Electrical Low Voltage System Distribution Design

Gain practical electrical low-voltage power design skills from the ground up with this comprehensive course! This 10-hour course provides a solid foundation in designing low voltage distribution systems.

• AutoCAD Fundamentals: Begin by mastering AutoCAD, a widely used drawing software. Learn to navigate its various toolbar options, essential for creating accurate electrical schematics.
• Lighting Design with DIALux: Section 2 dives into lighting design using DIALux software. Understand lux calculations and learn to create effective lighting distribution systems, a crucial element of low voltage power design.
• Lighting & Power Systems Distribution: Sections 3 & 4 cover the intricacies of lighting and power systems distribution. Develop the ability to gather necessary information and accurately calculate total connected loads based on your lighting and power designs. Learn to translate these designs into detailed panel schedules and single line diagrams.
• System Calculations & Safety: In Section 5, you'll perform essential low voltage system calculations. This includes sizing Transformers, Generators, Cables, and Circuit Breakers. Learn to calculate voltage drop and short circuit current levels, and implement power factor correction for a safe and reliable system design. Detailed, step-by-step explanations are provided, along with practical applications using Excel sheets.
• Earthing & Lightning Protection: The final section focuses on earthing and lightning protection systems. Explore different types, components, and design methods, adhering to international standards. Visual aids, including pictures of real-world electrical equipment installations, bridge the gap between theory and practical application.

Throughout the course, you'll benefit from helpful resources and a structured approach, progressing from fundamental software skills (AutoCAD) to advanced system calculations and protection strategies. This course is designed to equip you with the skills needed to confidently design low voltage power systems.