Deutsch The pressure load testing system is a specialized device designed to evaluate the load-bearing capacity of photovoltaic and solar modules. Its primary objective is to test the stability of these modules under realistic conditions, particularly when subjected to bending forces. The system can generate pressure forces of up to 36,000 Newtons and tensile forces of up to 17,400 Newtons, enabling the simulation of dynamic wind conditions as they occur in real-world environments. This allows for a thorough assessment of the modules' resistance to varying loads.
In addition, the system provides the capability to replicate static scenarios, such as those caused by snow loads. This is especially crucial for regions with high snow load zones, where solar modules may be exposed to significant pressure forces. Simulating such conditions ensures an accurate evaluation of the mechanical stability and long-term reliability of the modules.
The testing methods include both mechanical and electrical stress tests to ensure that the modules can withstand not only external forces like wind and snow but also maintain reliable performance under extreme operating conditions. These tests help identify potential weaknesses early on and ensure the safety and durability of the modules over time.
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