Analisis Sistem Tenaga (Q)
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General
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SECTION I : 1ST WEEK OF LECTURE
INTRODUCTION
BASIC CONCEPTS
SECTION 2 : 2ND WEEK OF LECTURE
MODELING
YBUS MATRIX SOFTWARE
MODELING
MODELING
SECTION 3 : 3RD WEEK OF LECTURE
MODELING
SECTION 4 : 4TH WEEK OF LECTURE
QUIZ-1
Section 5
GAUSS SEIDEL METHOD
NEWTON RAPHSON METHOD
Section 6
ASSIGNMENT FOR QUIZ-1
EXAMPLE PROBLEM FOR POWER FLOW
Section 7
FAST DECOUPLED POWER FLOW
EXAMPLE PROBLEMS - MIDTERM
Section 8
EXAMPLE PROBLEM DISCUSSION TO PREPARE MIDTERM EXAM
MIDTERM EXAM
Section 9
SC SYMM FAULT SOFTWARE
SOFTWARE FOR ZBUS
Section 10
SYMMETRICAL SHORT CIRCUIT
SYMMETRICAL COMPONENT THEORY
SOFTWARE FOR ZBUS0,1,2
REMEDY
REMEDY
Section 12
SYMMETRICAL COMPONENT
ZBUS SC_CALC
ZBUS 0,1,2_CALC
UNSYMMETRICAL SHORT CIRCUIT
SYMM-UNSYMM SHORT CIRCUIT SOFTWARE
UNSYMMETRICAL SHORT CIRCUIT
TAKE HOME QUIZ-2 PSA
TAKE HOME EXAM PSA
Section 13
PREPARATION FOR QUIZ-2
POWER SYSTEM STABILITY
POWER SYSTEM STABILITY SOFTWARE
EXAMPLE PROBLEM FOR FINAL EXAM
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Analisis Sistem Tenaga (Q)
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Institut Teknologi Sepuluh Nopember
Sarjana
Fakultas Teknologi Elektro dan Informatika Cerdas
S-1 TEKNIK ELEKTRO KELAS INTERNASIONAL
Semester Genap 2022/2023
Analisis Sistem Tenaga (Q)
Summary
Analisis Sistem Tenaga (Q)
Teacher:
Ontoseno Penangsang