IEC TR 63228:2019

IEC TR 63228:2019 provides technical guidance on measurement protocols for photovoltaic devices based on organic, dye-sensitized or perovskite materials. For organizations evaluating emerging photovoltaic technologies, it helps frame how measurement and verification activities can be approached in a more consistent way. The document is relevant where engineering teams, laboratories, and procurement groups need a clear technical reference for documented evaluation, performance comparison, and compliance preparation across advanced solar device development workflows.

Overview of IEC TR 63228:2019

This technical report is focused on measurement protocols rather than product certification language, which makes it useful as a structured reference for laboratory evaluation and technical assessment. Its scope is tied to photovoltaic devices using organic, dye-sensitized, or perovskite materials, areas where test methods and reporting practices can strongly affect results. IEC TR 63228:2019 is therefore useful when teams need to align testing workflows, improve operational consistency, and support credible engineering documentation for comparative analysis.

Compliance applications of IEC TR 63228:2019

IEC TR 63228:2019 is commonly relevant in research, product development, and validation environments where photovoltaic devices are being measured under controlled conditions. It can support conformity assessment preparation, internal technical review, and quality workflows for organizations comparing prototypes, verifying performance, or documenting measurement outcomes. The report may also be useful for laboratories and manufacturers working with emerging solar materials that require repeatable procedures and clearly recorded technical data for regulatory preparation or customer-facing evaluation.

Importance of compliance with IEC TR 63228:2019

Using IEC TR 63228:2019 as a compliance reference can reduce variation in measurement practice and improve confidence in reported results. That matters for safety-adjacent decision-making, engineering validation, procurement review, and risk management where inconsistent data can affect product evaluation or acceptance decisions. For teams involved in technical compliance, a common measurement framework also helps strengthen testing consistency, supports traceable documentation, and improves readiness for conformity assessment in projects involving advanced photovoltaic devices.

• Measurement protocols for photovoltaic devices using organic, dye-sensitized, or perovskite materials
• Useful for laboratory evaluation, comparative testing, and documented technical assessment
• Supports repeatable measurement workflows and clearer performance analysis
• Relevant to compliance preparation, quality assurance, and engineering documentation