Reliabililty and ruggedness of high power, high voltage power electronics
The primary objective is to improve the cost-efficiency of high power converter systems through increased reliability, better understanding of failure mechanisms and tools for lifetime estimation.
- Evaluate and compare thermal stress and efficiency of different state-of –the-art converter topologies.
- Development of accelerated lifetime test methods for high power, high voltage power electronics relevant for real applications. Contribution towards standardization of such tests.
- Contribute towards development of robust power electronic components with focus on obtaining stable and predictable behavior during and after fault conditions and consequently reducing downtime of HV converters.
- Develop a lifetime model for state-of-the-art IGBT devices based on experience from existing models.
- Development of methodology for online estimation of remaining lifetime of a semiconductor device. This methodology should be able to detect abnormal operation conditions and give early warnings of failure.
- Strengthen the education of applied power electronics at NTNU on topics related to reliability of power semiconductors.
- A research project financed by The Research Council of Norway Energix Programme and industry partners.
- Total budget 19.2 MNOK (2M Euro) whereof 14.2 MNOK from the Research Council of Norway.
- Duration 2015 - 2019.