air temperature relies on the set temperature of the cabin, which can lead to a temporal mismatch with the physiological thermal response of the human body. As a result, excessive heating or cooling may consume unnecessary energy. In this webinar, we will present simulation cases comparing HVAC control based on human thermal sensation with conventional HVAC control based on air temperature. [Event Overview] ■ Date: December 3, 2026 (Thursday) 16:00 - 16:45 ■ Cost: Free ■ Format: Online ■ Organized by: ThermoAnalytics Japan *For more details, please refer to the related links or feel free to contact us.
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"Human Body Thermal Extension" is a simulation software that predicts the thermal comfort of the human body. It evaluates comfort, safety, and effectiveness using a starter database of human body models and advanced solvers. It consists of human body models designed to accurately simulate how people feel in transient and asymmetric scenarios, operating within TAITherm. This allows for transient analysis of the human body based on activity levels, clothing layers, and assumptions. The database includes models with the physiology of both males and females, as well as many clothing options, enabling quick setup of simulations and creation of models that meet design specifications. 【Features】 ■ Uses the Berkeley Comfort Model ■ Scalable male and female models ■ Calculation functions for sweat rate, shivering rate, and blood flow ■ Prediction functions for skin temperature and deep body temperature ■ TAITherm operational extension features *For more details, please download the PDF or feel free to contact us.
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"Battery Extension" is a thermo-electrical coupled solver that predicts battery performance. This product provides accurate results for evaluating battery performance using electrical and thermal boundary conditions as an extended license of TAITherm. By utilizing unsteady simulations, it generates precise results for critical battery design applications and accurately captures the performance of batteries under various situations and environments by simulating the temperature of the battery in operation. Additionally, it allows for the assessment of pack design performance, lifespan, and costs over the entire lifespan of the battery pack, helping to understand how design impacts longevity and efficiency. 【Features】 ■ Provides accurate results through electrical and thermal boundary conditions ■ Utilizes unsteady simulations ■ Evaluates performance, lifespan, and costs of pack design ■ Analysis service to assess thermal runaway risks *For more details, please download the PDF or feel free to contact us.
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"RapidFlow" is an integrated 3D fluid simulation tool that directly integrates into thermal analysis environments and automates the coupling of flow and heat transfer calculations. It employs a simplified Navier-Stokes equation-based solver suitable for airflow and heat transfer, allowing for coarser meshes compared to traditional CFD, significantly reducing computational costs. With a focus on high-speed calculations, it enables rapid iterations of transient analysis. The fast-operating turbulence and buoyancy models allow for the physical modeling of various heat transfer challenges. 【Features】 ■ Automation of the coupling of flow and heat transfer calculations ■ Significant reduction in computational costs ■ Ability to quickly iterate transient analyses ■ Automatic mesh generation and simple operability *For more details, please download the PDF or feel free to contact us.
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The product is a 3D thermal simulation software that predicts transient and steady-state temperatures. It solves complex models quickly in hours rather than days, without sacrificing accuracy. It can account for changing environmental factors such as solar radiation, radiation, convection, and conduction, allowing for an accurate understanding of the overall thermal interactions the product experiences. It reduces the burden of complex simulations and ensures that designs function properly in real-world scenarios. 【Features】 ■ High-speed analysis capability while maintaining accuracy ■ Supports all modes of heat transfer: solar radiation, radiation, convection, and conduction ■ Control over the trade-off between computation time and fidelity ■ Detailed simulations of complex areas made possible through extensions *For more details, please download the PDF or feel free to contact us.
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