The Dynamic Mechanical Load Test was conducted to evaluate the structural and electrical integrity of N-Type 630 double glass photovoltaic module under mechanical stress to validate the long-term reliability and durability of our solar modules under dynamic real-world environmental factors.
The test was conducted under alternating 1000 Pa pressure for 1000 cycles on a module with an area of 2.80 m², comprising 132 mono-crystalline silicon cells, in compliance with the IEC 61215-2:2021 standard. This test simulates repetitive mechanical loading conditions that cause material stress to ensure that the module frame, glass, and encapsulation can withstand it.
The repeated mechanical stress did not degrade the electrical output or efficiency of the panel, and confirmed absolute stability in power output, insulation resistance, and other critical electrical parameters.
The module demonstrated its robust structural integrity, revealed no performance degradation, no degrade in electrical output or efficiency, and no visible damage or micro-cracks to the module. It successfully passed all pre- and post-test leakage current requirements.
This test is vital in demonstrating that Luxen’s solar panels are designed for safe and efficient operation throughout their expected 25–30 year lifespan. It confirms their ability to withstand real-world conditions, including wind loads, snow accumulation, transportation stress, and other dynamic forces that could otherwise lead to mechanical damage over time.
Stay tuned—at Luxen, we are constantly upgrading and rigorously testing our products to ensure the highest quality, durability, and performance standards.
