/  Advanced Power System Analysis In Electrical Networks Using ETAP Power Station Training

Advanced Power System Analysis In Electrical Networks Using ETAP Power Station Training

BMC Training provides a training course in Advanced Power System Analysis In Electrical Networks Using ETAP Power Station in Electrical and Power Engineering Training

Course Title
Venue
Start Date
End Date
  • Kuala Lumpur
    19 - 7 - 2020
    23 - 7 - 2020
  • Rome
    19 - 7 - 2020
    23 - 7 - 2020
  • Barcelona
    19 - 7 - 2020
    23 - 7 - 2020
  • Zurich
    19 - 7 - 2020
    23 - 7 - 2020
  • Dubai
    26 - 7 - 2020
    30 - 7 - 2020
  • Paris
    26 - 7 - 2020
    30 - 7 - 2020
  • Hong Kong
    26 - 7 - 2020
    30 - 7 - 2020
  • London
    19 - 7 - 2020
    23 - 7 - 2020
  • Madrid
    19 - 7 - 2020
    23 - 7 - 2020
  • Munich
    19 - 7 - 2020
    23 - 7 - 2020
  • Berlin
    19 - 7 - 2020
    23 - 7 - 2020
  • New York
    19 - 7 - 2020
    23 - 7 - 2020
  • Kuala Lumpur
    2 - 8 - 2020
    6 - 8 - 2020
  • Rome
    2 - 8 - 2020
    6 - 8 - 2020
  • Barcelona
    2 - 8 - 2020
    6 - 8 - 2020
  • Zurich
    2 - 8 - 2020
    6 - 8 - 2020
  • London
    9 - 8 - 2020
    13 - 8 - 2020
  • Madrid
    9 - 8 - 2020
    13 - 8 - 2020
  • Munich
    9 - 8 - 2020
    13 - 8 - 2020
  • Berlin
    9 - 8 - 2020
    13 - 8 - 2020
  • New York
    9 - 8 - 2020
    13 - 8 - 2020
  • Istanbul
    16 - 8 - 2020
    20 - 8 - 2020
  • Bali
    16 - 8 - 2020
    20 - 8 - 2020
  • Singapore
    16 - 8 - 2020
    20 - 8 - 2020
  • Washington
    16 - 8 - 2020
    20 - 8 - 2020
  • Dubai
    23 - 8 - 2020
    27 - 8 - 2020
  • Paris
    23 - 8 - 2020
    27 - 8 - 2020
  • Hong Kong
    23 - 8 - 2020
    27 - 8 - 2020
  • Kuala Lumpur
    27 - 9 - 2020
    1 - 10 - 2020
  • Rome
    27 - 9 - 2020
    1 - 10 - 2020
  • Barcelona
    27 - 9 - 2020
    1 - 10 - 2020
  • Zurich
    27 - 9 - 2020
    1 - 10 - 2020
  • Kuala Lumpur
    6 - 9 - 2020
    10 - 9 - 2020
  • Rome
    6 - 9 - 2020
    10 - 9 - 2020
  • Barcelona
    6 - 9 - 2020
    10 - 9 - 2020
  • Zurich
    6 - 9 - 2020
    10 - 9 - 2020
  • London
    13 - 9 - 2020
    17 - 9 - 2020
  • Madrid
    13 - 9 - 2020
    17 - 9 - 2020
  • Munich
    13 - 9 - 2020
    17 - 9 - 2020
  • Berlin
    13 - 9 - 2020
    17 - 9 - 2020
  • New York
    13 - 9 - 2020
    17 - 9 - 2020
  • Dubai
    20 - 9 - 2020
    24 - 9 - 2020
  • Paris
    20 - 9 - 2020
    24 - 9 - 2020
  • Hong Kong
    20 - 9 - 2020
    24 - 9 - 2020
  • London
    6 - 9 - 2020
    10 - 9 - 2020
  • Madrid
    6 - 9 - 2020
    10 - 9 - 2020
  • Munich
    6 - 9 - 2020
    10 - 9 - 2020
  • Berlin
    6 - 9 - 2020
    10 - 9 - 2020
  • New York
    6 - 9 - 2020
    10 - 9 - 2020
  • Kuala Lumpur
    18 - 10 - 2020
    22 - 10 - 2020
  • Rome
    18 - 10 - 2020
    22 - 10 - 2020
  • Barcelona
    18 - 10 - 2020
    22 - 10 - 2020
  • Zurich
    18 - 10 - 2020
    22 - 10 - 2020
  • London
    25 - 10 - 2020
    29 - 10 - 2020
  • Madrid
    25 - 10 - 2020
    29 - 10 - 2020
  • Munich
    25 - 10 - 2020
    29 - 10 - 2020
  • Berlin
    25 - 10 - 2020
    29 - 10 - 2020
  • New York
    25 - 10 - 2020
    29 - 10 - 2020
  • Istanbul
    4 - 10 - 2020
    8 - 10 - 2020
  • Bali
    4 - 10 - 2020
    8 - 10 - 2020
  • Singapore
    4 - 10 - 2020
    8 - 10 - 2020
  • Washington
    4 - 10 - 2020
    8 - 10 - 2020
  • Dubai
    11 - 10 - 2020
    15 - 10 - 2020
  • Paris
    11 - 10 - 2020
    15 - 10 - 2020
  • Hong Kong
    11 - 10 - 2020
    15 - 10 - 2020
  • Kuala Lumpur
    15 - 11 - 2020
    19 - 11 - 2020
  • Rome
    15 - 11 - 2020
    19 - 11 - 2020
  • Barcelona
    15 - 11 - 2020
    19 - 11 - 2020
  • Zurich
    15 - 11 - 2020
    19 - 11 - 2020
  • Kuala Lumpur
    22 - 11 - 2020
    26 - 11 - 2020
  • Rome
    22 - 11 - 2020
    26 - 11 - 2020
  • Barcelona
    22 - 11 - 2020
    26 - 11 - 2020
  • Zurich
    22 - 11 - 2020
    26 - 11 - 2020
  • London
    1 - 11 - 2020
    5 - 11 - 2020
  • Madrid
    1 - 11 - 2020
    5 - 11 - 2020
  • Munich
    1 - 11 - 2020
    5 - 11 - 2020
  • Berlin
    1 - 11 - 2020
    5 - 11 - 2020
  • New York
    1 - 11 - 2020
    5 - 11 - 2020
  • Dubai
    8 - 11 - 2020
    12 - 11 - 2020
  • Paris
    8 - 11 - 2020
    12 - 11 - 2020
  • Hong Kong
    8 - 11 - 2020
    12 - 11 - 2020
  • London
    22 - 11 - 2020
    26 - 11 - 2020
  • Madrid
    22 - 11 - 2020
    26 - 11 - 2020
  • Munich
    22 - 11 - 2020
    26 - 11 - 2020
  • Berlin
    22 - 11 - 2020
    26 - 11 - 2020
  • New York
    22 - 11 - 2020
    26 - 11 - 2020
  • Kuala Lumpur
    20 - 12 - 2020
    24 - 12 - 2020
  • Rome
    20 - 12 - 2020
    24 - 12 - 2020
  • Barcelona
    20 - 12 - 2020
    24 - 12 - 2020
  • Zurich
    20 - 12 - 2020
    24 - 12 - 2020
  • London
    27 - 12 - 2020
    31 - 12 - 2020
  • Madrid
    27 - 12 - 2020
    31 - 12 - 2020
  • Munich
    27 - 12 - 2020
    31 - 12 - 2020
  • Berlin
    27 - 12 - 2020
    31 - 12 - 2020
  • New York
    27 - 12 - 2020
    31 - 12 - 2020
  • Istanbul
    13 - 12 - 2020
    17 - 12 - 2020
  • Bali
    13 - 12 - 2020
    17 - 12 - 2020
  • Singapore
    13 - 12 - 2020
    17 - 12 - 2020
  • Washington
    13 - 12 - 2020
    17 - 12 - 2020
  • Dubai
    6 - 12 - 2020
    10 - 12 - 2020
  • Paris
    6 - 12 - 2020
    10 - 12 - 2020
  • Hong Kong
    6 - 12 - 2020
    10 - 12 - 2020

