IEC 62108:2022

IEC 62108:2022 is the technical reference for concentrator photovoltaic (CPV) modules and assemblies, with a focus on design qualification and type approval. For organizations evaluating CPV products, it supports structured technical review, documented evaluation, and conformity assessment by defining a clear framework for checking whether a module or assembly is suitable for qualification activities. IEC 62108:2022 is therefore relevant to engineering documentation, laboratory evaluation, and procurement decisions where verified product performance and design consistency matter.

Purpose of IEC 62108:2022

The purpose of this document is to provide a standardized basis for assessing CPV modules and assemblies against design and type approval expectations. It is typically used to support engineering validation, risk management, and quality workflows by aligning test and review activities around a common technical reference. In practice, it helps manufacturers, test laboratories, and compliance teams compare product designs using consistent criteria, which can improve technical assessment and reduce uncertainty during development or certification preparation.

Compliance applications of IEC 62108:2022

IEC 62108:2022 is commonly used in compliance workflows for CPV product qualification, supplier evaluation, and technical due diligence. It may inform test planning, documentation review, and product evaluation where a concentrator photovoltaic module or assembly must be assessed before deployment or procurement. The document is also relevant to laboratories and certification teams that need a reliable basis for verification activities, particularly when preparing evidence for conformity assessment or internal acceptance decisions.

Benefits of IEC 62108:2022

Using IEC 62108:2022 can help organizations improve testing consistency, reduce design-related risk, and support clearer engineering validation for CPV modules and assemblies. It provides a shared reference point for procurement review and compliance preparation, which can streamline communication between manufacturers, laboratories, and approving bodies. For operational teams, the value lies in more predictable qualification outcomes, better documented technical compliance, and stronger support for quality assurance across development and acceptance workflows.

• Design qualification reference for concentrator photovoltaic modules and assemblies
• Type approval support for technical review and conformity assessment
• Useful for laboratory evaluation, verification activities, and test documentation
• Helps align engineering validation with procurement and compliance workflows