General design specs and international standards PV

Relevance

In today’s complex energy landscape, ensuring that rooftop photovoltaic (PV) systems are designed according to recognized standards and guidelines is critical for safety, performance, and regulatory compliance. National and international standards, combined with best practices and lessons learned from decades of PV experience, provide a framework for consistent, high-quality system design.

This building block introduces students to the essential general design specifications and standards that govern rooftop PV installations, covering design principles, structural requirements, electrical safety, and regulatory compliance. By understanding and applying these standards, students gain the knowledge needed to evaluate, plan, and implement PV projects that are safe, efficient, and aligned with both technical and legal requirements.

Abstract

This building block provides a structured introduction to the general design specifications and (inter)national standards relevant for rooftop photovoltaic (PV) systems. It equips students with the knowledge to design PV projects that are safe, compliant, and efficient, while adhering to recognized technical and regulatory frameworks.

The module begins with a general introduction to the role of standards and best practices in PV design, followed by detailed coverage of design principles, structural and electrical requirements, safety measures, and regulatory compliance. Students will explore both national and international standards, as well as the “best practice” principle and lessons learned from previous PV projects.

By the end of the course, students will be able to integrate these standards into practical PV system design, ensuring performance, reliability, and regulatory compliance. This knowledge enables them to contribute effectively to PV project development and support the broader energy transition.