Power Generator Excitation System

Background & About the Course:

The excitation system plays a critical role in the operation of power generators, ensuring stable voltage output and efficient power generation. This system regulates the amount of electrical current supplied to the generator’s rotor, which in turn influences the generated voltage. Understanding the principles of excitation systems and their components is essential for professionals working in power generation to ensure the reliability and efficiency of the entire power grid.

This 3-day training course will provide in-depth knowledge about the excitation system’s design, function, and operation. Participants will learn about different types of excitation systems, from static to rotating systems, and how to monitor and troubleshoot them effectively. Emphasis will be placed on understanding the importance of excitation systems in maintaining voltage stability, reducing power losses, and optimizing generator performance in various operational environments.

Course Objectives:

• Understand the basic principles and components of excitation systems in power generation.
• Differentiate between various types of excitation systems, including static, dynamic, and brushless systems.
• Analyze the role of excitation systems in voltage regulation and generator stability.
• Perform basic maintenance and troubleshooting procedures for excitation systems.
• Evaluate the performance of excitation systems and optimize their efficiency.
• Understand the impact of excitation system failures and methods for prevention.
• Gain practical knowledge on how to monitor and control excitation systems in real-time.
• Learn about the integration of excitation systems with other power plant components for optimal operation.

Who Should Attend:

• Power Generation Engineers
• Electrical Engineers
• Control System Engineers
• Maintenance Technicians
• Plant Operators
• Power Plant Supervisors
• Electrical Technicians

Course Content:

1. Introduction to Power System
2. Introduction to Power Generator
3. Power Generator Operation
4. Power Generator Excitation System
5. Introduction to Software & Electronic Control
6. Recorder and fault, even and trend logging system
7. Converter for Excitation System
8. Main Panel for Control of Excitation System
9. Maintenance and Troubleshooting.

Case Studies:

• Low or Under Voltage, Voltage Drop at Operation
• Reactive Power Hunting
• Automatic Voltage Regulator Fault

About the Course Leader:

Ir. Nana Heryana, S.T. IPU., ASEAN.Eng

Public Training berikutnya : 7 – 9 Oktober, 2026 | 8 – 10 Desember, 2026