Reliability & Operational Performance of Electric Power Systems

Course Category : Sustainability

This course provides an advanced framework for analysing the reliability and operational performance of electric power systems using probabilistic methods and standard reliability indices, supporting planning and operational decisions in competitive energy markets.
5 Days – Advanced Level

Introduction

Modern electric power systems face increasing challenges driven by market competition, higher reliability expectations, and growing system complexity. Traditional deterministic criteria are no longer sufficient to capture the probabilistic nature of failures, customer interactions, and operational uncertainties.
This course develops an advanced understanding of power system reliability and operational performance, applying analytical and simulation-based methods to evaluate reliability indices across generation, transmission, distribution, and composite systems, supported by practical case studies from real-world power networks..

Targeted Audience

Electric power utility professionals
Power system operators (ISOs, RTOs, TSOs)
Regulatory authority professionals
Large industrial and commercial energy users
Power system consultants
Researchers and postgraduate students
Planning and operations engineers

Targeted Skills

Probabilistic modelling of power systems
Reliability index calculation and analysis
Generation, transmission, and distribution assessment
Analytical and simulation-based methods
Reliability cost analysis
Supporting system planning and reinforcement decisions
Interpretation of reliability study results

Expected Outcomes

Develop an advanced understanding of power system reliability concepts.
Apply probabilistic methods for reliability assessment.
Calculate and analyse system and load-point reliability indices.
Conduct practical reliability studies using simulation tools.
Compare and justify alternative system reinforcement schemes.

Training Topics Index

Introduction to electric power systems
Probabilistic modelling principles
Reliability criteria and indices
Analytical and simulation approaches

Transmission system modelling
Continuity loss criteria
Load-point and system indices
Reliability cost evaluation

Generation system modelling
Unit and load representation
Frequency and duration methods
Generation reliability indices

Composite system modelling
Analytical techniques
Composite system reliability indices
Cost and performance evaluation

Distribution system modelling
Customer and load-point indices
Distribution performance indices
Practical simulation applications

Course Features

Updated and Interactive Content
Hypothetical Examples and Case Studies
Pre- and Post-assessments to Measure Impact
Verified Certificate with a QR Verification Code