Pelatihan Generator Excitation

Outline materi

1. 01 A. Fundamentals of Electric Systems

   • Capacitors
   • Current and Resistance
   • The Magnetic Field
   • Ampère’s Law
   • Magnetic Field in a Solenoid
   • Faraday’s Law of Induction
   • Lenz’s Law
   • Inductance
   • Alternating Currents
   • Three-Phase System
   • Three-Phase Connections
   • Power in Three-Phase System

2. 02 B. Introduction to Machinery Principles

   • Electric Machines and Transformers
   • Common Terms and Principles
   • The Magnetic Field
   • Production of a Magnetic Field
   • Magnetic Behavior of Ferromagnetic Materials
   • Energy Losses in a Ferromagnetic Core
   • Faraday’s Law - Induced Voltage From a Magnetic Field Changing with Time
   • Core Loss Values
   • Permanent Magnets
   • Production of Induced Force on a Wire
   • Induced Voltage on a Conductor Moving in a Magnetic Field

3. 03 AC Machine Fundamentals

   • The Rotating Magnetic Field
   • Proof of The Rotating Magnetic Field Flux Concept
   • The Relationship between Electrical Frequency and The Speed of Magnetic Field Rotation
   • Reversing The Direction of the Magnetic Field Rotation
   • The Induced Voltage in AC Machines
   • The Induced Voltage in a Coil on a Two-Pole Stator
   • The Induced Voltage in a Three-Phase Set of Coils
   • The RMS Voltage in a Three-Phase Stator
   • The Induced Torque in a Three-Phase Machine
   • Winding Insulation in AC Machines
   • Machine Power Flow and Losses

4. 04 Synchronous Machines

   • Physical Description 2.0 Pole Pitch: Electrical Degrees
   • Airgap and Magnetic Circuit of a Synchronous Machine
   • Synchronous Machine Windings
   • Field Excitation
   • Rotating Rectifier Excitation
   • Series Excitation
   • No-Load and Short-Circuit Values
   • Torque Tests
   • Speed-Torque Characteristic
   • Pull-In Torque
   • Pull-Out Torque
   • Excitation of a Synchronous Machine
   • Machine Losses
   • Windage and Friction Loss
   • Core Losses
   • Stray-Load Loss
   • Armature Conductor Loss
   • Excitation Loss

5. 05 E. Synchronous Generators

   • Synchronous Generator Construction
   • The Speed of Rotation of A Synchronous Generator
   • The Internal Generated Voltage of a Synchronous Generator
   • The Equivalent Circuit of a Synchronous Generator
   • The Phasor Diagram of a Synchronous Generator
   • Power and Torque in Synchronous Generators
   • The Synchronous Generator Operating Alone
   • The Effect of Load Change on a Synchronous Generator Operating Alone
   • Parallel Operation of AC Generators
   • The Conditions Required for Paralleling
   • The General Procedure for Paralleling Generators
   • Frequency-Power and Voltage-Reactive Power Characteristics of a Synchronous Generator
   • Operation of Generators in Parallel With Large Power Systems
   • Synchronous Generator Ratings
   • The Voltage, Speed, and Frequency Ratings
   • Apparent Power and Power-Factor Ratings
   • Synchronous Generator Capability Curves
   • Short-Time Operation and Service Factor

6. 06 F. Generator Components, Auxiliaries and Excitation

   • Excitation
   • AC Excitation Systems
   • Exciter Transient Performance
   • The Pilot Exciter
   • The Main Exciter
   • Exciter Performance Testing
   • Pilot Exciter Protection
   • Brushless Excitation Systems
   • The Rotating Armature Main Exciter
   • The Voltage Regulator
   • System Description
   • AVR Protection
   • The Digital AVR
   • Excitation Control
   • Rotor Current Limiter
   • Overfluxing Limit
   • The Power System Stabilizer
   • Characteristics of Generator Exciter Power Systems (GEP)
   • Excitation System Analysis
   • Generator Operation

7. 07 G. Generator Performance Parameters, Excitation Systems, Voltage Regulators, and Protective Systems

   • Generator Performance Parameters
   • Industry Standard
   • Ratings
   • Power Factor
   • Voltage
   • Short-Circuit Ratio
   • Efficiency
   • Parametric Effects
   • Instrument Transformers.
   • Excitation Systems
   • Exciter Types
   • Voltage Regulators
   • Manual Control
   • Automatic Control
   • Auxiliary Control Functions
   • Excitation System Stabilizer or Transient Gain Reduction
   • Underexcitation Limiter
   • Overexcitation Limiter and Protection
   • Volts-Per-Hertz Limiter and Protection

