Electrical Engineering

No Record Found.

Journal
• Parameter Estimation and Online Adaptation of Rotor Time Constant for Induction Motor Drive Reddy B., Poddar G., Muni B.P. By IEEE Transactions on Industry Applications 58 1416-1428 (2022)
• Balanced Submodule Operation of Modular Multilevel Converter-Based Induction Motor Drive for Wide-Speed Range Kumar Y.S., Poddar G. By IEEE Transactions on Power Electronics 35 3918-3927 (2020)
• Improved Low-Frequency Operation of Hybrid Inverter for Medium-Voltage Induction Motor Drive under V/f and Vector Control Mode of Operation Datta A., Poddar G. By IEEE Journal of Emerging and Selected Topics in Power Electronics 8 1248-1257 (2020)
• Medium-Voltage Vector Control Induction Motor Drive at Zero Frequency Using Modular Multilevel Converter Kumar Y.S., Poddar G. By IEEE Transactions on Industrial Electronics 65 125-132 (2018)
• Control of Medium Voltage AC Motor Drive for Wide Speed Range Using Modular Multilevel Converter Shasi K. Y., Poddar G. By Transaction of IEEE Industrial Electronics 64 2742-2749 (2017)
• Control Strategy to Naturally Balance Hybrid Converters for Variable Speed Medium Voltage Drives Applications Aneesh Kumar A S., Gautam Poddar, P. Ganesan By IEEE Transaction on Industrial Electronics Volume: 62, Issue. 2 866 - 876 (2015)
• Transformerless Hybrid Topology for Medium-Voltage Reactive-Power Compensation Malaya Sahu, Gautam Poddar By IEEE Transactions on Power Electronics VOL. 26, NO.5 1469-1479 (2011)
• Direct torque control of squirrel cage induction motor for optimum current ripple using three-level inverter S.Mukherjee, G. Poddar By IEE, Power Electronics Vol.3, Issue.6 904-914 (2010)
• A Series-Connected Three-Level Inverter Topology for Medium-Voltage Squirrel-Cage Motor Drive Applications Suvajit Mukherjee, Gautam Poddar By Transaction of IEEE Industrial Applications Vol. 46, No.1 - (2010)
• Natural Harmonic Elimination of Square Wave Inverter for Medium Voltage Application Gautam Poddar, Malaya Sahu By IEEE Transactions on Power Electronics VOL. 24, NO. 5 - (2009)
• Fast Control of Filter for Sensorless Vector Control SQIM Drive with Sinusoidal Motor Voltage Suvajit Mukherjee, Gautam Poddar By Transaction of IEEE Industrial Electronics Vol. 54, No.5 - (2007)
• Sensorless Field Oriented Control for Double Inverter Fed Wound Rotor Induction Motor Drive Gautam Poddar, V.T. Ranganathan By Transaction of IEEE Industrial Electronics Vol. 51, No.5 - (2004)
• Direct Torque and Frequency Control of Double-Inverter Fed Slip-Ring Induction Motor Drive Gautam Poddar, V.T. Ranganathan By Transaction of IEEE Industrial Electronics Vol. 52, No.5 - (2004)
• Sensorless Variable Speed Controller For Existing Fixed Speed Wind Power Generator With Unity Power Factor Operation Gautam Poddar, Aby Joseph, and Unnikrishnan A.K By Transaction of IEEE Industrial Electronics Vol. 50, No.5 - (2003)
• Control of Chaos in DC-DC Converter G. Poddar, K. Chakrabarty, S. Banerjee By IEEE Transactions on Circuit And System I: Fundamental Theory and Applications Vol.45, No 6 - (1998)
• Bifurcation Behavior of the Buck Converter K. Chakrabarty, G. Poddar, S. Banerjee By IEEE Transactions on Power Electronics Vol.11, No.3 - (1996)
• Control of CHAOS in Boost Converter G. Poddar, K. Chakrabarty, S. Banerjee By IEE, Electronics Letters Vol.31, No.11 - (1995)
• Experimental Control of Chaotic Behavior of Buck Converter G. Poddar, K. Chakrabarty, S. Banerjee By IEEE Transactions on Circuit And System I: Fundamental Theory and Applications Vol.42, No 8 - (1995)
Conferences
• Synchronous PWM technique based on reference angle for induction motor traction drive application Reddy G.B., Poddar G., Nagrale K.B., Muni B.P. By 9th IEEE International Conference on Power Electronics, Drives and Energy Systems, PEDES 2020 - (2020)
• Parameter Estimation and Self-Commissioning of High Power Induction Motor Drive: Importance with a Case Study Reddy G.B., Muni B.P., Poddar G. By 2020 IEEE International Conference on Power Electronics, Smart Grid and Renewable Energy, PESGRE 2020 - (2020)
• A bidirectional modular DC-AC converter with high frequency isolation for marine application Basu A., Poddar G. By Conference Proceedings - IEEE Applied Power Electronics Conference and Exposition - APEC 2019-March 1115-1120 (2019)
• Field Oriented Control Strategy for a Differential Induction Machine Mukhopadhyay S., Biswas S.K., Maiti D., Deb N.K., Sinha S., Poddar G. By Proceedings of 2018 IEEE International Conference on Power Electronics, Drives and Energy Systems, PEDES 2018 - (2018)
• Experimental and simulation studies on dead-time effect and its compensation on LV and MV drive Reddy G. B., Rao S. E., Muni B. P., Hatua K. , Poddar G. By 2016 IEEE International Conference on Power Electronics, Drives and Energy Systems (PEDES) 1-6 (2016)

Principal Investigator

• BUS PARALLEING CONTROLLER WITH CAN INTER FACE FOR POWER-UP SCALABLE CONVERTER
• SERIES COMPENSATION OF SIX STEP INVERTER
• MODEL OF ELECTRICAL MACHINES AND THEIR DRIVES WITH CONVERTER TOPOLOGIES FOR REAL TIME DIGITAL SIMULATOR
• SENSORLESS VECTOR CONTROLLED AC DRIVE
• FRONT-END CONVERTER
• STATCOM WITH NEUTRAL CURRENT COMPENSATION
• SENSORLESS HIGH VOLTAGE SINGLE PHASE FRONT-END CONVERTER
• ACTIVE SINGLE PHASE INVERTER CONTROL (SPIC)
• GRID CONNECTED & STANDALONE SOLAR POWER CONVERTER WITH MPPT
• UNIVERSAL AUXILIARY CONVERTER FOR RAILWAYS ROLLING STOCK
• HIGH VOLTAGE POWER SUPPLY
• HIGH POWER HARMONIC COMPENSATOR
• NATURAL HARMONIC COMPENSATION OF MEDIUM VOLTAGE CONVERTERS
• Development of communication link based high frequency converter
• Technology development for Solar inverter
• Sensorless PMSM Controller
• Feasibility study of IGBT based 4MW, 6.6 KV Medium Voltage VFD
• Design & Development of 120 KW Single Phase Static Bi-directional Converter
• Medium voltage drive with selective natural harmonic compensation
• Development of Regenerative Battery Discharge System
• 3-Phase AC EMU Traction and Auxiliary Converter
• 2 X 500 KVA AC source with VVVF drive
• Design and Tune of the Controller for the 9000 Hp Locomotive Drive
• Development of 12-Pulse Thyristor based Rectifier System
• Feasibility Analysis, Modeling and Controls, and Design for AC-AC Drives
• Design of 4 MW converter and development of scaled down unit of 100 KW converter

Co-Principal Investigator

• NATIONAL MISSION ON POWER ELECTRONICS TECHNOLOGY