How to Bird Proof My Solar Panels


Pigeons can cause considerable damage to your solar panels. Their excrement can contain bacteria that can damage your panels. Not only that, pigeons can also cause a lot of noise. If you want to keep pigeons away, you can install pigeon mesh around your panels. You can also buy scarecrows to deter them from returning. If all else fails, you can use wire mesh to screen your solar panels.

Bird spikes

Bird spikes to bird-proof solar panels are a great way to protect your investment from damage caused by birds. Designed to withstand high wind and snow, these bird-proofing spikes are easy to install and come in a variety of sizes. They can also be tailored to specific buildings. They may look unappealing, but they work! In fact, some of them have even been proven to stop pigeons from landing on them.

Bird spikes are designed to prevent pigeons from nesting under solar panels. Birds love to nest on solar panels and can damage them with droppings. This product has a variety of sizes and types to fit most solar systems. They are made of stainless steel, which is durable and resistant to UV, rust, and chemical degradation. They also protect the wiring from bird droppings and provide an added level of protection.

While the use of steel mesh is more expensive than other bird deterrents, it can provide long-lasting protection. Plastic mesh does not protect as well, as birds can easily chew through it. Bird spikes are a less expensive, but equally effective, solution. They create a barrier similar to mesh that prevents birds from landing on solar panels. Nevertheless, it is important to remember that birds are intelligent creatures, and this type of deterrent should not be ignored.

Galvanised mesh

The Galvanised mesh to bird proof solar panels is an excellent way to keep pest birds away from the PV panel array. It is typically available in a 20-gauge / 1.00mm diameter wire that you can easily bend to the desired size. After measuring and cutting the mesh, you can then screw it into place. It is recommended that you use the mesh every 30cm or so to avoid any gaps.

You can also buy DIY solar panel mesh kits, which consist of a roll of stainless steel mesh that can be screwed to the panels using specially designed fasteners. The mesh will prevent bird nesting under the solar panels, which will help keep the panels clean. This will also prevent accumulated debris that would otherwise gather under the solar panels. This will help save you from costly clean-ups. Once your solar panel is bird proof, you can start collecting profits.

The Solar Panel Bird Mesh Kit is a highly effective way to prevent birds from nesting under your panels. It will prevent birds from landing on the panels and will also stop wind and debris from blowing under the solar panels. The Galvanised mesh is easy to install, and it will protect your solar panels for many years to come. It is also made from stainless steel welded wire mesh and UV-protected nylon.


If you have a solar array, you’re probably wondering how to bird proof it. There are several methods that you can use, but the most common is to install a skirt around the solar panels. This can range from a simple mesh to a purpose-designed plastic or metal shield. The cost and complexity of each option will differ. You can also purchase spiked arrays to protect your solar panels. Regardless of the method you choose, make sure that it is installed and maintained properly.

Pigeons can nest beneath your solar panels and damage your outdoor area. Pigeons can also cause problems with water damage to your panels because they leave accumulated mess. Pigeons don’t only need nesting sites – they also need water and food to survive. So, be sure to keep the outdoor area free from debris to avoid pigeon feeding opportunities. Here are a few tips to ensure your solar panels are a safe place for bird nesting.

Pigeon droppings have high acidity and can destroy solar panels. These droppings can also cause corrosion and structural damage to solar panels. Because pigeons often build their nests in the same location, pigeon proofing is necessary. However, this process can be costly. To avoid the hassle and expense of bird proofing, consider these options:

Wire mesh

How to bird proof solar panels with wire mesh is a relatively simple process that requires minimal drilling and gluing. The correct thickness and width of wire mesh will effectively block small animals from penetrating the panels. The wire mesh can be attached to the solar panels with plastic clips, metal washers, or heavy-duty staples. The type of attachment you use will depend on the design of the roof, as some solar panels may require a custom cut window or flap to fit perfectly.

Birds may choose to nest underneath solar panels for a variety of reasons. These birds can chew electrical cables and build nests. Bird nests can also pose a fire hazard if they contain dry tinder material. To keep birds away, install wire mesh screening under the solar panels. Clean the area regularly to prevent bird nests. Then, make sure that you remove any existing bird nests and tack down the wire mesh.

