Location

Duration

Date

Fee inclusive of VAT

Course Overview

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.

Course Objective

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.

Who Should Attend?

Utility technicans and engineers; technicans and engineers working in the areas of planning and operation.

Course Outline

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

Training Methodology

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

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Technical >> Electrical Engineering

Understanding Voltage Stability & Power Transmission Capability

TE331