Power System Modelling and Control
About This Course
This course provides learners with essential knowledge in power system modelling and control. Key topics include modelling of power networks, generating units, and loads, as well as power system stability and control techniques for improving system performance. Learners will explore advanced methods such as Flexible Alternating Current Transmission Systems (FACTS) and gain practical insights into real-world challenges in power system control. The course also introduces modern tools for system analysis and stability enhancement, making it ideal for learners interested in power engineering, energy systems, and those considering advanced research in the field.
What You'll Learn
• Describe the characteristics and modeling process of synchronous machines and system loads in power system stability studies.
• Explain the use of system loads in the design of controllers and
• Describe the operation, modelling and control of power electronics-based Flexible Alternating Current Transmission Systems (FACTS) devices.
• Evaluate the effectiveness of FACTS devices in enhancing power network performance.
• Assess modeling and control techniques applied to real-world power systems issues.
Entry Requirements
No pre-requisites are needed to enroll in the individual courses; however, learners without qualifications or working experience in relevant engineering or the related fields may find the course contents challenging.