TRAINING ONLINE GENERATOR EXCITATION

TRAINING ONLINE GENERATOR EXCITATION

DESKRIPSI TRAINING WEBINAR PENGENALAN GENERATOR EXCITATION :

Efisiensi maksimum, keandalan, dan umur panjang dari berbagai jenis

generator, exciters, regulator tegangan, dan sistem proteksi adalah

menjadi perhatian besar bagi banyak industri. Tujuan ini hanya dapat

dicapai dengan memahami karakteristik, kriteria seleksi,

masalah umum dan teknik perbaikan, preventif dan prediktif

pemeliharaan. Seminar ini adalah . Suatu keharusan bagi siapa saja yang terlibat dalam

pemilihan, aplikasi, atau pemeliharaan generator. Ini menyediakan

terbaru dalam teknologi. Seminar mencakup bagaimana peralatan ini

beroperasi dan memberikan pedoman dan aturan yang harus diikuti untuk

operasi yang sukses. Desain dasar mereka, karakteristik operasi,

spesifikasi, kriteria pemilihan, deteksi kesalahan tingkat lanjut

teknik, komponen kritis, perbaikan, serta semua

masalah pemeliharaan dibahas secara rinci.

Menimbang cukup kompleknya materi pelatihan Generator Excitation ini bagi peserta, dibutuhkan training provider yang berpengalaman di bidangnya agar tidak membuat peserta tidak menjadi cepat bosan dan jenuh dalam mendalami bidang teknik ini.

TUJUAN TRAINING PRINSIP KERJA GENERATOR EXCITATION UNTUK PRAKERJA :

Untuk memberikan pemahaman yang komprehensif tentang berbagai jenis

generator, exciters, regulator tegangan, dan sistem proteksi.

Peserta akan dapat menentukan pilih, komisi, dan pelihara

peralatan ini untuk aplikasi mereka. Untuk mencapai pengurangan modal,

biaya operasi dan pemeliharaan seiring dengan peningkatan efisiensi.

Dengan mengikuti pelatihan Generator Excitation Peserta dapat berbagi pengetahuan / sharing knowledge mengenai Generator Excitation dengan peserta dari perusahaan lain yang bergerak di bidang Generator Excitation.

MATERI pelatihan pengenalan Generator Excitation online Zoom :

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

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

C. 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

D. 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

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

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

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

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

I. 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

* nterpretation

* 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

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 pelatihan prinsip kerja Generator Excitation online Zoom :

* Presentation

* Discussion

* Case Study

* Evaluation

* Lab Filed Trip

* Metode Training Generator Excitation dapat menggunakan fasilitas training zoom atau training online, dan bisa juga training offline atau training tatap muka.

INSTRUKTUR pelatihan penerapan Generator Excitation online Zoom :

Instruktur yang mengajar pelatihan Generator Excitation ini adalah instruktur yang berkompeten di bidang Generator Excitation baik dari kalangan akademisi maupun praktisi.

PESERTA :

Peserta yang dapat mengikuti training Generator Excitation ini adalah staff sdm atau karyawan yang ingin mendalami bidang Generator Excitation.

Karena kompleksnya pelatihan ini, maka dibutuhkan pendalaman yang lebih komprehensif melalui sebuah training. Dan menjadi sebuah kebutuhan akan training provider yang berpengalaman di bidangnya agar tidak membuat peserta menjadi cepat bosan dan jenuh dalam mendalami bidang teknik ini.

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