My research area is Power and Energy systems where I have published in top rated international journals and filed patent. Main reasearch thrust in power system restructuring area is on development of optimal bidding strategies under different market models, risk assessment and market power monitoring. In the area of renewable energy, my research interest include grid interaction of sustainable energy sources, islanding detection, PV shading and penetration effects, PHEV integration and reliability assessment, decentralized control of DERs in electricity market and Price-based control of storage devices.
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New Voltage Control Strategies for VSC based DG Units in an Unbalanced Microgrid Merrit N. R., Chakraborty C. , Bajpai P. By IEEE Transactions on Sustainable Energy - (2017)
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Adaptive Distance Relaying for Distribution Lines Connecting Inverter-Interfaced Solar PV Plant Mishra P., Pradhan A.K., Bajpai P. By IEEE Transactions on Industrial Electronics 68 2300-2309 (2021)
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Small Signal Modeling and Decoupled Controller Design for a Triple Active Bridge Multiport DC-DC Converter Biswas I., Kastha D. , Bajpai P. By IEEE Transaction on Power Electronics - (Accepted/In-Press)
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A Unified Control Structure for Grid Connected and Islanded Mode of Operation of Voltage Source Converter Based Distributed Generation Units Under Unbalanced and Non-Linear Conditions Merritt N. R., Chakraborty C. , Bajpai P. , Pal B. C. By IEEE Transactions on Power Delivery 35 1758-1768 (2020)
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Second Harmonic Impedance Drift based Islanding Detection Method Bajpai P., M M. , Boddeti K. K., Naidu B. R. By IET Generation, Transmission & Distribution 30 5313-5324 (2019)
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A Unified Control Structure for Grid Connected and Islanded Mode Operations of Voltage Source Converter based Distributed Generation Units under Unbalanced and Non-linear Conditions Bajpai P., Chakraborty C. , Merritt N. R., Pal B. C. By IEEE Transactions on Power Delivery - (2019)
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Power Management of Hybrid Energy Storage System in a Standalone DC Microgrid Bajpai P., Sinha S. By Journal of Energy Storage 30 - (2020)
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A Novel Metric to Quantify and Enable Resilient Distribution System using Graph Theory and Choquet Integral Chanda S., Srivastava A. K., Bajpai P. By IEEE Transactions on Smart Grid 9 2918-2929 (2018)
Co-Principal Investigator
- Development and Integration of an Efficient Multi-port Converter in Intelligent Hibrid Microgrid Energy Systems (Imprint-2 / Industrial Part) CESC Limited
- Development and Integration of an Efficient Multi-port Converter in Intelligent Hibrid Microgrid Energy Systems (Imprint-2 / Industrial Part) EDU-TEK EQUIPMENTS (INDIA) PRIVATE LIMITED
- Development and Integration of an Efficient Multi-port Converter in Intelligent Hibrid Microgrid Energy Systems (Imprint-2 / Industrial Part) Micro Systems and Services
- Development and Integration of an Efficient Multi-port Converter in Intelligent Hibrid Microgrid Energy Systems (Imprint-2 / Industrial Part) Suncraft Energy Private Limited
- Development and Integration of an Efficient Multi-port Converter in Intelligent Hibrid Microgrid Energy Systems (Imprint-2 / SERB Part) Science and Engineering Research Board (SERB)
- Technical Vetting of Hydraulic and Process Design, Flow Diagram, Treatment Technology, General Arrangement Drawing as well as all Structural, Electro-mechanical and Instrumentation Design-Drawing for Interception and Diversion Structures, Lifting Stations, Main Pumping Station, Effluent Pumping Station, Sewerage Network and 35 MLD STP in Maheshtala Municipality in the State of West Bengal under HAM Kolkata Metropolitan Development Authority
Ph. D. Students
Abhishek Mishra
Area of Research: Hybrid microgrid system
Atanu Mondal
Area of Research: Power electronics and renewable energy integration
Katariya Karan Vasudev
Area of Research: Power System Monitoring and Protection
Sheshadri Shekhar Rauth
Area of Research: Wind energy system
Srushti Dilip Sengarap
Area of Research: Distributed generation system
T Dinesh Varma
Area of Research: Reconfigurable distribution system
MS Students
Arghya Mallick
Area of Research: Microgrid, Control, Optimization
