Course Objectives

• Understand terminology of voltage control
• Understand voltage disturbance and transient voltages
• Be familiar with distribution network voltages
• Be familiar with synchronous voltage stability
• Understand load rep. for voltage control
• Be familiar with voltage instability phenomena

Course Outline

• Introduction
•  Terminology
• Voltage disturbance
• Transient Voltages
• Distribution Network Voltages
• Synchronous Voltage Stability
• Rotor Dynamics
• Swing Equation
• Power Angle Equation
• SYCH power ANGW equation
• Load Rep. for Voltage Control
•  Load Behavior
•  Classification of V control
• Transient Voltage Stability.
• Voltage Instability Phenomena
• Definition
•  Classification
• Aspects of Voltage instabilities
• V Control Circuits design
• Case Studies

Who Can Benefit?

• Electrical Engineers.
• Senior technicians who work in the electrical control and power utilities.
• Technicians who would like to refresh their knowledge.
• Mechanical and chemical Engineers who are interested in control subjects.

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