"Photovoltaic + agriculture" is an emerging form of agriculture. It not only solves the power supply problem required by irrigation machinery, but also avoids land competition between the photovoltaic industry and agriculture. Photovoltaic agriculture plays an important role and has broad development prospects. But How to choose suitable solar panel ground mounting systems for agricultural irrigation? Corigy GM4 Mounting System Corigy GM4 mounting system is a ground solar panel mounting system on one single pole that delivers flexible, effective and durable design to mount 4, 6 or 8 panels per pole. It’s suitable for small/residential pumping systems. If you are a retailer and your main customer base is individual customers, then this product will be very suitable for your sales. Corigy Zn-Al-Mg Coating Steel PV Ground Mount System Large-scale commercial pumping systems have high requirements for the corrosion resistance of the bracket. Therefore, Corigy developed Zn-Al-Mg coating steel PV ground mount system. This material has a nice anti-corrosion performance. It’s about 10-20 times better than hot-dip Zinc coating steel. If you are a project-oriented company, choosing our Zn-Al-Mg coating steel PV ground mount system will greatly extend the life of your photovoltaic pumping system and reduce subsequent maintenance costs. CORIGY SOLAR more efficient and flexible solar mounting solutions waiting for you here! CONTACT US! Above news from CORIGY SOLAR Sales & Marketing department Phone: +0086-592-6883200 E-mail: sales@corigy.com

In winter, solar mounting brackets can accumulate snow easily. And the loss of power cause by snow accumulation exceeds 5%. Cleaning the photovoltaic modules in time can avoid the hot spot effect and prolong the service life of the modules. In many cases, the reflection of snow will slightly promote photovoltaic power generation. If the snow does not cover the panel module, the snow on the ground will emit sunlight back like a mirror, and the power generation will increase. However, if the snow completely covers the modules, only a small part of the sunlight passes through the snow and hits the photovoltaic modules, which will affect the photovoltaic power generation. How to install the solar panel mounting structures to reduce snow accumulation on the solar panel? 1. To install the solar racking system with a large angle. For areas that often snow, the inclination angle of the solar racking system can be larger, so that the snow will fall and reducing the accumulation speed of snow. This can reduce the speed of snow accumulation and eliminate the trouble of cleaning snow from time to time. 2. To keep a small distance from the ground to the panel during installation. Snow will not accumulate on the bottom of the panel and cover the entire panels. 3. Small photovoltaic power plants can also be covered with cloth or plastic bags when it snows, and they can be uncovered when the snow stops. 4. If it is a tiled roof, you need to pay attention to the load. When the load reaches the critical value, it is very easy to cause collapse. If it is a tile roof solar mounting system, and it’s installed flatly along the slope of the roof and use clamp to install, the load is about 0.15KN/㎡.

If metal corrosion occurs on the solar panel support, the strength of the panel itself and the joints will be reduced, and it may be damaged by strong winds and earthquakes. Therefore, the corrosion of the solar panel racking system can not be ignored in extending the life of the photovoltaic power station. The main corrosion-prone parts of solar mounting brackets are 1. Metal surface and end surface produced after cutting 2. The root of the solar panel brackets where connected to the ground or concrete foundation 3. Joint with solar panel Metal surface and end surface produced after cutting The rack made of steel usually requires hot-dip galvanizing or other processing on the surface. However, despite the anti-corrosion plating treatment has done, the rack will gradually corrode slightly. Depending on the installation environment, the degree of corrosion is also different. And iron materials are corroded at most about 0.1 mm per year. But the galvanized steel is only about one-tenth of it. In addition, the degree of corrosion varies greatly depending on the type of plating. Corrosion may also occur in the processed metal parts. For example, in the process of manufacturing the bracket, the metal sheet need to be cut and will form the end surface. This end surface exposes the steel material that has not been electroplated, and it may be prone to corrosion depending on the steel material and the thickness of the plating. Corigy's surface treatment of solar panel fixing brackets can be done from hot-dip galvanizing to Al-Mg-Zn coating. And the film thickness>80um. Surface treatment is carried out after cutting. And the rubber end cap can be provided too. The root of the solar panel brackets where connected to the ground or concrete foundation The part where connected to the ground or concrete foundation is prone to corrosion. This is caused by the high humidity of the ground and the concrete surface exposed to rain. The metal has been soaked for a long time and corroded. Effective drainage measures must be taken around the bracket. The upper part of the concrete foundation can adopts inclined design, etc. Joint with solar panel If different metals are in contact, due to the difference in the standard electrode potential, a current will be generated. The metal with a strong ionization tendency will be severely corroded. So avoid using different metals on the joint part of the structure. Regular inspection of the bracket, re-painting of the surface film and replacement of corroded parts according to the specific situation, etc., will help to extend the life of the solar power system. CORIGY SOLAR more professional and flexible solar mounting solutions waiting for you here! CONTACT US! Above news from CORIGY SOLAR Sales & Marketing department Phone: +0086-592-6883200 E-mail: sales@corigy.com

