Reliability Modelling and Evaluation Assessment of Electric Power Systems

Why Choose this Training Course?

In today's dynamic power systems landscape, characterised by increasing competition and a relentless pursuit of efficiency, understanding the reliability and operational performance of electric power systems is paramount. The reliability and performance of these systems, encompassing generation, transmission, and distribution, play a pivotal role in ensuring seamless power supply and customer satisfaction.

The "Reliability & Operational Performance of Electric Power Systems" training course offered by Al-Majd Pathways Centre (APC) is designed to provide professionals with the knowledge and skills needed to assess, model, and evaluate the reliability of electric power systems. Through a comprehensive curriculum, participants will gain insights into the probabilistic modelling and assessment of various aspects of power systems.

Key Features of this Training Course:

• In-depth exploration of computational methods for reliability modelling

• Efficient techniques for analysing reliability issues, including both analytical and simulation approaches

• Comprehensive coverage of essential reliability indices for load points and system performance

• Practical application of reliability assessment through power system case studies

• Insights into planning and operational considerations in competitive market environments

Course Objectives

By the conclusion of this training course, participants will have the skills and knowledge to:

1. Identify critical areas within power systems that require probabilistic modelling and evaluation assessment.

2. Comprehend the computational methods available for reliability modelling.

3. Calculate essential reliability indices for quantifying load point and system performance.

4. Conduct practical reliability assessment studies.

5. Compare and substantiate alternative approaches for power system reinforcement.

Who Should Attend?

This training course is suitable for a diverse range of professionals seeking an intermediate-level understanding of power system analysis and probabilistic theory. These professionals may include:

• Electric Power Utility Professionals

• System Operators (Independent System Operators – ISOs, Regional Transmission Operators – RTOs, Transmission System Operators - TSOs)

• Regulation Authorities Professionals

• Professionals from Large Industrial and Commercial Companies

• Power System Consultants

• Researchers and Post-Graduate Students from Universities

Training Approach

Al-Majd Pathways Centre (APC) will employ a range of effective adult learning techniques to ensure comprehensive understanding, comprehension, and retention of the course material. These methods include meticulously developed PowerPoint presentations containing all the necessary information for a complete understanding of the topics. Practical examples will be provided to enhance comprehension, and participants will have access to course notes and a reference list for further reading.

Course Overview

Day One: General Aspects

• Introduction to power system reliability

• Fundamentals of probabilistic modelling and reliability evaluation methods

• Key challenges in power systems and their implications for planning

• Analytical and simulation computational techniques

• Reliability criteria, indices, and parameters for power system components

Day Two: Transmission System Assessment

• Reliability modelling of power transmission systems

• Application of analytical computational techniques

• Criteria for total and partial loss of continuity

• Reliability indices for load points and system performance

• Reliability cost assessment

• Application of simulation computational approaches

Day Three: Generation System Assessment

• Reliability modelling of power generation systems

• Modelling various generating units (thermal, hydroelectric, etc.) and load demand requirements

• Frequency and duration method

• Application of analytical computational techniques

• System reliability indices

• Application of simulation approaches

Day Four: Assessment of Composite Generation and Transmission Systems

• Reliability modelling of composite generation and transmission systems

• Application of analytical computational techniques

• Reliability indices for load points and system performance

• Reliability cost assessment

• Application of simulation computational approaches

Day Five: Distribution System Assessment

• Reliability modelling of power distribution systems

• Application of analytical computational techniques

• Reliability indices for load points and customers

• System performance indices

• Reliability cost assessment

• Application of simulation computational approaches

Format: Onsite

Language(s): English

Duration: One Week

Certificate of Completion: Upon successful completion of the course, participants will receive a Certificate of Completion from Al-Majd Pathways Centre (APC).