State transition diagram. Security oriented s. Data acquisition (SCADA systems). State estimation. Load frequency control. Excitation and voltage control. Active and reactive power control. Contingency evaluation. Real time control and protection.
Master of Engineering (MEng) Program
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| content serial | Description |
|---|
| 1 | Control problems in electrical power system. |
| 2 | Control system Hierarchy of power system. |
| 3 | Computer Control System Fundamentals. |
| 4 | Digital Model of power system loops (1). |
| 5 | Digital Model of power system loops (2). |
| 6 | Digital model and analysis of load frequency control loop. |
| 7 | Digital model and analysis of excitation control system and voltage control. |
| 8 | Digital control of active power and power factor (1). |
| 9 | Digital control of active power and power factor (2). |
| 10 | Digital control of distribution system. |
| 11 | SCADA system application in power system (1). |
| 12 | SCADA system application in power system (2). |
| 13 | Distributed generation (DG) Control (1). |
| 14 | Distributed generation (DG) Control (2). |
| 15 | Advanced topics in Digital Control and Protection Systems. |
| 16 | Final Exam. |
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