My research interest primarily focuses on the application of control theory to analyze and manage the dynamic behaviour of integrated power systems, particularly in the context of high renewable energy penetration. I am especially interested in developing robust and adaptive control strategies that ensure the reliability, efficiency, and sustainability of modern power grids. In addition to control design, I also work in the modelling and simulation techniques for modern power systems with significant integration of inverter-based resources and distributed generation.
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Angular Stability of Grid Forming Converters Subjected to Large Disturbances by Ramachandra S., Dey K. , Kulkarni A. , Gole A. Electric Power Systems Research 252 - (2026)
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Small-Signal Stability Assessment of Controller Hardware-In-Loop EMT Simulations by Dey K., Sinkar A. , Gole A. , Qi Y. , Li D. , Ding H. IEEE PES General Meeting 2024 - (2024)
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Online Estimation of Linearized IBR models using Ambient Noise and External Excitation by Mukherjee M., Singh S. , Kulkarni A. , Dey K. , Gole A. Electric Power Systems Research 251 - (2026)
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Online Inertia Estimation of Inverter-Based Resources using Bus Frequency Measurements by Shahraki N., Dey K. , Lin T. , Gole A. Electric Power Systems Research 252 - (2026)
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Stability Assessment of Multi-Rate Electromagnetic Transient Simulations by Sinkar A., Dey K., Zhao H., Gole A.M. IEEE Transactions on Power Delivery 40 3017-3030 (2025)
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Design and simplified stability analysis of wide-area damping control with variable feedback delay by Gajjar K., Dey K. , Kulkarni A. Electric Power Systems Research 223 - (2023)
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Passivity-Based Decentralized Criteria for Small-Signal Stability of Power Systems with Converter-Interfaced Generation by Dey K., Kulkarni A. IEEE Transactions on Power Systems 38 - (2023)
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Analysis of the Passivity Characteristics of Synchronous Generators and Converter-Interfaced Systems for Grid Interaction Studies by Dey K., Kulkarni A. International Journal of Electrical Power & Energy Systems 129 - (2021)
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Comparison of dynamic phasor, discrete-time and frequency scanning based SSR models of a TCSC by Dey K., Das M. K., Kulkarni A. Electric Power Systems Research 196 - (2021)
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Supplementary Damping Controller Design for Interactions Between Current-Controlled MMCs by Dey K., Jiang C. , Gole A. IET ACDC 2025 Conference - (2025)
Principal Investigator
- An Integrated Automation Framework for EMT Simulations of Large-Scale Power Systems SRIC, IIT KHARAGPUR
Ph. D. Students
Anand Singh Kala
Area of Research: Converter Dominant Power System Analysis and control
