ASTM E1362

ASTM E1362 is the standard test methods document for calibration of non-concentrator photovoltaic non-primary reference cells. It provides a technical basis for comparing and calibrating reference cells used in photovoltaic measurement work, helping support more consistent test results and better confidence in solar-related performance data. For organizations that rely on calibrated reference cells, this ASTM standard is an important part of maintaining measurement traceability and reducing variation across testing activities.

ASTM E1362 standard overview

The ASTM E1362 standard focuses on test methods used to calibrate non-concentrator photovoltaic non-primary reference cells. In practical terms, it addresses the procedures needed to establish or verify the calibration of reference cells intended for photovoltaic measurements rather than primary metrology. This makes the document useful for laboratories, test organizations, and technical teams that need a recognized ASTM method for handling reference cell calibration in a controlled and repeatable way. It is a key technical resource for supporting consistency in solar testing.

Where is ASTM E1362 used?

This standard is commonly used in photovoltaic testing environments where non-concentrator reference cells are part of the measurement setup. That may include calibration laboratories, quality control programs, and evaluation workflows tied to solar cell or module performance testing. ASTM E1362 is relevant wherever a reference cell must be calibrated with a documented method before being used to support measurements. It is especially useful in settings that depend on stable, comparable test inputs and dependable calibration records.

Practical importance of ASTM E1362

ASTM E1362 matters because calibration quality directly affects the reliability of photovoltaic measurements. Using a recognized standard helps organizations support compliance, improve consistency, and reduce uncertainty when reference cells are used in testing or product evaluation. It also assists procurement and quality teams by giving them a clear technical benchmark for calibration-related requirements. For laboratories and manufacturers, the standard can help lower risk by promoting repeatable methods and more dependable measurement comparisons.

• Calibration methods for non-primary reference cells
• Photovoltaic measurement support
• Non-concentrator test applications
• Consistency in laboratory workflows
• Reference cell performance verification