Course Description

Power systems equipment must withstand not only the rated voltage, which corresponds to the highest voltage of a particular system, but also expected short level. Accordingly, it is necessary to set protective relays based on these results obtained from short circuit study. One of hot issues now related to these is arc flashing study which is mainly based on the studies of short circuit and relay co-ordination as well. All these three issues should be dealt as integral parts & bulk.

Power System Analysis means verifying the adequacy of the power distribution system and it's components, recognize coordination related disturbances and outages and collecting the required data to perform a detailed required study.

The continuity and quality of electricity delivered safely and economically by today’s and futures electrical power networks are important for both developed and developing economies. The correct modeling of power system equipment and correct fault analysis of electrical networks are pre-requisite to ensuring safety and they play a critical role in the identification of economic network investments. Environmental and economic factors require engineers to maximize the use of existing assets which in turn require accurate modeling and analysis techniques.

Course Objectives

On successful completion of this course, participants will be able to:

  • Understand importance of power system modeling
  • Understand the need for calculation the short circuit current.
  • Consequences of sustained fault current & type if faults.
  • Manual calculation of short circuit using simple methods like MVA method, P.U. system, etc…
  • Balanced & unbalanced power flow analysis.
  • Voltage drop
  • Analyze the motor starting/acceleration.
  • Switchgear rating (breaking & making capacities).
  • Power problem problems & assessment.
  • Importance of arc flashing and relay co-ordination studies from operation & safety point of view.
  • Test cases simulation using computer software’s.

Course Outlines

  • Introduction - Reasons for Faults - and Classification of Faults.
  • Distinction between Load and Fault Current.
  • Sources of Short-Circuit Current.
  • Rotating Machine Reactance Changes (Subtrasient, Transient & steady state).
  • Electrical systems modeling and fundamentals.
  • Benefits of calculated short circuit currents.
  • Fault types & consequences of short circuits.
  • Load flow (balanced & unbalanced) analysis.
  • Optimal power flow.
  • Optimum capacitor locations
  • Introduction to Fault current Calculations.
  • Breaking & making currents.
  • Per unit systems.
  • Different typical values of positive, negative & zero phase sequence impedances for unbalance faults.
  • Manual Calculations of Isc by MVA Method.
  • Calculation of Isc by Impedance method.
  • Calculation of Isc by symmetrical components.
  • Calculations as defined & recommended by IEC 60909/ANSI C37 standards.
  • Different test simulation cases using ETAP power station/CYME PSAF/SKM power technologies.
  • Short Circuit Studies (Fault-Levels – Switchgear/Fuse Rating).
  • Typical cases for switchgear sizing.
  • Relay co-ordination & Arc Flashing studies.
  • Coordination Fundamentals

Procedures

Data Collection

  • Plotting Time/Current Curves
  • LV Circuit Breakers, different types
  • Fuses
  • Time Delay/Instantaneous Relays
  • Relay Coordination Intervals
  • Equipments damage curves for cables, transformers, etc...
  • System earthing (Solid, resistance & reactance or even ungrounded systems)
  • Motor Acceleration Analysis
  • Power Harmonics problems, related issues & assessment.
  • Substation grounding grid design
  • DC System Load Flow & Short-Circuit
  • Battery Discharge & Sizing
  • Course Evaluations & Summary

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