You may also want to consider netting. Birds are creatures of habit and will often stay on a roof for a prolonged period of time. Bird deterrents are a common practice in solar panel installations all over the world. Bird-proofing solar panels with wire mesh can be a relatively cheap and DIY project. And since metal mesh is not harmful to birds, it is also a humane option.

Application of solar guards

Pigeons often choose rooftops to make their nests. When pigeons get too close, they can damage solar panels and reduce energy output. The good news is that there are various ways to protect solar panels from pigeons without sacrificing their functionality. One effective way is to use solar guards, which can be made from wire mesh or stainless steel. These guards make it uncomfortable for birds to make a nest on your panels.

Despite being beautiful and charming, birds are also extremely messy. They scatter their nesting materials all over the rooftop and loft space, causing a disturbance to the sleep of residents. Additionally, pigeons like to nip and peck at the solar equipment. These behaviors can lead to an infestation of bird mites, which are carried in the feathers of nesting birds. If you are experiencing bird damage to your solar panels, consider applying bird guards.

Another common method is to put spikes on the solar panel. This is a good deterrent and works for different sizes of birds. Alternatively, you can also use a bird statue to scare away birds. Birds, like owls, prey on pest species, and so on will not be attracted to a solar panel if there are artificial predators nearby. These methods may seem extreme, but they do work, and will prevent pest birds from damaging your solar panels.


The initial cost of bird proofing your solar panels will depend on the type of bird-proofing you choose. Bird mesh is the best choice for bird protection. It fills the space underneath the solar panels and prevents bird feathers and droppings from accumulating in that area. The material is also relatively discrete, allowing you to keep your roof clean. There are also bird screens that act as barriers, preventing birds from accessing desired areas.

Pigeons and birds can also cause considerable damage to your solar panels. Pigeon droppings and nesting material can obstruct airflow, reducing the efficiency and life of your panels. Additionally, bird droppings and poop can attract mice, impede the function of your solar panels, and accelerate the deterioration of your roof. Bird mites can cause electrical safety hazards, and they may even cause the panels to stop functioning.

Birds like solar panels because they provide a warm environment for them to nest. The dark color of solar panels helps them catch photovoltaic energy and thus provide a suitable nesting location. Birds are constantly seeking out warm places where they can spend the winter. Bird proofing your solar panels can cost several hundred dollars. The process is not difficult, but requires a significant amount of knowledge. And if you’re not sure about your ability to handle bird-proofing, you can contact us for advice.




How to Protect Solar Panels From Stones Damage

In an area that experiences heavy hailstorms, measures should be taken to protect your solar panels.  Protecting your solar panels can be crucial to their function.

There are several easy ways to protect solar panel from stone damage. These include temporary protective covers made of methacrylate, plexiglass shields, wire gauge, tempered glass as well as orientation of solar panels. These products can be bought at your local chemical store or Amazon. You still need to maintain your solar panels. You will get the best results if you do these routines every month.


 Methacrylate protect solar panels in high risk areas. This polymer provides extra strength to the panel, repels water splashes, protect against hail, stones and other damage.

Although it serves as a protective layer for solar panels, it is extremely thin and allows sunlight to pass through, stratch-resistant, simple and convenient way for homeowner to protect the solar panels from stones. This synthetic resin  and polymerization catalyst is stronger than glass and will ensure the panels are functional for years to come. 

Plexiglass Shield

Plexiglass is a good choice to protect solar panels from stones. This material is extremely durable, wont shatter like glass, and can withstand extreme weather conditions. The plexiglass will not  deteriorate over time but it will become hazy.

Solar panel covers made out of plexiglass are cheaper and easier to clean than traditional glass. These covers can be cut to fit any panel. Plexiglas panels can be purchased for between $25 and $60.

The disadvantage of plexiglass is it can reduce efficiency up to 30% due to the thickness of the plexiglass.  The recommended thickness is 4mm. The plexiglass may retain too much heat and hinder the absorption of the sunlight. Plexiglas shields will not only provide aesthetic benefits, but also protect the solar panels from stone and insect damage.

Tempered glass

The tempered glass used in solar panels helps them resist stone damage, but this protection is not enough if hailstones strike them. Solar panels must be able to resist hail stones at least 35 millimeters in diameter, or they will break. If a hailstone strikes your solar panels, you can place protective covers over them during a storm. Otherwise, you may have to replace them. Check with your insurance provider, if you purchase a solar panel that is not protected by tempered glass.

