When a typhoon comes or when a 100W mono solar panel is installed on the water surface, some people may worry that the module will be damaged or fall off, thereby harming the environment. Is the solar energy system really that fragile?

Looking back at solar energy technology, in fact, at the beginning, the 100W mono solar panel was quite vulnerable. It easily fell off in fierce winds and heavy rain, causing damage to the solar cells when exposed to water. Moreover, the brackets of the solar system were also blown hither and askew, making it difficult to estimate the damage and compensation.

There are many reasons for the damage of the solar energy system. Besides the reliability of the support, the fragility of the glass, aluminum frame and battery of the 100W mono solar panel is also a key point. Among them, the structure of the 100W mono solar panel, from top to bottom, is composed of tempered glass, EVA polymer, solar cells, EVA, backsheet and aluminum frame. Those strong winds and heavy rain carrying sand and stones, as well as wind pressure, will cause deformation and hidden cracks in the solar module. And the "falling objects from the sky" with the arrival of typhoons are even stronger enemies. Simply and directly smash the 100W mono solar panel.

100W mono solar panel

However, with the rapid advancement of technology, the 100W mono solar panel has become increasingly robust. According to materials from the National Renewable Energy Laboratory (NREL) of the United States, only 0.1% of the 50,000 solar systems installed between 2009 and 2013 were damaged each year.

To enhance the typhoon resistance of solar energy systems, it is necessary to consolidate assembly skills and further strengthen batteries. The number of clamps and fasteners, the method of fixing modules, and installation skills are all key points. For instance, Japan is frequently affected by hurricanes every summer. With climate change, the probability of encountering winds exceeding level 17 is really hard to predict. Therefore, it is necessary to test the wind pressure to assess the endurance of the module and the bracket. Whether it is a module or a bracket, there will be corresponding specification requirements.

Nowadays, panels on the ground, roof and water surface can all withstand various harsh weather conditions. However, if the solar energy industry is to move towards flexibility and simplicity, and eventually be sewn onto clothes or integrated into portable devices, the batteries also need to be waterproof. After all, there is no longer any solid tempered glass above to shield from wind and rain, and only waterproof coatings can be relied upon.

That's all for today's sharing. I hope it will be helpful to you all. For more information about the 100W mono solar panel, please pay attention to our official website.

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