Design Of Modern Electrical Distribution Systems Of Modern Electrical Distribution Systems

Course Code: EM72

 

Course Objective

  • The behavior of Modern Electrical Distribution Networks
  • Constraints on Distribution Network Design
  • Choice of Correct Components and Network Layoutshe design and functionality of financial models in Excel
  •  Use powerful functions built in to Excel for statistical and financial analysis
  •  Apply financial analysis techniques to improve investment decision-making.
  • Apply financial analysis techniques to improve investment decision-making
  • Apply financial analysis techniques to improve investment decision-making
  • Apply financial analysis techniques to improve investment decision-making

 

Target Audience

  • Engineers and Technicians from Electrical Transmission and Distribution Utilities
  • Personnel who require a broad understanding of Distribution Network Design due to their employment in related activities, e.g. government agencies, loan agencies etc.

 

Course Outline

  • The challenge of risk and uncertainty in modern business
  • Basics & Fundamentals Review.
  • Overview Distribution systems.
  • General Design Considerations.
  • Loads: types, and estimations.
  • Equipment design constraints:
  • Current Rating
  • Short circuit
  • Power quality Problems
  • Modeling of Distribution Elements.
  • Studies on Distribution networks.
  • Load Flow studies & Computer methods.
  • Short circuit, PU & Symmetrical components.
  • MVA method to calculate 3-phase short circuit current.
  • Related IEC 60909, 61363 & ANSI C37.
  • PQ & Harmonics and related IEEE 1159 & 519 standards.
  • Power cable: Sizing (based on VD, short circuit & earth fault), de-rating factors.
  • Voltage drop calculations.
  • Power Factor correction & reactive power compensators.
  • Distribution Transformers features & Sizing.
  • LV & HV Switchgear preliminary design steps.
  • Protection overviews.
  • Shunt capacitors & Series reactors.
  • Isolated networks & different schemes of power system architectures. Open & Closed RMU.
  • Test Cases using ETAP/CYME/SKM software.

 


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Date & Location

Date : 08 January 2023

Duration : 5 days

Place : Dammam

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Date : 05 November 2023

Duration : 5 days

Place : Istanbul

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