8. 08 H. Performance and Operation of Generators

   • Generator Systems 1.1 Excitation
   • Hydrogen Cooling
   • Cooling of The Stator Conductors
   • Hydrogen Seals
   • Condition Monitoring
   • Temperature Monitoring - Thermocouples
   • Hydrogen Gas Analysis
   • Hydrogen Dew Point Monitoring and Control
   • Vibration Monitoring
   • Operational Limitations
   • Temperatures
   • Hydrogen leakage
   • Fault Conditions
   • Stator Ground (Earth) Faults
   • Stator Phase-to-Phase Faults
   • Stator Interturn Faults
   • Negative Phase Sequence Currents
   • Loss of Generator Excitation
   • Pole Slipping
   • Rotor Faults

9. 09 Generator Surveillance and Testing

   • Generator Operational Checks (Surveillance and Monitoring)
   • Major Overhaul (every 8-10 years)
   • Generator Diagnostic Testing
   • Introduction
   • Stator Insulation Tests
   • DC Tests For Stator and Rotor Windings Index
   • Insulation Resistance and Polarization Index
   • Test Setup and Performance
   • Interpretation
   • DC Hipot Test
   • High Voltage and Step Ramp Tests
   • AC Tests for Stator Windings
   • Dissipation Factor and Tip-Up Tests
   • Tip-Up Test
   • Stator Turn Insulation Surge Test
   • Synchronous Machine Rotor Windings
   • Open Circuit Test For Shorted Turns
   • Air Gap Search Coil For Detecting Turns
   • Impedance Test With Rotor Installed
   • Detecting the Location of Shorted Turns With Rotor Removed
   • Low Voltage AC Test
   • Low Voltage DC Test (Voltage-Drop Test)
   • Field Winding Ground Fault Detectors
   • Surge Testing For Rotor Shorted Turns and Ground Faults
   • Partial Discharge Tests
   • Off-Line Conventional Test

10. 10 J. Generator Inspection and Maintenance

    • On-Load Maintenance and Monitoring
    • Stator
    • Rotor
    • Excitation System
    • Off-Load Maintenance
    • Stator Internal Work
    • Stator External Work
    • Rotor
    • Slip Rigs and Brush Gear
    • Exciter and Pilot Exciter
    • Rectifier
    • Field Switch
    • Automatic Voltage Regulator
    • Supervisory and Protection Equipment
    • Generator Testing
    • Insulation Testing
    • Testing the stator core
    • Stator Coolant Circuit Testing
    • Hydrogen Loss Test
    • Rotor Winding Tests
    • Studi Kasus / Praktek pemecahan masalah Generator Excitation.

Metode penyampaian

• Presentasi
• Diskusi Interaktif
• Studi Kasus
• Evaluasi
• Kunjungan Lapangan (Lab Filed Trip)

Video pembelajaran

Kenali lebih dekat cara PT Gerbang Akselerasi Sukses menyelenggarakan pelatihan ketenagalistrikan, dari kelas publik bulanan sampai in-house training yang dirancang sesuai kebutuhan tim Anda. Lihat juga jadwal pelatihan terbaru dan katalog program lainnya.

Fasilitas

• Modul / Handout
• Sertifikat Pelatihan
• Tas Training (Bag or backpackers)
• Training Kit (Dokumentasi photo, Blocknote, ATK, dll)
• 2x Coffe Break & 1 Lunch, Dinner
• Souvenir Eksklusif
• Ruang pelatihan ber-AC penuh dan dilengkapi multimedia

Lokasi & investasi

Regular training bulanan digelar di hotel pada kota-kota berikut, atau ikuti kelas daring dari mana saja. Program ini juga tersedia dalam format in-house.

Biaya di atas berlaku per peserta untuk kelas publik dan belum termasuk pajak. Untuk pengiriman 3 peserta atau lebih dari satu perusahaan, tersedia harga korporat. Kebutuhan in-house training disesuaikan dengan agenda dan anggaran perusahaan Anda.

Jadwal batch 2026 – 2027

Kelas publik Pelatihan Generator Excitation dijadwalkan setiap bulan sepanjang 2026 – 2027 di Yogyakarta, Jakarta, Bandung, Bali dan Surabaya. Batch terdekat 16–17 September 2026 dan pendaftaran sudah dibuka. Program ini juga tersedia sebagai in-house training bila tim Anda membutuhkan tanggal atau lokasi lain.

Pertanyaan umum