Power System Stability 

A. Course Description

This course is for the 6th semester of EE students. It consists the basic concept of power system stability, such as, transient stability, frequency stability, voltage stability, rotor angle stability. The course will be given by Iswadi HR, ST, MT, Ph.D (topics 1-4) and Boy Ihsan, ST, MT (topics 5-8)

B. Materials

Materials of the course as follows. To download the materials, you can use your Unri google work (UNRI GWS) space account, i.e: email_address@student.unri.ac.id

1. Introduction to Power System Stability (week 1,2)

2. Analysis of Power System Stability by Classical Methods (week 3,4)

3. Modelling of a Synchronous Machine (week 4,5)

4. Modelling of Exciter, Turbine and Load (week 6,7)

Mid term evaluation (Week 8)

5. Representation of Synchronous Machine for Stability Studies (week 9,10)

6. Small-Signal Stability Analysis (week 11,12)

7. Transient Stability Analysis (week 13, 14)

8. Voltage Stability (week 15,16)

Final term evaluation (Week 16)

C. DIgSILENT Power Factory 

1. Power system stability Seminar (pdf) 

2. Power stability training exercises (pdf)

3. Rotor Angle Stability-1 (*.dz)

4. Rotor Angle Stability-2 (*.dz)

5. Critical clearing screening (*.dz)

6. Multi machines system (*.pfd)

7. PV curve (*.pfd)

8. QV curve (*.pfd)

9. Digsilent Simulation Language Workshop (pdf)

D. Youtube Course (Prof. M.L. Kothari of IIT Delhi)

1. Introduction to Power System Stability

2. Analysis of Power System Stability by Classical Methods 

3. Modelling of a Synchronous Machine

4. Modelling of Exciter, Turbine and Load 

5. Representation of Synchronous Machine for Stability Studies

6. Small-Signal Stability Analysis

7. Transient Stability Analysis

8. Voltage Stability

E. Course Text books & References

1. Prabha Kundur, Power System Stability and Control, McGrawHill.Inc, 1993 (full text here)

2. PM Anderson AA Fouad, Power System Control and Stability, Second Edition , John Wiley and Son, 2003 (Full text here)

3. B. Kalyan Kumar, Power System Stability and Control, Department of Electrical Engineering, Indian Institute of Technology Madras, Chennai, India (full text here)