Follow Us on Google News
Solar panels are engineered to function effectively in various weather conditions, including rain. However, persistent storms and heavy rainfall can pose risks to their durability and performance. Understanding how rain impacts solar panels and knowing how to safeguard them can help you maintain their efficiency and reduce repair costs.
Solar panels consist of multiple solar cells primarily made from silicon, covered by a protective glass layer. Heavy rain or hail can potentially damage this glass, compromising the panel’s performance and longevity. While solar panels are generally resilient, it’s crucial to implement measures to minimize potential damage from severe weather.
Use Protective Coverings
Protective covers are available to shield solar panels from heavy rain. Though they might slightly reduce the panel’s sunlight exposure and productivity, they serve as a valuable defense against physical damage. Alternatively, applying a thin layer of methacrylate, a durable polymer plastic, can offer protection without significantly impacting sunlight transmission.
Adjust Panel Angles
Setting your panels at an angle can help water slide off more easily, preventing accumulation and keeping the panels clean. For installations with multiple panels, automated solar panel tracking devices can adjust angles remotely. However, this technology can be expensive, sometimes surpassing the cost of the solar panels themselves.
Schedule Regular Maintenance
Regular inspections by a professional technician are essential to ensure the ongoing safety and efficiency of your solar panels. An expert can check the panels, their mounts, and other components to address any potential issues that a non-professional might overlook. This maintenance is particularly important before and during the monsoon season.
Maintaining solar panels through proper care and timely inspections can help you protect your investment during rainy seasons. Staying informed about weather conditions and using appropriate safeguarding tools are key to ensuring your solar panels continue to operate effectively, even in adverse weather.
