Power Systems Design, Modelling and Analysis
About this course

Overview

A network model is only worth what people trust it to say. You work through building models that hold up, then running the studies that depend on them: load flow, short circuit and stability, with attention to the assumptions that quietly decide the answer.

What you will be able to do

Learning outcomes

  • Build a validated network model
  • Run and interpret load flow studies
  • Determine fault levels for equipment rating
  • Evaluate steady-state and transient stability
  • Troubleshoot network performance issues
What the course sets out to do

Course objectives

  • Model transmission and distribution networks
  • Perform load flow and voltage analysis
  • Calculate short-circuit levels and fault currents
  • Assess system stability and dynamic behaviour
  • Diagnose and solve network performance problems
Course content

Modules

01

Power System Fundamentals

Network components, parameters, and per-unit modelling.

02

Network Modelling

Represents lines, transformers, and loads for analysis.

03

Load Flow Analysis

Solves power flow to assess voltages and loading.

04

Short-Circuit Analysis

Calculates fault currents for protection and equipment rating.

05

Stability Analysis

Steady-state and transient stability of the network.

06

Problem Solving

Applies analysis to diagnose and resolve real network problems.

Who it is for

Target audience

Transmission and distribution engineers, planning engineers, and consulting power engineers.

Before you start

Prerequisites

An electrical engineering background is recommended.

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