Discover how Henkel empowers OEMs and battery manufacturers to speed up their development cycles and make smarter material choices through a unique set of capabilities. In this webinar at our September Virtual Conference on EV Engineering, we will explore: Mechanical modeling & simulation of cell-to-pack designs. Thermal management modeling & simulation for the best choice of … Continue reading “Webinar: How Henkel performs modeling, simulation and validation of battery systems”
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The race to develop high-quality, reliable battery and EV technology is more intense than ever. To stay ahead, manufacturers need purpose built testing solutions that ensure performance, safety, and compliance. Join this session at next week’s Virtual Conference on EV Engineering, presented by Chroma, where we will will illustrate how advanced power automated test systems … Continue reading “Advancing power test equipment for EV, EVSE, DUT simulation and battery testing (Webinar)”
Written by EVadmin
At the backbone of EV performance, battery technologies have earned the spotlight when it comes to accelerating the industry toward increased adoption of profitability. Faced with pressure to achieve range, safety and cost targets, engineers must address the challenges of battery modeling, manufacturing and vehicle integration while accounting for both mechanical performance and thermo-electrical effects. … Continue reading “How simulation and model-based approaches enhance the design, safety and efficiency of batteries”
Written by EVadmin
Sponsored by Chroma. Improving EV efficiency and safety hinges on an effective Battery Management System (BMS). For automotive BMS, it’s important to note that the battery pack is not directly connected to the motor. Instead, it interfaces through relays and fuses. Any disconnection or abnormal connection between these components can lead to unexpected increases in … Continue reading “Designing safer battery management systems with HIL simulation tools: Whitepaper”
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Join us to explore AVL’s innovative approach that combines ultra-high precision and accuracy testing methodology with advanced electrochemical simulation models to overcome the limitations of traditional BMS calibration methods. These advanced methods reduce the need for extensive physical testing, saving time and costs while enabling virtual testing that’s 3000 times faster than conventional testing. In … Continue reading “Achieve 3000x faster BMS calibration with ultra-high precision testing and simulation (Webinar)”