COURSE LEARNING OUTCOMES (CLOs) | Code | Course Learning Outcomes | ABET SO-KPIs
| |
| Knowledge and understanding | | | | K1 | Apply the fundamental principles of power system analysis, including load flow, fault analysis, and stability assessment. | 1.5
| |
| Skills | | | | S1 | Analyze and optimize economic dispatch and reactive power compensation strategies to improve system efficiency and reliability. | 2.5 | | | S2 | Conduct simulations and real-time analysis of power system operations, including power flow, fault scenarios, and stability studies. | 6.6 | | | S2 | Evaluate the electrical and mechanical characteristics of transmission lines through analytical and experimental methods. | 6.5 | |
| Values, autonomy, and responsibility | | | | V1 | Effectively present technical results using graphs, tables, and diagrams, ensuring clarity and accuracy in engineering communication. | 3.2 | | | V2 | Assess the impact of integrating renewable energy sources on power system performance and stability. | 4.5 | | | V2 | Design and perform laboratory experiments on transmission lines, transformers, and protection systems, ensuring adherence to engineering standards. | 4.1 |
|
LIST OF EXPERIMENTS | No | List of Topics | 1
| Familiarization with PowerWorld & Single-Line Diagrams | 2
| Transmission Line Modeling and Performance | | 3 | Reactive Power Compensation & Power Factor Correction | | 4 | Fault Analysis (Symmetrical & Unsymmetrical) | | 5 | Cost-Optimal Generation Dispatch (Economic Dispatch) | | 6 | Economic Load Dispatch with Losses | | 7 | Optimal Power Flow with Constraints | | 8 | Power System Reliability: Contingency Analysis (N-1 Security Check) | | 9 | Transient Stability Analysis | | 10 | Load Flow Analysis using IEEE 9-Bus System | | 11 | Transformer Testing and Performance Evaluation | | 12 | Voltage Control Using Tap-Changing Transformers | | 13 | Integration of Renewable Energy into the Grid (Solar/Wind) | | 14 | Protection of Equipment in Power Systems (generator, transformer, and transmission line) | | 15 | Measurement of Power Quality and Harmonics | | 16 | Mid & Final Exam
|
|
|
