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Range Anxiety and System Efficiency
Range anxiety remains a formidable barrier to adopting hybrid and electric vehicles. However, with technological advancements and the widespread development of charging infrastructure, the issue is shifting from range anxiety to range confidence. To unlock the full potential of xEVs, a concerted effort must be made to maximize usable energy. This endeavor encompasses the design of highly efficient battery packs and optimizing subsystems, all aimed at curbing energy consumption while amplifying vehicle output.
Predicting System Performance and Vehicle Range
Our comprehensive modeling approach is a versatile tool that fosters innovation and efficiency in vehicle development. It provides deep insights into potential vehicle designs, enabling engineers to identify and address issues early in the design process, leading to superior final products. Accurately simulating real-world conditions expedites development and enables faster time to market, reducing the need for extensive physical prototyping and testing.
The versatility in simulating any conceivable vehicle use case or test condition makes TAIThermTM a valuable tool for design exploration, validation, and refinement. Our predictive modeling capabilities empower engineers to optimize designs for maximum performance, efficiency, and reliability under diverse, real-world conditions. The results are a faster development process and vehicles closely aligning with customer needs and expectations, ultimately driving market success.
Streamlining System Design and Component Selection
TAIThermTM's transient loading models for electrical components and systems revolutionize the design process by accurately incorporating thermal behavior into system-level simulations. This allows engineers to evaluate and optimize designs under dynamic operating conditions, ensuring the system performs even under fluctuating loads and environmental conditions. By incorporating real-world thermal dynamics into the design process, TAIThermTM helps engineers identify and address potential thermal issues before they become costly problems in the field.
Comprehensive System-Level Tools
Many system-level tools predict energy usage, but few accurately forecast critical temperatures impacting subsystem performance. TAIThermTM brings 3D accuracy to system tools, enabling component optimization and mitigating thermal risks, crucial factors in ensuring product durability and performance. By accurately mapping temperature distributions throughout the system, TAIThermTM empowers engineers to make informed design decisions, ultimately leading to more efficient, durable, and high-performing products.
Advanced, Efficient Processes to Accelerate Time to Market in Product Development
ThermoAnalytics develops advanced simulation processes that enable time savings in product development while adding more detail and accuracy than many common CFD-based simulation processes. Our user-friendly process manager features integrated software application user interfaces, making it accessible to users with varying technical expertise. TAIThermTM and CoThermTM can connect with most system-level tools on the market (GT, Matlab-Simulink, Dymola, Modelon, AMESIM, etc.). Installation includes ready-to-use processes covering various applications as well as FMI and FMU.
The End of Range Anxiety is Here
TAITherm helps engineers predict and improve energy efficiency and range in electric and hybrid vehicles