Renewable Energy

Design and Installation of Grid-Tied Solar PV Systems for Electricians - 4 hrs

Build the skills to design and install safe, code-compliant grid-tied solar PV systems.

Design and Installation of Grid-Tied Solar PV Systems for Electricians - 4 hrs

About this course

With the rapid adoption of solar energy and recent updates to NEC 2023, the demand for skilled electricians who can navigate the new requirements has never been higher. This course directly addresses the most common and critical installation errors seen in the field, which often lead to failed inspections, safety hazards, and system underperformance.

Designed for licensed electricians, installers, and designers, this program closes the proficiency gap in applying crucial NEC 2023 updates. We'll move beyond basic theory to tackle the specific, observable failures that plague many projects: incorrect conductor sizing, improper grounding, and the misapplication of rapid shutdown devices. Through guided exercises and real-world examples, you'll gain the hands-on expertise to design and install safe, efficient, and code-compliant grid-tied PV systems that pass inspection the first time.

What you'll learn

  • Select the correct conductor sizes and overcurrent protection for PV circuits in accordance with NEC 690.8.
  • Apply proper grounding and bonding methods for PV systems as required by NEC 690.41–690.50.
  • Design and implement rapid shutdown systems in full compliance with NEC 690.12.
  • Prepare accurate, code-compliant labeling and documentation required for PV system inspection and commissioning.

Meet your instructors

IS

Imran Shaikh

Solar Instructor | Electrical Engineer

Imran is an electrical engineer who has spent his career on both sides of the technical table - designing solar systems and training the industry professionals who install them. His background spans solar PV design, BIPV, and battery storage, with hands-on roles at GoodWe and Tigo Energy where he led technical training across the ANZ and APAC regions. He holds a Master's in Electrical and Renewable Energy from Deakin University.

This course includes:

  • 4 hrs of on-demand content
  • Certificate of completion
    Ascend Education Group