Course Overview:
The “Low Voltage Electrical Load Design and Calculation in Construction Projects (Saudi Code and IEC)” course is a specialized training program designed to keep pace with the engineering labor market’s demands in the energy and electricity sector. It provides engineers and technicians with the necessary skills to understand design standards according to local and international specifications, with a strong focus on accurately and efficiently applying Saudi Codes and International Electrotechnical Commission (IEC) standards.
Course Objectives
- Understand the principles of electrical load design in low voltage systems.
- Apply the requirements of the Saudi Code in electrical load calculations.
- Utilize International Electrotechnical Commission (IEC) standards in designing electrical systems.
- Select appropriate equipment and devices based on calculated electrical loads.
- Study the impact of environmental and safety factors on electrical system design.
- Prepare electrical load schedules professionally according to global best practices.
- Analyze and evaluate electrical data to ensure the efficiency of the electrical system in construction projects.
Course Curriculum
Day 1: Introduction to Electrical Loads and Low Voltage Systems
- Basic concepts of electrical loads in construction projects.
- Classification of low voltage systems based on various applications.
- Review of electrical power sources and distribution fundamentals.
- The importance of electrical load design in ensuring system safety and efficiency.
Day 2: The Saudi Code and Local Design Requirements
- Introduction to Saudi Code (SAES) provisions related to electrical systems.
- Safety requirements and technical specifications for projects within the Kingdom of Saudi Arabia.
- How to accurately read electrical drawings according to Saudi specifications.
- Practical applications of load distribution according to the SAES system.
Day 3: IEC Standards in Electrical Design
- An overview of IEC 60364 standards and their impact on electrical design.
- Methods for determining electrical loads using IEC standards.
- Selection of cables and switchgear according to international standards.
- A comparison between the Saudi Code and IEC standards in electrical load applications.
Day 4: Designing Electrical Load Schedules and Data Analysis
- Step-by-step preparation of high-accuracy electrical panel load schedules.
- Calculating the total load for each individual electrical circuit.
- Utilizing computer-aided design software to analyze electrical loads.
- Analyzing calculation results and determining provisions for Future Load.
Day 5: Performance Evaluation, Safety Factors, and Efficiency
- Studying the impact of environmental factors on the performance of electrical equipment.
- Safety factors and their influence on the selection of electrical components.
- Evaluating electrical system efficiency in compliance with Saudi Code and IEC standards.
- A comprehensive review of electrical designs to ensure strict compliance with specifications.