Tempered glass is more expensive than plexiglass, but it is worth the extra money. Keeping your panels from getting damaged will reduce maintenance costs. Cut the clear tempered glass to any size you need. Choosing the right thickness of tempered glass is important. The tempered glass thickness is about 3/8 inch. It is not as flexible as plexiglass, so it is best to choose the right one for your solar panels.

Tempered glass is four to six times stronger than standard glass. Tempered glass is a good choice for solar panels, because it shatters into a small, rounded fragment instead of thousands of jagged and sharp pieces. In addition to protecting solar panels from stones, it protects your solar modules from impact from hailstones up to the size of a softball. In addition, it prevents water from ingress.

Despite the pricey material, solar power producers will still need to invest in a solar glass manufacturing plant. The production of solar glass can support as much as 2.5 gigawatts of solar power by 2022, but lack of consistency in government regulations will make it difficult for companies to set up a domestic production facility. Therefore, domestic production of solar glass will remain an expensive and monopolistic industry for some time to come.

Plastic Coverings

Temporary plastic coverings can be used to protect solar panels from stones and hail damage. The plastic coverings should not used if there is a lot hail or high winds.

Plastic coverings should fit over the solar panel with solid sides and holes on the legs. The material should be heavy enough to protect, but light enough to allow light through. Uneven coverings may reflect more light.  Use a digital multimeter to measure the power output once the plastic covering is installed. 

Wire gauge

A wire gauge is a simple DIY project that can protect solar panels against stones. Materials cost between $20-30 for most people. Consider the size and voltage of the PV system when you are designing your wire gauge. The more  wires, the better your protection against hail or wind. 

A thicker wire will transmit more power than one that is thinner. The wire should not be barried because stones and other debris on the panel, can cause damage to the wiring and the solar panel to malfunction. Higher-quality wires are better for protecting your solar array from stones.

Orientation of Solar Panels

The most popular method for hail protection is angular installations. A proper angle will cause hail to slide off your panels. Installing solar panels south of the horizon is a good option. Also, keep in mind a slope when installing solar panel. This will help keep your panels clean and allow water to flow freely.

When considering solar panel orientation, you need to take your location into account. A equatorial location will receive a higher amount of sunlight each day than one located in a rain forest. The angle at which your solar panels should be oriented may vary depending on the time of year. The optimum angle is roughly 30deg above the horizon. If you are on a mountain, or a sloping roof, you may want to angle your panels at a low angle to avoid stones and other debris.

Whether or not you’ll be using your solar panels in rainy regions is another issue, but it’s still worth considering. Aiming your panels towards south will increase their energy output and allow you to benefit from net metering. Likewise, if you plan on using battery storage, facing south will increase your solar energy output. And if your panels face the equator, the best direction is south-facing.

Using the same strategy when installing your panels on a heritage asset may reduce your dependence on the grid and help you go off-grid as well. In addition to reducing your dependency on the power grid, you may also be able to export surplus power to the grid. If you choose to go this route, you’ll also benefit from a 1:1 net-metering scheme that does not care about how much power you produce. However, if you’re using your solar panels as your primary source of electricity, you should choose a solar panel orientation that generates 100% of your electricity use.

In addition to considering the impact of stones and debris, you’ll also want to consider how you can best mount your solar panels to avoid damage from stones and other debris. Mount PV arrays on a frame with a low-pitched angle for small roofs, and install on top of a high-pitched roof for Large-scale roofs .

Certifications for products

Many product certifications are available for solar manufacturers. These include those for hail and wind protection. The solar industry is also working to make panels more durable and long-lasting. SunShot Initiative, a program of the Office of Energy Efficiency and Renewable Energy, is an example of a program that makes solar energy accessible to all Americans. PVQAT is a standard-setting organization for solar energy technology.

Most solar panels can be certified to protect solar panels from stone and  impact. These panels have passed stringent testing to ensure they meet all requirements. IEC and UL certifications indicate that the product has passed all relevant tests for hail or stone impact. IEC markings may be used for panels that are sold in North America and UL markings are only applied to panels made in North America. They are the global standard. You should choose solar panels that have these certifications for the best protection.