Home > Academics > Academic Units > Departments > Electrical Engineering > Dheeman Chatterjee
Assistant Professor Grade-I
Electrical Engineering
Integration of wind power, various FACTS devices and HVDC transmission with grid with focus on dynamics and stability of the power system.
Computer techniques in power system analysis by MA Pai and D Chatterjee Computer techniques in power system analysis - (2014)
Optimum Injection of Second Harmonic Circulating Currents for Balancing Capacitor Voltages in Hybrid MMC during Reduced DC Voltage Conditions by Bandaru T., Samajdar D. , Varma . S., Bhattacharya T. , Chatterjee D. IEEE Transactions on Industry Applications 56 1649-1660 (2020)
Coordinated control of SMES and wind farm during fault in order to restrict rotor angle acceleration of power systems by Mitra A., Chatterjee D. International Transactions on Electrical Energy Systems 29 - (2018)
Active power control of DFIG-based wind farm for improvement of transient stability of power systems by 7. A Mitra and D Chatterjee IEEE Transactions on Power Systems Vol. 31, no 1 82-93 (2016)
A V-Q Sensitivity Based Index for Assessment of Dynamic Voltage Stability of Power Systems by 6. Srayashi Konar, Dheeman Chatterjee and Sourav Patra IET Generation, Transmission & Distribution Vol 9, no 7 677-685 (2015)
A sensitivity based approach to assess the impacts of integration of variable speed wind farms on the transient stability of power systems by 5. Arghya Mitra and Dheeman Chatterjee Renewable Energy (Elsevier) Vol. 60, December 2013 662-671 (2013)
Improvement of Transient Stability of Power Systems with STATCOM-Controller using Trajectory Sensitivity by 4. Dheeman Chatterjee and Arindam Ghosh International Journal of Electrical Power and Energy Systems Vol. 33, No. 3 531-539 (2011)
Application of Trajectory Sensitivity for The Evaluation of The Effect of TCSC Placement on Transient Stability by 3. Dheeman Chatterjee and Arindam Ghosh International Journal of Emerging Electric Power Systems Vol. 8, No. 1 - (2007)
TCSC Control Design for Transient Stability Improvement of a Multi-Machine Power System Using Trajectory Sensitivity by 2. Dheeman Chatterjee and Arindam Ghosh Electric Power Systems Research Vol. 77, No. 5-6 470-483 (2007)
Transient Stability Assessment of Power Systems Containing Series and Shunt FACTS Compensators by 1. Dheeman Chatterjee and Arindam Ghosh IEEE Transactions on Power Systems Vol. 22, No. 3 1210-1220 (2007)
Teja Bandaru
Area of Research: A Study of the Operation and Control of Modular Multilevel Converter based VSC-HVDC transmission
Chandrasekhar Roy
Area of Research: Application of Hybrid Flexible AC Transmission System for voltage support and unbalance mitigation
Karri V V Surya Srinivas
Area of Research: Power System Stability and Resilience
