The reliability of power electronic systems has become a critical concern, particularly as these systems are increasingly deployed in harsh environments, under high stresses, and with variable loads driven by the rapid expansion of renewable energy integration. Ensuring system stability requires advanced methods for real-time monitoring, performance assessment, and aging analysis to identify potential failures before they occur, thereby enhancing both reliability and longevity.
This second edition reflects the latest advances in converter and power electronics research and development. It offers comprehensive coverage of key topics, including:
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Anomaly detection, prognostics, and lifetime prediction
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DC-link capacitors and reliability of packaging
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Active thermal control and stochastic hybrid systems models
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Test methods, state monitoring, and reliability analysis tools
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Power electronics in wind turbines, PV systems, and adjustable speed drives
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Applications in computer power supplies and high-power converters
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New content on device-level technology for enhanced reliability modeling
By providing a detailed exploration of component- to system-level reliability, this book is an essential resource for researchers, engineers, and professionals in academia and industry, as well as grid operators and advanced students specializing in power electronics and renewable energy systems.
