Training Generator Excitation Systems: Design, Commissioning, Operation, Maintenance, Performance Analysis, Testing, Tuning, Repair & Troubleshooting

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Training Generator Excitation Systems: Design, Commissioning, Operation, Maintenance, Performance Analysis, Testing, Tuning, Repair & Troubleshooting

Introduction

The successful operation of any Generating Systems ultimately depends on how well the inspection, testing, maintenance and troubleshooting functions are carried out. Well-developed procedures and planning will in the long run result in reduced costs, equipment down time, parts requirements and troubleshooting complexity.

Delegates are encouraged to participate by active involvement in group discussions, practical exercises and sharing experiences.

Seminar Objectives

Following the attendance at this seminar, participants will return to their respective departments equipped with new or refreshed skills to ensure that electrical generating equipment and it’s control systems are inspected, tested, maintained and when necessary repaired using well planned troubleshooting procedures in a fashion that ensures reduced costs and/or down time plus identified faults or problems are repaired and the underlying causes are identified and eliminated to reduce further failures. On successful completion of this seminar, participants will have:

• A better understanding of generator principles
• A better understanding of troubleshooting procedures as applied to generating equipment
• An improved capability in the use of test equipment
• A better understanding of failure modes and failure analysis
• A refreshed awareness of electrical safety concerns

Training Methodology

Each course participant will receive a copy of the comprehensive course notes. The presenter will outline and discuss the topics using computer displays, Power point presentasion and video. The course is designed to have an interactive format to maximize delegate participation. Questions and answers are encouraged throughout and at the daily sessions. Case studies and examples will be discussed in problem solving workshop sessions. This gives participants the opportunity to discuss with other delegates and the presenter their specific problems and appropriate solutions. Only minimum note taking is encouraged to ensure maximum delegate attention during the course.

Organisational Impact

The course will allow delegates to interact and gain from shared experiences of others. Carefully selected examples and case studies will be used to illustrate the material being discussed and in particular, emphasis will be given to ensure that the material is appropriate to the organisation represented. Each delegate should leave with an awareness and understanding of the latest methods of inspection, testing and troubleshooting of electrical generators as well as solutions for various electrical generator problems.

Personal Impact

On successful completion of this course delegates will be able to:

• Develop a structured approach to the operation, inspection, testing and troubleshooting of electrical generating equipment plus provide solutions for various electrical generator problems.
• Maintain a continuing understanding of test equipment used for electrical inspection and servicing.
• Better understand the design, functionality and failure modes of electrical generating equipment and their control systems.
• Provide examples of successful operating, inspecting and troubleshooting techniques and hands-on experience plus case studies and group problem solving exercises
• Utilize single-line diagrams and schematics for troubleshooting.
• Better understand standard work practices plus develop job plans, which assist in successful inspection and troubleshooting.
• Refresh the delegate’s knowledge of electrical safety.

Who Should Attend?

This seminar is intended for Electrical Engineers, Electrical Supervisors and Electrical Technicians engaged in the inspection, testing, troubleshooting, maintenance and repair of electrical generation equipment.

Programme Outline

Definitions Generator systems (AC) and equipment Generator systems (DC) and equipment Operation, inspection, testing, control, maintenance and troubleshooting Control systems Interpretation and Use of Drawings Single-line electrical drawings Control schematics Wiring lists P&ID’s Logic and standard symbols Maintenance Planning Developing schedules and procedures Define operation requirements for parts and labor Define maintenance requirements for parts and labor Regular, preventative, predictive and emergency maintenance The Use of Test Equipment Digital voltmeter (DVM) Oscilloscopes Megger Frequency meter Temperature probes/pyrometers Ammeters Power meters Load banks Digital hydrometers Cable fault locators Group discussions, questions and answers

The Technology of Generators  Principles of electrical generation (AC, DC and Emergency) Power supplies (battery chargers, rectifiers, inverters) Batteries Generator Drivers (gas/steam/water turbine, diesel/gas engine) Governors (control systems) Programmable logic controllers (PLC) Synchronization Power grid and network considerations Group exercises and case studies

The Technology of Generators  Increasing or decreasing the voltage (transformers) Neutral ground resistors (NGR) Switchgear Motor control centers (MCC) Disconnect switches Power monitoring Control relays/timers/switches Generator protective devices Inspection and Testing of Generators Methods Terminology Principles Special techniques NEC check lists

Troubleshooting of Generators  Methods Terminology Principles Special techniques Case studies/examples Single line drawings Group exercises The Development of a Job Plan Identification of the troubleshooting step-by-step sequence Procedure preparation Documentation Follow-up Safety considerations and training A Review of Safety Requirements Area classifications NEC electrical codes Safety information

The Identification and Repair of Problems/Failures  Common mode failures Phase imbalance Contact pitting/arcing Electronic component failure Fusing Generator windings/bearings/brushes Excitation circuits Battery cells Inverters/rectifiers/battery chargers Bushings Switches Control circuits Ground faults

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Email : seminarcenterindonesia@gmail.com / indotciproconsultant@gmail.com

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