A qualified photovoltaic (PV) wet test chamber goes through a series of critical steps before it is finally manufactured and used in laboratory settings. Ensuring the quality of such a device is essential, especially for testing solar modules under extreme environmental conditions. The most effective way to evaluate its performance is by examining its key technical specifications.
The technical parameters of a photovoltaic wet-freeze test chamber typically include:
- **Temperature Range:** -60°C to +100°C
- **Temperature Fluctuation:** ±0.5°C
- **Temperature Deviation:** ±2°C
- **Rising and Cooling Rate:** Complies with IEC 61646 standards (see Section 10)
- **Humidity Test Conditions:** 85°C, 85% RH
- **Humidity Range:** 20% to 95% RH
- **Load Capacity:** Supports up to 6 solar film modules (180 kg each) and an aluminum alloy rack (280 kg)
- **Test Methods:** Thermal cycle test, wet-freeze test, and wet-heat test
- **Timing Function:** Adjustable from 0.1 to 999.9 hours, minutes, or seconds
These specifications ensure that the test chamber can accurately simulate real-world environmental stresses that solar panels may experience, such as extreme temperature changes and high humidity levels.
Yashilin's photovoltaic wet test chambers are designed and manufactured following strict industry standards, ensuring reliable performance and long-term durability. With a strong reputation for quality and precision, these chambers have become a trusted choice among researchers and engineers working in the renewable energy sector.
Whether you're conducting accelerated life testing or evaluating the reliability of solar modules, choosing a test chamber with accurate and comprehensive technical parameters is crucial. Yashilin’s commitment to excellence makes their products a top choice for laboratories around the world.
Hair Treatment,Deep Conditioner,Growth Deep Hair Conditioner Shampoo,Growth Deep Triple Hair Conditioner
RYEOGLOBAL Co,.LTD , https://www.ryeolab.com