Summary
- Henkel uses advanced modeling and simulation to develop materials for EV battery systems
- Importance of simulation in improving materials and achieving better designs for EV battery systems
- Henkel offers solutions for creating safe, sustainable, and high-performing battery designs
- Simulation aids in enhancing safety aspects in battery systems
- Webinar hosted by CHARGED on October 30th at 11 am US EDT, registration is free
Article
Henkel, a leading provider of advanced materials for EV battery systems, has been utilizing advanced modeling and simulation to develop materials for its e-mobility portfolio. Through this webinar, Henkel will emphasize the importance of simulation in improving materials and achieving better designs for innovative EV battery systems. They will showcase their range of solutions for creating safe, sustainable, and high-performing battery designs, with real-life examples demonstrating improvements in structure, thermal management, and safety. The webinar will also highlight the role of simulation in the early design phase of battery systems, validating the performance of multi-functional materials, and enhancing safety aspects.
One key takeaway from the webinar is the significant contribution of Henkel’s advanced modeling, simulation, and testing in the early design phase of battery systems. By utilizing simulation tools, Henkel is able to optimize materials and designs to ensure better performance and efficiency in EV batteries. Additionally, simulation allows Henkel to validate the performance of multi-functional materials in the battery systems before physical testing, providing a cost-effective and time-saving approach to developing safe and high-performing battery designs.
Another important point to be discussed in the webinar is the role of simulation in enhancing the safety aspects of battery systems. With the increasing demand for electric vehicles, ensuring the safety and reliability of battery designs is crucial. Henkel’s use of simulation enables them to analyze and improve the safety features of their materials and designs, ultimately leading to more secure and sustainable battery systems. By incorporating simulation into their development process, Henkel can identify potential issues and make necessary adjustments to create safer and more efficient EV batteries.
Participants in the webinar will have the opportunity to learn about Henkel’s expertise in utilizing simulation tools to innovate in the field of EV battery systems. Through real-life examples and case studies, attendees will gain insights into how simulation can be used to optimize materials, improve designs, and enhance safety in battery systems. By attending the webinar, individuals will be able to expand their knowledge of the latest advancements in e-mobility technology and gain valuable insights into the role of simulation in developing cutting-edge EV battery solutions.
The webinar will be hosted by CHARGED on Wednesday, October 30th, at 11 am US EDT. Interested individuals can register for the event for free and join industry experts in discussing the importance of simulation in advancing materials and designs for EV battery systems. This event presents a unique opportunity for professionals in the e-mobility sector to learn from Henkel’s expertise and gain valuable knowledge that can help drive innovation and progress in the development of electric vehicles. Don’t miss out on this insightful webinar that will shed light on the critical role of simulation in shaping the future of EV battery technology.
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