Introduction to Power System Reliability Modeling and Design Considerations
As AI adoption grows, distribution system complexity increases, making reliability efforts crucial.
Failures can be categorized and the current health monitoring schemes are closely tier to qualification methods. However, their high complexity causes lack of widespread solutions and market adoption.
Infineon's Power System Reliability Modeling bridges the gap between component and system reliability, enabling in-field monitoring, real-time diagnostics, and dynamic condition logging.
This shift clarifies the influences on the power supply unit (PSU) performance and provides valuable insights into in-field information and operating conditions.
Key takeaways:
Reliability’s business relevance and importance as a concept for power supplies in IT infrastructure to improve TCO
Learn more about power failures, their classification, and their impact on the design considerations
Get an overview of the use cases that help your organization to implement health monitoring schemes
Insights into reliability prediction solution for complete system and its benefits for power supply design and overall system availability
MUST SEE for:
System architects
Power systems engineers and electrical engineers
Datacenter managers and telecom network managers
Date & time: November, 26th 08.30 PST | 11.30 EST | 17.30 CET* *Also available on-demand
Luca is a Solution and Business Development Manager who focuses on innovative solutions and data centers. Based in Munich, he holds a master’s degree in International Business Administration from the University of Bergamo.
Christian is a System Architect with a strong background in System Engineering and embedded Software development, leveraging expertise to drive innovative solutions in system failure detection and analytics. He holds a master's degree in Electrical Engineering.