Power System Lab
Objectives of Power system Laboratory:
Power system Laboratory comprises of software simulation and hardware demonstration based experiments. The laboratory work provides the student with experience of power system model computation and analysis through application of different software (Multisim, MATLAB, Simulink, ETAP) and exposure to modeling and analysis of different power system components and the measurement of its different parameters.
This course is a continuation of EEE-3205 (Power system), which provides students with a working knowledge of power system problems and computer techniques used to solve some of these problems. Topics include: determining line parameters, load flow analysis, fault study, designing PLC based simple protective relaying system etc.
Major experiments:
| 1: Study of Electrical Grid Network/ Power system of Bangladesh- recent scenario. |
| 2. Measurement of Negative and Zero sequence impedance of an unloaded synchronous generator. |
| 3. Determination of BUS admittance matrix and finding BUS voltages using Gauss-Seidal Power flow solution method. |
| 4. Determination of transmission line parameters. |
| 5. Designing simple protective relaying system using Programmable Logic Controller (PLC) and IDMT overcurrent relay. |
| 6. Study of symmetrical and unsymmetrical faults in a power network using Simulink and ETAP. |
Major components:
• CT/PT
• PLC/Frequency Drive
• Synchronous Machine
• Relay
• Three-phase Transformer
» Software used:
• Electronic Workbench
• PSpice
• Matlab/Simulink
