EE 371 Advanced Electrical Engineering Laboratory 0-0-3-3
Syllabus: Load flow analysis, Reactive power compensation, Synchronization of alternators, characteristics of transmission line, fault analysis based on over-current and differential relays, IDMT relay characteristics, study of core loses in a transformer, V-curves of synchronous motor, understanding the protocols associated SCADA, wide area monitoring using PMU, understanding the working of micro-grid, single phase and three phase rectifier, square wave and PWM inverter, thyristor controlled reactor, static –VAR compensator, buck/ boost/ buck- boost converter, power quality: custom power devices, ac grid emulation, renewable energy systems: solar PV and wind energy systems, experiments on stability studies of smart grid using real time power system digital simulator, experiments on hardware in loop systems, HV AC/DC/ Impulse testing of solid and liquid insulation, partial discharge in liquid/solid insulation.
EE 561 Power Electronics Laboratory 0-0-3-3
Syllabus: Simulation of power electronic converters: thyristor rectifiers, buck and boost converters, DC-AC converters, PWM gate pulse generation in analog and digital modes, PCB design, Experimental verification of power electronic converters
