IEEE 1513-2001

IEEE 1513-2001 is a technical standard for qualifying concentrator photovoltaic (PV) receiver sections and modules used in power and energy applications. It focuses on how these components should be evaluated so their performance, durability, and design intent can be assessed with greater consistency. For organizations working with concentrator PV systems, this standard helps support comparable testing and more reliable specification of receiver assemblies in engineering and procurement workflows.

What is IEEE 1513-2001?

IEEE 1513-2001 sets out a recommended practice for qualification of concentrator PV receiver sections and modules. In practical terms, it addresses the technical basis for checking whether these parts are suitable for use in concentrator photovoltaic systems, where concentrated sunlight is directed onto receiver elements. The document is relevant to electrical, thermal, and materials-related evaluation, helping define a more structured approach to qualification and performance review for these specialized PV components.

Where is IEEE 1513-2001 used?

This standard is typically used in concentrator photovoltaic development, component testing, and systems engineering for solar energy equipment. It is relevant when assessing receiver sections and modules intended for optical concentration arrangements, laboratory qualification, or pre-deployment verification. IEEE 1513-2001 may also support manufacturers, test labs, and engineering teams that need a common reference when comparing designs, reviewing acceptance criteria, or documenting product readiness for concentrator PV applications.

Why is IEEE 1513-2001 important?

Qualification guidance matters because concentrator PV receiver sections and modules can face demanding operating conditions and tighter performance expectations than conventional PV components. IEEE 1513-2001 helps improve consistency in testing and evaluation, which can reduce uncertainty during design approval and purchasing decisions. It may also support risk reduction by encouraging more uniform checks for reliability, durability, and operational suitability before components are integrated into larger power systems.

• Concentrator photovoltaic receiver qualification
• Module and section evaluation
• Performance and durability checks
• Testing consistency for PV components
• Engineering and procurement reference