Technical / Electrical Engineering
Understanding Voltage Stability & Power Transmission Capability
TE331
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Voltage stability has become a well‐known concern in power system planning and operation. However, the fundamental mechanism of voltage collapse and its relationship to the power transfer capability of a network may not be quite clear to many utility engineers.
The goal of this course is to enable attendees to gain a solid understanding of voltage stability. This knowledge will help them to make informed decisions for power system planning and operation.
Utility technicans and engineers; technicans and engineers working in the areas of planning and operation.
- Constraints to power transmission/distribution
- Basic modes of power transfer
- Constraints for power transfer
- Review on angular (generator) stability
- The concept of impedance matching
- Fundamentals of voltage stability
- Single‐load to infinite‐bus systems
- Effects of series and shunt compensation
- Impact of generator reactive limits
- Comparison of voltage and angular stabilities
- Voltage stability assessment
- Voltage stability margin and criteria
- System reinforcement process
- Presentation & Slides
- Audio Visual Aids
- Interactive Discussion
- Participatory Exercise
- Action Learning
- Class Activities
- Case Studies
- Workshops
- Simulation
Terms & Conditions
ACTrain reserves the right to alter the Course Schedule without Prior Notification, Fees Quoted are Subject to Terms & Conditions Outlined in ACTrain's Registration Policy
