IEC 62788-1-5:2016/COR1:2017

IEC 62788-1-5:2016/COR1:2017 is a corrigendum to the photovoltaic materials document focused on encapsulants, specifically the measurement of change in linear dimensions of sheet encapsulation material resulting from applied thermal conditions. It is relevant for engineering, testing, and compliance teams that rely on consistent measurement methods when assessing material behavior in photovoltaic module design and qualification. As a supporting reference to the parent document, IEC 62788-1-5:2016, it helps maintain technical accuracy in documented evaluation and quality workflows.

What is IEC 62788-1-5:2016/COR1:2017?

This corrigendum is a correcting document linked to IEC 62788-1-5:2016, which addresses measurement procedures for encapsulants used in photovoltaic modules. Its scope is tied to the specific test topic described in the title: determining dimensional change in sheet encapsulation material under thermal conditions. In practical terms, it supports technical review, laboratory evaluation, and conformity assessment by clarifying or correcting the published method so organizations can apply the parent reference with greater confidence in compliance and documentation activities.

Applications of IEC 62788-1-5:2016/COR1:2017

IEC 62788-1-5:2016/COR1:2017 is typically used in photovoltaic material testing, supplier qualification, product evaluation, and engineering documentation where encapsulant behavior must be measured consistently. It may be relevant in laboratory workflows that verify thermal response, dimensional stability, and related material performance characteristics for sheet encapsulation products used in solar module assemblies. Procurement teams and compliance groups can also use it as a technical reference when reviewing material claims, preparing test plans, or aligning internal verification activities with the parent measurement procedure.

Why is IEC 62788-1-5:2016/COR1:2017 important?

This corrigendum matters because small corrections to a measurement procedure can affect repeatability, reporting accuracy, and overall testing consistency. For organizations working on photovoltaic module materials, the document supports risk management by helping ensure that dimensional-change assessments are based on the intended technical content of the parent reference. It also assists conformity assessment preparation, quality assurance, and regulatory preparation by reducing ambiguity in test interpretation. In procurement and validation workflows, that can improve confidence in technical documentation and downstream material decisions.

• Supporting corrigendum for the parent photovoltaic encapsulant measurement procedure
• Focused on thermal-condition dimensional change of sheet encapsulation material
• Useful for laboratory evaluation and documented verification activities
• Relevant to quality workflows, compliance review, and technical assessment
• Helps maintain consistency when applying the parent reference in testing programs