University of Pittsburgh Collaborates on High-Voltage DC Power Grid Transformer Development
The University of Pittsburgh and North Carolina State University are collaborating on a $1.9 million project funded by ARPA-E to enhance high-voltage DC grid technology. This initiative aims to improve power grid capacity and reliability through innovative transformer designs, with Pitt receiving $600,000 for medium-frequency transformer prototypes.
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The University of Pittsburgh is engaged in a project titled Disruptive DC Converters for Grid Resilient Infrastructure to Deliver Secure Energy (DC-GRIDS), funded by the U.S. Department of Energy's ARPA-E.
Paul Ohodnicki leads the initiative for Pitt, focusing on medium-frequency transformers for high-voltage DC systems to enhance grid efficiency and reduce costs. North Carolina State University contributes with its semiconductor switch designs, targeting significant reductions in converter station size and complexity.
The project’s funding allocation includes $600,000 for Pitt to develop prototypes, which will support advancements in power conversion and integration of renewable sources. This research is critical for creating resilient energy infrastructures, aligning with national goals for electrification and sustainability.
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