What type of solar panels won't leak toxic substances even when hit by hail?

Recently, an article in the US media has stirred up a heated discussion among the public regarding the safety of solar plants. The article points out that solar panels may suffer from damage and performance reduced , or even the stable operation of the entire plants affected, when subjected to severe hailstorms.

Even more worrying is the concern that harmful substances such as cadmium telluride may leak from the broken panels, potentially contaminating nearby water sources, weighing heavily on people's minds.

At this critical juncture, the Solar Energy Industries Association (SEIA) in the United States has promptly released an authoritative report to address public concerns.

The report elaborates on the considerations and measures taken during the design and manufacturing process of photovoltaic components to withstand extreme weather conditions. Through rigorous testing and evaluation, existing photovoltaic components have demonstrated excellent resistance to hailstorms. Even under extreme weather conditions, these components can maintain stable performance and structural integrity.

Furthermore, the report provides an in-depth analysis of the issue of leaks of harmful substances such as cadmium telluride.

Through scientific analysis and experimental data, the report points out that strict encapsulation technology and environmentally friendly materials are used in the production process of photovoltaic components to ensure that harmful substances are not easily leaked into the environment. Even in the event of component breakage, the internal encapsulation structure can effectively prevent the diffusion and leakage of harmful substances.

Therefore, there is no need for the public to excessively worry about the toxicity risks of solar plants. On the contrary, we should pay more attention to and support the development and application of photovoltaic technology. Choosing solar panel brands and models with safety guarantees is key to ensuring the safe and stable operation of solar plants.

In this regard, many excellent solar panel brands have emerged in the market. They not only have the ability to resist hail damage but also effectively prevent the leakage of toxic substances within the components. These components usually consider the requirements of extreme weather conditions and environmental safety in their design.

Firstly, to prevent hail damage, some photovoltaic component products adopt special materials and structural designs. For example, using high-strength glass or polymer materials as panels, and optimizing the structural design of components to improve their impact resistance.

At the same time, to prevent the leakage of toxic substances within the components, these photovoltaic component products also adopt strict production processes and material selection. They are manufactured using environmentally friendly and non-toxic materials to ensure that no harmful substances are released in the event of component damage or aging.

Specifically, some well-known solar panel providers offer products that meet these requirements. Checking the product manual is the most convenient and effective way to find these high-quality solar panels.

For example, currently, double-glass solar panels pose the lowest risk of hail damage.

From the following three images, it can be seen that double-glass solar panels from LONGi, JA Solar, and Canadian Solar all use 2mm special glass, which is sufficient to withstand hail disasters. At the same time, these solar panels have also passed the ISO environmental management system certification, ensuring the use of non-toxic and environmentally friendly materials, so even in the event of violent destruction, there will be no leakage of substances that pollute the environment or harm human health.

In conclusion, as an important part of clean energy, photovoltaic technology has broad prospects and application space. We should adopt a scientific attitude towards the safety of solar plants, choose solar panel brands and models with safety guarantees, and jointly promote the healthy development of photovoltaic technology, contributing to the future of the Earth.

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