sahil gaurav

This is an education channel for power engineers (Electrical Engineering).
About Sahil Gaurav: I am a Ph.D. student in Power Engineering specialization at Indian Institute of Technology Guwahati. I joined this program in July 2021 under Dr. Chandan Kumar's supervision, and was awarded with prestigious prime minister's research fellowship in December 2021 (Cycle 8). I completed M.Tech (CGPA - 9.5) from IIT Bhilai and B.Tech in EE from Bhagalpur College of Engineering (2k15-2k19, University Gold Medalist). I was a guest researcher at Kiel University, Kiel, Germany, in 2024, working under Prof. Marco Liserre.

Cascaded Inner dq Voltage and Current Control || PI Controller Design || Dual-loop || 3-ph Inverter
Cascaded Inner dq Voltage and Current Control || PI Controller Design || Dual-loop || 3-ph Inverter
Van der Pol Oscillator (VdPO) based Virtual Oscillator Control Technique for Parallel Inverters
Van der Pol Oscillator (VdPO) based Virtual Oscillator Control Technique for Parallel Inverters
Droop Control for Stand-alone (Islanded) Microgrid using MATLAB/Simulink || Three-phase GFM Inverter
Droop Control for Stand-alone (Islanded) Microgrid using MATLAB/Simulink || Three-phase GFM Inverter
MATLAB Simulation of AHO based Virtual Oscillator (VO) Controller || Grid Forming (GFM) Converter
MATLAB Simulation of AHO based Virtual Oscillator (VO) Controller || Grid Forming (GFM) Converter
Virtual Oscillator Control of Series-Connected PV Powered Converters for MV Grid Integration
Virtual Oscillator Control of Series-Connected PV Powered Converters for MV Grid Integration
Dual Loop based Andronov-Hopf Oscillator Control of Grid-Connected Photovoltaic Systems || IECON SYP
Dual Loop based Andronov-Hopf Oscillator Control of Grid-Connected Photovoltaic Systems || IECON SYP
Revision Session || Course Name: Operation and Planning of Power Distribution Systems || Session 13
Revision Session || Course Name: Operation and Planning of Power Distribution Systems || Session 13
Distribution System Automation and Smart Grid || Session 12
Distribution System Automation and Smart Grid || Session 12
Distributed Generation (DG) || Concept of Microgrid || Tutorial 11
Distributed Generation (DG) || Concept of Microgrid || Tutorial 11
Multi-objective Power Distribution System Planning Approach || Session 10
Multi-objective Power Distribution System Planning Approach || Session 10
Power Distribution System Planning: Economic Aspects || Session 9
Power Distribution System Planning: Economic Aspects || Session 9
Reactive Power Compensation in Distribution Systems || Session 8
Reactive Power Compensation in Distribution Systems || Session 8
Backward Forward Sweep Load Flow Analysis For Radial Distribution Systems || Session 7
Backward Forward Sweep Load Flow Analysis For Radial Distribution Systems || Session 7
MTTF, MTTR, MTBF, Mean Cycle Time, Failure Rate, Repair Rate, Bathtub Curve || Session 6
MTTF, MTTR, MTBF, Mean Cycle Time, Failure Rate, Repair Rate, Bathtub Curve || Session 6
Different Reliability Indices used in Distribution Networks || Session 5
Different Reliability Indices used in Distribution Networks || Session 5
Voltage Drop and Power Loss Computations for Typical Radial Distribution Feeders || Session 4
Voltage Drop and Power Loss Computations for Typical Radial Distribution Feeders || Session 4
Demand Side Management (DSM) and Basic Features of Distribution Systems || Session 3
Demand Side Management (DSM) and Basic Features of Distribution Systems || Session 3
Load Modelling || Session 2
Load Modelling || Session 2
Small dc-link capacitor-based PowerConverterTopologies &related issues|| Prof. Ramkrishan Maheshwari
Small dc-link capacitor-based PowerConverterTopologies &related issues|| Prof. Ramkrishan Maheshwari
Introduction, Overview and Load Modelling || Session 1
Introduction, Overview and Load Modelling || Session 1
Intelligent Power Management and Control of Electric Drive in Electric Vehicle || Prof. Rajesh Kumar
Intelligent Power Management and Control of Electric Drive in Electric Vehicle || Prof. Rajesh Kumar
Is It Possible to Transition to E-Mobility Completely In The Next Few Years || Prof G Bhuvaneshwari
Is It Possible to Transition to E-Mobility Completely In The Next Few Years || Prof G Bhuvaneshwari
Tutorial 13 || Revision Session || Design of Photovoltaic Systems by Prof. L Umanand - noc24_ee109
Tutorial 13 || Revision Session || Design of Photovoltaic Systems by Prof. L Umanand - noc24_ee109
Power Electronics-Enabled Autonomous Power Systems: Next-Generation Smart Grids || Prof. Zhong
Power Electronics-Enabled Autonomous Power Systems: Next-Generation Smart Grids || Prof. Zhong
Tutorial 12 || Life Cycle Cost (LCC) || Integrated Magnetics || Flux-rate Switch || SVPWM
Tutorial 12 || Life Cycle Cost (LCC) || Integrated Magnetics || Flux-rate Switch || SVPWM
Tutorial 11 || Solar Photovoltaic (PV) Grid Interface || abc to alpha-beta and dq Transformations
Tutorial 11 || Solar Photovoltaic (PV) Grid Interface || abc to alpha-beta and dq Transformations
Tutorial 10 || Solar Photovoltaic (PV) and Water Pumping || Centrifugal Pump || Reciprocating Pump
Tutorial 10 || Solar Photovoltaic (PV) and Water Pumping || Centrifugal Pump || Reciprocating Pump
Remaining Useful Lifetime Management of Modular Power Converters || Prof. Leopoldo G. Franquelo
Remaining Useful Lifetime Management of Modular Power Converters || Prof. Leopoldo G. Franquelo
Tutorial 9 || Peltier Cooling || Thermal Visualization and Aspects ||Conduction Convection Radiation
Tutorial 9 || Peltier Cooling || Thermal Visualization and Aspects ||Conduction Convection Radiation
Power Electronics New Topologies for Renewable Energy Challenges || Prof. Kamal Al-Haddad || IES
Power Electronics New Topologies for Renewable Energy Challenges || Prof. Kamal Al-Haddad || IES