Training Fault Analysis in Electrical Networks

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Training Fault Analysis in Electrical Networks

Introduction

The detection and identification of faults on an electrical network has been and still is one of the problems facing Transmission and Distribution companies. The characteristics and operation of a network system are major considerations in creating or reducing the effects of electrical faults on the system.

Effective modern protective systems are designed to sense faults and send a warning signal or initiate disconnection of the faulty system in an appropriate time.

Delegates are encouraged to participate by active involvement in group discussions and sharing experiences.

Objectives

The seminar is designed to present methods of electrical fault analysis. The causes of electrical faults and the detection and possible solutions in a network system.  The method of this seminar is to develop the delegates thinking process.

Following the attendance at this seminar, participants will return to their respective departments with a wider knowledge of the concepts of electricity and the inherent danger that electricity can cause. On successful completion of this seminar, participants will have:

• Understand the different types of faults and their effect
• Consequences of sustained fault current and any electrical arcs
• Knowledge of symmetrical and unsymmetrical faults
• Earthing/grounding systems
• Network protection systems

Training Methodology

Each seminar participant will receive a copy of the comprehensive seminar notes. The presenter will outline and discuss the topics using computer displays, Power Point displays and other. The seminar is designed to have an interactive format to maximize delegate participation. Questions and answers are encouraged throughout and at the daily sessions. Case studies and examples will be discussed in the daily sessions. This gives participants the opportunity to discuss with other delegates and the presenter their specific problems and appropriate solutions. Only minimum note taking is encouraged to ensure maximum delegate attention during the seminar.

Organisational Impact

The seminar will allow delegates to interact and gain from shared experiences of others. Carefully selected examples and case studies will be used to illustrate the material being discussed and in particular, emphasis will be given to ensure that the material is appropriate to the organization represented. Each delegate should leave with an awareness and understanding of their roles and responsibilities in the workplace in relation to electrical safety.

 Personal Impact

On successful completion of this seminar delegates will be able to:

• Develop a structured knowledge of different types of faults and their effect
• A deeper  understanding of what issues arise from AC networks
• Better understand of what may cause electrical accidents
• Provide examples of issues that they encounter during their normal working activities and possible solutions

 Who Should Attend?

This seminar is intended for electrical staff who work with transmission and distribution systems for the public or private sector

Programme Outline

Introduction to Electrical Network Faults Pre seminar assessment Introduction, identification and discussion of the week’s goals Network faults and their types Fault characteristics to include introduction into short circuit issues Looking at limiting fault currents Arcing and bolted faults Identifying methods of fault analysis Group discussion

The Technology of Fault Analysis Introduction into High-impedance faults Equipment faults looking at external & internal causes Symmetrical faults and their components Unsymmetrical faults and their components How symmetrical and asymmetrical faults affect the network Group discussion

The Effects on the Electrical Supply Volt-drop in an AC network system:- Impedance Looking at resistive, capacitive and inductive components in a network The effects of impedance on the protective devices in a network Earthing/ grounding systems in an electrical network, Transmission and Distribution. How earthing/grounding affects short circuit levels and protective devices Looking at voltage deviations in an electrical network The smart meter Group discussion

Abnormal Condition on the Electrical Network Power outages Types of power outages (Brown out) Protecting networks from outages Solar flares Blackout inevitability and electric sustainability Transmission failure protection Modern Electrical network protection and issues Single line drawings Group discussion

Distribution Management Systems Network Connectivity  Analysis Switching schedule and safety Management State estimation Load flow applications Volt – VAR control (VVC) Load shedding application Fault Management & System Restoration (FMSR) Load balancing via feeder recognition (LBFR) Distribution Load Forecasting IEC 61968 Standards based Integration Group discussion and post seminar assessment Instruktur Tugino ST. MT

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