Summary
- Optimizing DC link capacitors is crucial for enhancing efficiency and reliability of traction inverters in electric vehicles
- TDK offers advanced capacitor solutions such as PCC, xEV Cap, DC Link series, and CeraLink for stabilizing power delivery, reducing losses, and improving thermal performance
- Join the Virtual Conference on EV Engineering presented by TDK to discuss key design considerations, material advantages, and application-specific benefits of capacitor technology for high-performance EV traction inverters
- Other sessions at the conference include topics on testing and validating EV chargers, OBCs, V2G, and more
- The conference will cover the EV engineering supply chain and ecosystem, discussing motor and power electronics design, battery systems, testing, powertrains, thermal management, and more.
Article
Optimizing DC link capacitors is essential for improving the efficiency and reliability of traction inverters in electric vehicles. TDK’s advanced capacitor solutions, including PCC, xEV Cap, DC Link series, and CeraLink, play a crucial role in stabilizing power delivery, reducing losses, and enhancing thermal performance. Engineers can learn more about these technologies and how to select the best capacitor technology for high-performance EV traction inverters at the Virtual Conference on EV Engineering presented by TDK.
Attendees of the conference can also join a session on effectively testing and validating EV chargers, onboard chargers, Vehicle-to-Grid (V2G) systems, and more. With the increasing demand for EV infrastructure, ensuring the reliability, efficiency, and interoperability of these systems is crucial. The webinar presented by Pacific Power Source will discuss key considerations for testing EV charging systems, grid compliance, power quality, and immunity to grid disturbances. Attendees will learn about testing strategies, compliance standards, and real-world industry examples to improve product robustness and market readiness.
The Virtual Conference on EV Engineering will cover various topics related to the EV engineering supply chain and ecosystem. The content will include discussions on motor and power electronics design and manufacturing, cell development, battery systems, testing, powertrains, thermal management, circuit protection, wire and cable, and EMI/EMC. The conference aims to provide insights and updates on the latest technologies and trends in the EV industry to help professionals stay informed and competitive in the market.
Engineers and professionals interested in learning more about optimizing DC link capacitors, testing EV charging systems, and other aspects of EV engineering can reserve their spot at the Virtual Conference on EV Engineering. The conference will be broadcast live on March 10-13, 2025, and will feature sessions presented by industry experts and leading companies in the EV sector. Attendees will have the opportunity to explore key design considerations, material advantages, application-specific benefits, and practical insights to enhance their knowledge and skills in the field.
By attending the Virtual Conference on EV Engineering, participants can gain valuable knowledge and insights into the latest developments in the EV industry. Whether they are interested in optimizing DC link capacitors, testing EV charging systems, or exploring other topics in EV engineering, the conference offers a platform for learning and networking with industry professionals. With sessions covering a wide range of technologies and trends, attendees can stay up to date with the rapidly evolving EV market and position themselves for success in their careers.
Reserve your spot at the Virtual Conference on EV Engineering to join sessions on optimizing DC link capacitors, testing EV chargers, and more. The conference offers a valuable opportunity to learn from industry experts, explore key topics in EV engineering, and stay informed about the latest trends and technologies in the field. By participating in the conference, attendees can enhance their knowledge, skills, and network within the EV industry, positioning themselves for success in this dynamic and rapidly growing sector.
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