Course Details
Power System Dynamics, Control & Electrical Installations
This program provides a focused and practical understanding of power system dynamics and control in modern electrical installations and power plants. It introduces the main components of power generation systems, including fuel handling systems, furnaces, boilers, steam turbines, generators, and transformers, with emphasis on their construction, rating, installation, and dynamic modeling.
The course also covers excitation and voltage control methods, as well as load frequency and dynamic control, enabling participants to understand system behavior under varying operating conditions. Through structured lectures and practical engineering examples, participants will develop the technical insight required to support stable, reliable, and efficient operation of electrical power systems.
By the end of this program, participants will be able to:
- Understand the fundamentals of power system dynamics and their impact on electrical installations.
- Analyze system behavior under normal and disturbed operating conditions.
- Apply basic power system control concepts to maintain stability and performance.
- Evaluate the interaction between electrical installations, loads, and control systems.
- Identify common dynamic and stability issues and apply appropriate mitigation measures.
- Support the design, operation, and maintenance of electrical systems using sound dynamic and control principles.
This program is designed for professionals involved in the design, operation, and maintenance of electrical and power systems, including:
- Electrical and Power Engineers
- Design and Project Engineers
- Utility and Power Generation Engineers
- Electrical Supervisors and Maintenance Engineers
- Consultants involved in electrical installations and power systems
- Professionals responsible for system reliability, performance, and safety
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