What is IEC 62108 Ed. 2.0?

The IEC 62108 Ed. 2.0 is a technical standard that specifies the minimum requirements for the design, manufacturing, and performance of concentrator photovoltaic (CPV) modules and assemblies.

Key Features of IEC 62108 Ed. 2.0

IEC 62108 Ed. 2.0 provides a comprehensive framework to ensure the quality, reliability, and safety of CPV modules. Here are some key features:

Performance Testing: The standard outlines procedures to measure the performance characteristics of CPV modules under various conditions, including temperature, irradiance, and spectral content.

Durability Requirements: It specifies the minimum durability requirements, such as resistance to environmental factors like temperature cycling, humidity, and mechanical stress.

Mechanical Design: The standard covers mechanical aspects, including structural integrity, load-bearing capabilities, and resistance to wind and snow loads.

Safety Considerations: IEC 62108 Ed. 2.0 includes guidelines to ensure electrical safety, fire resistance, and protection against electric shock hazards.

Benefits and Impact of IEC 62108 Ed. 2.0

The implementation of IEC 62108 Ed. 2.0 brings several benefits and impacts to the CPV industry and beyond.

1. Enhanced Quality and Reliability: By adhering to the standard's requirements, manufacturers can produce CPV modules with improved quality, reliability, and long-term performance.

2. Increased Market Confidence: Compliance with IEC standards instills confidence among consumers, investors, and regulatory bodies, resulting in broader market acceptance of CPV technology.

3. Harmonization and Global Market Access: IEC 62108 Ed. 2.0 harmonizes CPV module testing and certification procedures, facilitating international trade and market access for manufacturers.

4. Stimulating Research and Innovation: The standard encourages continuous research and development efforts to improve CPV module efficiency, durability, and cost-effectiveness.

Conclusion

IEC 62108 Ed. 2.0 plays a crucial role in ensuring the quality, reliability, and safety of CPV modules. Its comprehensive requirements for performance testing, durability, mechanical design, and safety considerations contribute to the growth and adoption of this renewable energy technology. Manufacturers, consumers, and regulators should embrace and adhere to this standard to foster a sustainable and robust CPV industry around the world.