Ultra high performance power converters with real-time health monitoring
Advanced power converters with real-time diagnostics for EV drivetrains, achieving >98% efficiency and >45 kW/kg. Enables rapid fault detection and lifetime assurance, enhancing the performance of heavy-duty electric vehicles.
Overview
The proposed solution focuses on developing ultra high performance power converters with integrated real-time health monitoring systems. These converters are designed to overcome existing limitations in electric vehicle (EV) drivetrains by providing a lightweight (>45 kW/kg) and highly efficient (>98%) energy transfer system. The integration of real-time diagnostics enhances fault detection, ensuring reliability and extending the lifespan of power electronics in heavy-duty EV applications.
Technical specifications
The converters utilize cutting-edge switched-capacitor technology to achieve unprecedented efficiency and low total harmonic distortion (THD). The health monitoring system comprises a sensing front-end suitable for integration into power converters, capable of detecting degradation in semiconductor devices and passive components. Additionally, a digital engine interprets data, providing real-time and forecast health information, predicting lifespan, reliability, carbon impact, and recycling capabilities.
Technology readiness level
Currently at TRL 3, the technology is in the development phase, with ongoing validation using in-house facilities. Industry consultation ensures adherence to roadmaps and compliance, aiming for future advancements to higher readiness levels.
About University of California, Santa Cruz
UC Santa Cruz is a public land‑grant research university in Santa Cruz, California, recognized for interdisciplinary collaboration within the University of California system. Its Silicon Valley campus in Santa Clara places programs and engagement in the heart of the tech cluster. On the main campus and at the Westside Research Park, shared facilities and collaborative spaces connect faculty with companies for joint development and translation. Research is supported by competitive federal agencies, including NSF, NIH, DOE, and NASA, and strengthened by longstanding collaboration with NASA Ames. Industry partnership and tech transfer—through the Innovation & Business Engagement Hub, the Industry Alliances & Technology Commercialization office, and UC’s systemwide network—streamline IP, sponsored research, and startups.
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