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    الهندسة الكهربائية
    19849

    Design of Electrical Distribution Networks

    07-09-2025 To 11-09-2025
    Dubai
    ele

    Designing an effective electrical distribution network is critical to ensuring uninterrupted power delivery, operational efficiency, and system stability. This course provides a comprehensive overview of electrical network design—from load assessment and system configuration to cable selection, protection coordination, and voltage regulation. Participants will explore real-world design applications in urban, industrial, and utility settings, incorporating safety standards, smart grid components, and future-ready design strategies.

    Date :
    From 07 Till 11 Sep. 2025
    City :
    Dubai
    Fees :
    4500
    • Date City Fees
    Date :
    From 07 Till 11 Sep. 2025
    City :
    Dubai
    Fees :
    4500
    • Date City Fees

    Overview

    To equip electrical engineers and technical professionals with the skills and knowledge required to design, plan, and optimize electrical distribution networks—ensuring reliability, safety, scalability, and compliance with national and international standards.

    Designing an effective electrical distribution network is critical to ensuring uninterrupted power delivery, operational efficiency, and system stability. This course provides a comprehensive overview of electrical network design—from load assessment and system configuration to cable selection, protection coordination, and voltage regulation. Participants will explore real-world design applications in urban, industrial, and utility settings, incorporating safety standards, smart grid components, and future-ready design strategies.

    Who Should Attend

    Target Group:

    • Electrical Engineers and Designers
    • Power Systems and Distribution Engineers
    • Utility Network Planners
    • Maintenance and Operations Engineers
    • Consultants in Electrical Infrastructure
    • Electrical Technicians involved in project planning and execution
    • Understand the fundamental principles of electrical network design
    • Learn to assess load requirements and network configurations
    • Apply techniques for equipment sizing, protection, and voltage control
    • Design safe, reliable, and expandable electrical systems
    • Ensure compliance with IEC, IEEE, and local electrical standards
    • Electrical system analysis and design
    • Component selection and load estimation
    • Protection coordination and voltage regulation
    • Smart grid integration and future-ready planning
    • Compliance with electrical codes and design safety

    Fundamentals of Electrical Distribution Networks

  • Types of electrical distribution systems (radial, ring, mesh)
  • MV/LV network structures and components
  • Load types and load flow analysis
  • Power factor, losses, and demand forecasting
  • Overview of electrical design codes and standards

    • Load Estimation and Network Planning

  • Residential, commercial, and industrial load profiles
  • Load diversity and coincidence factors
  • Demand calculations and peak load estimation
  • Location planning of substations and feeders
  • Planning for future expansion and redundancy

    • Contact Us

    For each learning and development project we establish strong relationships and effective communication with partners.
    Don't hesitate to contact us.