GB/T 41203-2021 《Method for accelerated aging test of PV module encapsulating material》 Related products
GB/T 41203-2021 "Accelerated weathering test method for photovoltaic module packaging materials" describes the accelerated weathering test method for photovoltaic module packaging materials, which is suitable for aging performance testing of materials such as Glass, encapsulant film, and backplane for photovoltaic modules. The standard provides a scientific basis for mass assurance and life prediction of photovoltaic modules by simulating harsh environmental conditions. It is an important reference for testing key materials in the photovoltaic industry.
This summary is not the original standard text and is for reference only. For accurate information, please obtain it through official channels.
| Status | Active |
|---|---|
| CCS | L90 | ICS | 31.030 |
| Release Date | 2021-12-31 00:00:00 | Implementation Date | 2022-07-01 00:00:00 |
Extended reading
- 1GB/T 3681.2-2021《Plastics—Methods of exposure to solar radiation—Part 2: Direct weathering and exposure behind window glass》
- 2GB/T 9966.11-2021《Test methods for natural stone—Part 11: Determination of resistance to ageing by cold and thermal shock》
- 3GB/T 9966.15-2021《Test methods for natural stone—Part 15: Determination of resistance ageing by salt mist》
- 4GB/T 5755-2021《Steel cord conveyor belts—Cord-to-coating bond test—Initial test and after thermal treatment》
- 5GB/T 13477.23-2022《Test method for building sealants—Part 23：Durability to extension compression cycling under accelerated weathering》
- 6GB/T 41717-2022《Terminology of ageing management and life management for nuclear power plants》
- 7GB/T 41745-2022《The evaluation of sealant aging cracking and crazing—Picture method》
- 8GB/T 41753-2022《Test method for durability to extension compression cycling under accelerated weathering for sealants》
- 9GB/T 24135-2022《Rubber- or plastics-coated fabrics—Accelerated-ageing tests》
- 10GB/T 18244-2022《Test methods for weathering resistance of building waterproof materials》