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When a storm hits, it can wreak havoc on your property in many ways. One area that may be affected is your solar panels. Solar panels are designed to withstand various weather conditions, but they are not indestructible. It’s important to understand the potential effects of storm damage on solar panel functionality so that you can take the necessary steps to address any issues.

 One of the most common effects of storm damage on solar panels is physical damage. High winds, hail, and flying debris can cause cracks or breakages in the glass of the solar panels, which can impact their ability to generate electricity. In some cases, the entire panel may need to be replaced if the damage is severe enough.

 Another issue that can arise from storm damage is water infiltration. If water seeps into the solar panels through cracks or damaged seals, it can lead to electrical issues and potentially cause a short circuit. This can result in a decrease in energy production or even render the solar panels completely inoperable.

 Additionally, storms can cause structural damage to the mounting system of the solar panels. If the mounting system is compromised, the panels may become loose or misaligned, affecting their efficiency and performance. It’s crucial to inspect the mounting system after a storm to ensure that the panels are secure and functioning properly.

 Furthermore, excessive debris buildup on the solar panels can obstruct sunlight and reduce their efficiency. Following a storm, it’s important to clean off any dirt, leaves, or debris that may have accumulated on the panels to maximize their energy output.

 To mitigate the effects of storm damage on solar panel functionality, it’s recommended to have your system regularly inspected and maintained by a professional. They can identify any potential issues early on and make the necessary repairs to keep your solar panels running smoothly. Additionally, investing in high-quality, durable solar panels and mounting systems can help minimize the risk of damage during severe weather events.

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