EPE17 · One Week

Design Of Modern Electrical Distribution Systems

Acquire skills in designing modern electrical distribution systems in this training course. Learn techniques for efficient and effective designs. LBTA Training offers Design Of Modern Electrical Distribution Systems Course in Electrical and Power Engineering Training Courses.

Design Of Modern Electrical Distribution Systems
Venue ⇅ Start Date ⇅ End Date ⇅ Net Fees ⇅ Details & Registration
London, United Kingdom 09 - Nov - 2026 13 - Nov - 2026 5,950 GBP PDF Register
Madrid, Spain 09 - Nov - 2026 13 - Nov - 2026 7,500 GBP PDF Register
Munich, Germany 09 - Nov - 2026 13 - Nov - 2026 8,900 GBP PDF Register
Berlin, Germany 09 - Nov - 2026 13 - Nov - 2026 8,300 GBP PDF Register
New York, United States 09 - Nov - 2026 13 - Nov - 2026 12,750 GBP PDF Register
Amsterdam, Netherlands 09 - Nov - 2026 13 - Nov - 2026 9,100 GBP PDF Register
Milan, Italy 09 - Nov - 2026 13 - Nov - 2026 7,500 GBP PDF Register
Dubai, United Arab Emirates 09 - Nov - 2026 13 - Nov - 2026 5,723 GBP PDF Register
Paris, France 09 - Nov - 2026 13 - Nov - 2026 7,900 GBP PDF Register
Hong Kong 09 - Nov - 2026 13 - Nov - 2026 9,100 GBP PDF Register
Tokyo, Japan 09 - Nov - 2026 13 - Nov - 2026 11,500 GBP PDF Register
Kuala Lumpur, Malaysia 09 - Nov - 2026 13 - Nov - 2026 5,300 GBP PDF Register
Rome, Italy 09 - Nov - 2026 13 - Nov - 2026 7,900 GBP PDF Register
Barcelona, Spain 09 - Nov - 2026 13 - Nov - 2026 8,300 GBP PDF Register
Zurich, Switzerland 09 - Nov - 2026 13 - Nov - 2026 8,700 GBP PDF Register
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Courses Syllabus

Course Description

In 1882 Sir Thomas Edison built the world’s first electricity generating station in New York. The supply of Electricity spread rapidly across the globe in the ensuing years. Today, over a century later, the use of electrical energy has become commonplace. Global economics is rapidly changing methodology in the Distribution of Electricity throughout the world. Many Distribution Electricity Utilities have changed from State Ownership to Private Ownership and the trend is increasing worldwide.

Regulatory and shareholder pressures are now driving Utilities to deliver an improved supply performance and demonstrate a more commercial approach to their activities.An important step is to ensure that decision-making personnel possess sufficient up-to-date knowledge of distribution system behavior and modern distribution network design.

Course Objectives

On completion of the course the trainee/s will be competent in:

  • The behavior of Modern Electrical Distribution Networks
  • Constraints on Distribution Network Design
  • Choice of Correct Components and Network Layouts
  • Using Computers for secure and economic network design

Course Outlines

  • 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.

Available Cities

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