Introduction to Exciter and Automatic Voltage Regulator (AVR)
Electrical & Power Engineering · 5 Days · Public · Al-Khobraa certified · From USD 2,500
Overview
This training course has been developed for the participants to learn new skills associated with Generator systems and refresh their previous skills and training, to further advancement of knowledge. 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 downtime, parts requirements, and troubleshooting complexity.
Learning Objectives
Elaborate on different types of power system generation
Discuss operations of the steam and gas turbines
Examine different types of excitation systems
Explore different types of switchgear associated with generator systems
Identify automatic voltage regulating techniques and governors
Describe troubleshooting techniques and online monitoring
Develop a systematic approach to the construction and operation of a turbogenerator system
Maintain a continuing understanding of test equipment used for electrical inspection and servicing
Better understand the design, functionality of the excitation systems, automatic voltage regulator, and governors
Understand the operations and component functions of a generator transformer
Utilize single-line diagrams and schematics for troubleshooting
Better understand standard work practices plus develop job plans, which assist in successful inspection and troubleshooting
Be aware of the importance of maintenance and safety
Who Should Attend
This training program is suitable for a wide range of professionals but will greatly benefit:
Electrical Engineers
Electrical Supervisors
Electrical Technicians
Electrical Project Engineers
Electrical Power Engineers
Electrical Engineers
Electrical Supervisors
Electrical Technicians
Electrical Project Engineers
Electrical Power Engineers
Course Outline
Day 1 — Definitions, Communications Protocols, Interpretation and Use of Drawings, Maintenance Planning and the Use of Test Equipment
Generator Systems AC and DC Components
Operation and Maintenance of Generator Systems
Thermal Power Generation and Combined Cycle Power Plant
Synchronous Machine Stator Construction and Characteristics
Day 2 — The Methods of Generator Excitations and Importance of Reactive Power
Functions and Construction of the Automatic Voltage Regulator (AVR)
Digital Voltage Regulator for Generators
Functions and Construction of the Governors
Permanent Magnets Generators
Day 3 — Economical and Mechanical Impacts on Over and Under Excitation Control Systems
Control Systems for Excitation
Impact of Over & Under Excitation
Importance of The Capability Curve and P Q diagrams
Interpreting The Capability Curve
Day 4 — The Generator Circuit Breaker ARC Extinction, Operation of Generator Step-Up Transformer and Power Monitoring
Generators Circuit Breaker Construction
Vacuum and Gas Filled Generator Circuit Breakers Characteristics and Arc Extinction
Construction of Power Transformers
Generator Step-Up Transformer (GSU)
Day 5 — Common Generator Faults, Numerical Protection Relays Functionalities, and Synchronisation
Numerical Relay Functionalities Related to Generator Protection
Generator Earth Fault Relays
Causes of Phase Imbalance
Synchronization Generator Conditions and Merits
Accreditation
Al-Khobraa certified. On completion delegates receive an Al-Khobraa certificate of achievement.
What do Al-Khobraa electrical and power engineering courses cover?
The portfolio covers power generation, transmission and distribution, low- and high-voltage systems, power system protection and relay coordination, switchgear and transformers, motors and drives, SCADA and smart grids, and electrical safety and arc-flash control.
Who should attend an electrical or power engineering course?
These courses suit electrical engineers and technicians, substation and grid operators, protection and control specialists, maintenance supervisors, plant and facilities engineers, and utility or contractor staff working on generation, transmission or distribution assets.
How long are electrical and power engineering courses, and where are they held?
Most Al-Khobraa electrical and power engineering courses run over 5 days. The exact duration, dates and city for this course are listed in the dates section on this page. Public sessions run across Saudi Arabia — Riyadh, Jeddah, Al-Khobar, Jubail and Yanbu — as well as regional and international venues, with live virtual classrooms available on request.
What certificate will I receive?
Delegates who complete the course receive an Al-Khobraa certificate of completion, issued by a Saudi-registered training provider. Al-Khobraa also delivers internationally accredited programmes; where a course carries an external awarding body such as PMI, CIPS, ILM or IOSH, that body is named on the course's own page.
Can electrical and power engineering training be delivered in-house for our team?
Yes. Any Al-Khobraa electrical and power engineering course can be delivered in-house at your own premises anywhere in Saudi Arabia or the GCC, with the content, dates and language of delivery tailored to your team. Al-Khobraa is an approved HRDF (Hadaf) provider, so eligible Saudi employers can seek training support. Contact us for a quotation.