Time Zones:

US: 2 PM EDT (Eastern Daylight Time)

Duration: 40 minutes, followed by live Q&A

About the Webinar

This webinar delves into the utilization of 1D CFD in GT Suite to analyze battery thermal dynamics and cooling systems. The success of mobility models, such as Hybrid Electric Vehicles (HEVs), Battery Electric Vehicles (BEVs), and Plug-In Hybrid Electric Vehicles (PHEVs), hinges on the efficiency and performance of their battery packages, which serve as the core power source. Tailoring battery requirements and constraints to specific applications is crucial, as the performance and lifespan of batteries are invariably influenced by temperature considerations. Discover how battery cooling systems are engineered to activate in response to heat detection, ensuring optimal performance and longevity. Don’t miss out on this opportunity to deepen your understanding of battery thermal management, improving overall performance in mobility solutions. Join us for this enlightening webinar.

This webinar focuses on:

ML-Based System Level Optimization of Cooling Circuit in EVs

Efficient Battery Thermal And Cooling System Analysis involves evaluating and optimizing methods for managing the heat produced by batteries. It aims to ensure optimal battery temperature levels for performance, longevity, and safety. This analysis focuses on developing effective cooling strategies to dissipate heat, preventing overheating and thermal runaway. By optimizing thermal management systems, energy efficiency can be enhanced, reducing energy losses associated with excessive heat. Ultimately, this analysis improves overall battery system performance, reliability, and lifespan while ensuring safety and efficiency through effective thermal management techniques.

In GT suite , a well-established 3D-CAD-based process is utilized to generate high-fidelity component models, employing 1D Computational Fluid Dynamics (CFD). GEM3D facilitates the creation of 1D flow coupled with 3D Finite Element (FE) thermal models, exclusive to G-SUITE. These models offer rapid and accurate assessment of pressure drop and temperature distribution compared to traditional 3D CFD methods. This approach enables swift sizing of cooling plate geometry for both steady-state and transient conditions, facilitating efficient review processes.

The Technical Session Covers:

Topic A. Battery Cooling and Thermal Performance in GT Suite

• Strategy in converting a 3D CAD model to a 1D circuit.
• 3D vs 1D results comparison
• Model setup of the single cell battery
• Predicting temperature response to a charging/discharging cycle

Topic B. ML-Based System Level Optimization of Cooling Circuit

• Model setup of the cooling circuit components in GT Suite
• Sensitivity analysis of potential design parameters
• ML-Based optimization of cooling circuit design parameters in Isight

Join us in our upcoming webinar session to know more!

DEP Engineering Services:

DEP offers tailored engineering solutions, from Crash analysis to Multi-body dynamics, ensuring top-notch results across fields like NVH, CFD, and aerodynamics. Specialized portfolio for EV development solutions includes designing, engineering, and manufacturing support for electric vehicles (EVs) to reduce carbon emissions and dependency on fossil fuels.

DEP EV Solutions suite encompasses efficient battery design & development technologies, optimizing charging infrastructure, and integrating smart mobility features for sustainability and convenience. Guided by customer satisfaction, we support you throughout the product development stages, utilizing our expertise and state-of-the-art facilities.

Save your seats today for this exclusive session!