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Kurikulum 2013
Kode Kuliah EL3017
Nama Kuliah Sistem Tenaga Elektrik
SKS 3
Tahun Ajaran 2016/2017
Semester 1
Urutan Pertanyaan Question
1 Electrical Energy, Active and Reactive Power Power System Network Matrices Analysis and Computation  Electrical Energy, Active and Reactive Power Power System Network Matrices Analysis and Computation 
2 Power System Network Matrices Analysis and Computation  Power System Network Matrices Analysis and Computation 
3 Per-unit systems and Transmission Lines Parameters  Per-unit systems and Transmission Lines Parameters 
4 Transformers and Electrical Machine : Concept of transformers, design features, physical transformers. Accounting for magnetizing and core loss and winding losses. Three phase transformers and its connection  Transformers and Electrical Machine : Concept of transformers, design features, physical transformers. Accounting for magnetizing and core loss and winding losses. Three phase transformers and its connection 
5 Transformers and Electrical Machine : Classical machine description. Voltage generation, open circuit voltage, armature reaction and terminal voltage. Power delivered by generator, synchronizing generator to Grid.  Transformers and Electrical Machine : Classical machine description. Voltage generation, open circuit voltage, armature reaction and terminal voltage. Power delivered by generator, synchronizing generator to Grid. 
6 Transformers and Electrical Machine Power Flow Analysis and Voltage Control System : Role of synchronous machine excitation in controlling reactive power Transient machine behavior Calculation simple power flow in power system network  Transformers and Electrical Machine Power Flow Analysis and Voltage Control System : Role of synchronous machine excitation in controlling reactive power Transient machine behavior Calculation simple power flow in power system network 
7 Power Flow Analysis and Voltage Control System  Power Flow Analysis and Voltage Control System 
8 Short Circuits and Unbalanced System Operation : Short circuits characteristics in power system network Simple short circuit calculation using IEC and ANSI standard  Short Circuits and Unbalanced System Operation : Short circuits characteristics in power system network Simple short circuit calculation using IEC and ANSI standard 
9 Short Circuits and Unbalanced System Operation. Power System Control ; Voltage and Frequency Control : Electrical component sizing based on short circuit calculation. Mechanism for voltage improvement in power system network.  Short Circuits and Unbalanced System Operation. Power System Control ; Voltage and Frequency Control : Electrical component sizing based on short circuit calculation. Mechanism for voltage improvement in power system network. 
10 Power System Control Voltage and Frequency Control : Mechanical power and governor system and secondary control. Load sharing (active and reactive) based on droop and isochronous.  Power System Control Voltage and Frequency Control : Mechanical power and governor system and secondary control. Load sharing (active and reactive) based on droop and isochronous. 
11 Power System Control Voltage and Frequency Control. Harmonic and Power Quality : Dynamic system of generating plant. Harmonic characteristics and source of harmonics.  Power System Control Voltage and Frequency Control. Harmonic and Power Quality : Dynamic system of generating plant. Harmonic characteristics and source of harmonics. 
12 Harmonic and Power Quality : Introduction for Distortion Power Factor, true RMS measurement. Minimizing harmonic in power system network. (active filter introduction).  Harmonic and Power Quality : Introduction for Distortion Power Factor, true RMS measurement. Minimizing harmonic in power system network. (active filter introduction). 
13 Overvoltage Protection  Overvoltage Protection 
14 Over current Protection System  Over current Protection System 
15 SCADA System and Smart Grid  SCADA System and Smart Grid