Thomas A. Cooke

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About

Dr. Thomas A. Cooke is a leading researcher in power quality and electromagnetic compatibility, with a particular focus on the emerging challenge of supraharmonics—high-frequency conducted emissions in the 2 to 150 kHz range. His most-cited work, "Detection of High Frequency Conducted Emission using Radiated Fields" (2020, 6 citations), addresses a critical gap in modern power systems: the proliferation of inverter-based Distributed Energy Resources (DERs) and single-phase power electronics has dramatically increased supraharmonic pollution, yet traditional measurement methods remain inadequate. Cooke’s major contribution lies in demonstrating that radiated electromagnetic fields can serve as a reliable, non-contact proxy for detecting these emissions, offering a practical solution for utilities and researchers. This work has significant implications for grid stability and equipment compatibility in increasingly electrified environments. While his citation count reflects a focused, emerging field, Cooke’s research is foundational for developing standards and mitigation strategies for supraharmonics—a topic gaining urgency as renewable energy adoption accelerates. His innovative approach bridges electromagnetic theory and real-world power system challenges, making him a key voice in the next generation of power quality research.