In India, there has been a noticeable increase in the frequency of storm events in recent years. A storm with strong winds that uprooted and damaged over 1000 rooftop solar systems occurred in Jaipur in May 2023. This event resulted in a large loss of solar investment and highlighted the dangers that low-quality solar installations pose to people’s lives and property.
Similar to this, a significant dust storm in May 2024 in Mumbai caused more solar panels to fly off the roofs of homes and housing societies. Precious lives were also lost during that storm due to the collapse of a commercial billboard. This circumstance points to a sharp rise in the frequency and power of strong storms, even cyclones, that are trembling our towns.
The Mumbai storm’s wind speed was only 75 kmph, which is regarded as moderate. In spite of this, many solar systems failed, posing a serious risk to public safety due to panels being torn off of rooftops. For many others, it meant losing all of their solar investment.
Events of this nature raise customer awareness regarding rooftop solar installations’ safety during storms and cast doubt on the reliability and caliber of rooftop solar systems built in India. Moreover, who would foot the bill for the expenses of reinstalling the solar system? These instances brought to light the severe shortcomings in the unorganised solar business in India.
The Requirement for Solar Structures Resistant to Storms
A well-built solar system will provide you with free, clean electricity for 25 years.
Mounting structures are essential for optimising energy output, protecting your family, and lowering the cost of reconstruction or repair after storm damage. You must get mounting structures that have been scientifically built and not settle for shoddy constructions put in place by unskilled workers if you want to guarantee the structural integrity and durability of your rooftop solar system for 25 years.
Conventional mounting structures are weak, prone to rusting, and prone to collapsing in high winds—especially if they are made on-site at your roof.
Furthermore, since wind speeds escalate with building height, installations in high-rise residential communities are more susceptible to wind damage.
High-quality mounting structures are required to reduce this risk. These mounts shield the solar panels from damaging weather effects and secure them while optimising their tilt to maximise sunlight exposure.
Never disregard the safety requirements of your rooftop solar system when it comes to the security of your family at home or the occupants of your multi-story housing complex.
What Makes Rooftop Solar "Storm-Proof"?
Strong materials are used in the construction of storm-proof solar panels, which are mounted securely to withstand high winds and rain. To make sure they continue to work during and after a storm, panels are put through a thorough durability test.
Key Considerations When Choosing Storm-Proof Solar Panels
Storm-proof solar panel selection requires careful consideration of elements such panel efficiency, wind rating, durability, and manufacturing reputation. Selecting panels from reliable brands that have longer warranties and have undergone extensive testing will guarantee long-term dependability.
To determine which solutions are ideal for your particular region and environment, speak with solar specialists.
The Role of Proper Installation
Proper installation is key to ensuring the storm resistance of your rooftop solar system. Certified installers with experience in storm-proof solar setups should be chosen to guarantee the panels are mounted securely and the system is configured for optimal performance.
Preparing for Unpredictable Weather Events
Investing in a storm-proof rooftop solar system is a proactive measure that helps your family stay prepared for unpredictable weather events. These systems can be integrated with battery storage to provide uninterrupted power, even when the grid fails.
Are you considering switching to solar? Set up a free consultation right now.