Sujit Kumar Tripathy
Electric Power Research Institute, University of Tennessee System, Arizona State University
About
Sujit Tripathy is a staff engineer/scientist (Level-V) in the Transmission Operations & Planning (TOP) program at the Electric Power Research Institute (EPRI), based in Knoxville, Tennessee. His work focuses on applying data‑driven and analytical methods to transmission system operations and planning to enhance grid situational awareness, reliability, and resilience. At EPRI, he has contributed to and led research efforts spanning AI‑enabled alarm management (aLLarMa), outage optimization, system restoration analytics (SRN), hosting capacity assessment, and system strength evaluation. He works closely with utilities, system operators, and academic partners on utility‑driven research initiatives. He is pursuing a part‑time PhD at the University of Tennessee, Knoxville, with a dissertation focused on applications of advanced analytics for transmission system operations and planning.
Employment
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Electric Power Research Institute Staff-V2020 - Present
Education
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University of Tennessee System PhD in Electrical Engineering2022 - 2028
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Arizona State University MS in Electrical Engineering2017 - 2020
Projects & Funding
Projects & funding information is unavailable.
Publications (13)
- aLLarMa: LLM-Based Application for Operational Data, Alarms and Networks Save
- Implementation of a State Estimator Ensuring Visibility for the Largest Possible Set of Buses Save
- Restoring Situational Awareness During Extreme Loss of Control Center Capabilities Using HRTUs and Emergency Communication Means Save
- Re-establishing Functional Observability in a Control Center under Total Loss of Normal Communications using Time- series Clustering Save
- Short-term PV power forecasting in India: recent developments and policy analysis Save
- Stacked-value of Battery Storage: Effect of Battery Storage Penetration on Power Dispatch Save
- Demand modeling of a dc fast charging station Save
- Establishing the stacked value of battery energy storage in electric power systems Save
- Impact assessment of short-term variability of solar radiation in Rajasthan using SRRA data Save
- Impact Assessment of Short-Term Temporal Variability of Solar Power in Rajasthan Using SRRA Data Save