The design and selection of solar panel mounting brackets in coastal areas must first consider the impact of typhoons. At the same time, it is also necessary to consider other natural factors such as humidity, severe salinization and corrosion, and high temperatures in the coastal areas. To resist the damage of typhoons The situation shown in the picture above can be inferred that the foundation of the mounting structure is too small. And the foundation is not effectively connected to the roof. Also, the height of the solar panel mounting systems is too high. The height of the two vertically placed modules is more than 4 meters, so the back side of the solar mounting brackets will subjected to a large wind pressure and easy to blow over. To resist the damage of typhoons, first of all, a very strong solar panel fixing brackets is required. The general materials of solar panel racking system are aluminum alloy and carbon steel. Corigy can provide both type of those materials with different surface treatment. Theoretically, the maximum wind resistance of the solar mounting system solutions designed by Corigy can reach 216 km/h. If it is installed on the roof, the foundation must be firm. The counterweight is generally a cement foundation. The cement foundation must fully consider the load of the building. At the same time, it must meet the requirements of wind load and snow load. Corigy's engineers team can help customers calculate the appropriate counterweight to avoid customers’ worries. To resist the damage of moisture and salinization Q235B steel or Aluminum Alloy materials have excellent corrosion resistance. For brackets in coastal areas we even use Q345B material. In addition to the material, the thickness of the material and the thickness of the galvanized layer are also very important. Under normal circumstances, the thickness of the structure should not be less than 2.5 mm, the thickness of the galvanized layer should not be less than 65 microns. And the surface of the zinc layer should be evently, free of burrs, overburn, ash and scars and other defects. There must be no zinc tumors that affect the installation. The zinc layer of the thread should be smooth, and the bolt connection should be able to be screwed in. In addition, our new material, Al-Zn-Mg coating steel is becoming more and more popular as solar panel mounting structure in coastal areas. To resist the damage of high temperatures The temperature in coastal areas is generally higher, and the temperature has a great influence on photovoltaic modules。 Install the bracket a little higher, so that the bracket has a little bit away from the roof. So as to ensure ventilation and increase power generation. The installation location of the photovoltaic power station is also important. And it is necessary to consider the installation location, installation orientation, installation angle, load requirements, and arrangement and spacing. CORIGY SOLAR more professional and flexible solar ...

Tip1: Which type of solar panel roof mounting brackets to choose Installation methods of photovoltaic modules are different for different roof type, common installation methods include attached type, ballast type and pile foundation type. Attached type is the best choose for Caigang tiles roof. Laying the modules on the roof directly has the best windproof effect and more safety. In addition, the tile roof also has a certain inclination. Although it may not be the best inclination corresponding to photovoltaic power generation, but the transformation cost caused by increasing the inclination also needs to be considered comprehensively. For cement roofs, the common installation methods are ballast type and concrete foundation pile type. In many cases, building owners are not allowed to drill holes on the concrete flat roof. On the one hand, they are worried about the strength of the old building, on the other hand, they don’t want to change the waterproof performance of the roof. This is the reason for choosing ballast type or concrete foundation installation. Since the ballast type is not anchored to the roof, a windshield can be considered to be added on the side. The main purpose of the concrete foundation is to ensure that the flat roof solar racking remains intact even during stormy seasons. It ensures a good installation without causing roof leaks, and can also improve the efficiency of solar cell modules Tip2: Flat roof does not mean tile installation It seems the most ideal way to install photovoltaic modules on a flat roof is using tiled methods. This method not only maximizes the installation area, but also allows the photovoltaic panel to be used as a roof top to increase the space area. But in fact, installing photovoltaics on a flat roof does not mean that you should set its inclination to 0 degrees. We need to consider many factors and should avoid tile installation. These factors include: 1. Tiled components are easy to accumulate dust, which may cause 10% or even 30% of power generation loss; 2. It is inconvenient to clean, and the ponding is not easy to flow out; 3. Compared with inclined installation, the power generation will be reduced; 4. The payback period of investment will be longer; 5. It may not be possible to remove dust accumulation by rainfall; Tip3: Flat roof solar mount must consider wind speed In the design phase of the solar mounting system, the maximum wind speed that may occur in the local area must be considered, especially in areas where the wind speed exceeds 180 kilometers per hour. Ordinary flat-roof solar power generation systems can withstand wind speeds of 160 km/h. But if wind protection is not considered between the arrays, the instantaneous wind speed caused by the airflow in a local area will far exceed the actual wind speed. Therefore, the selection of solar mounting brackets, structural design, ballast or concrete foundation strength design must rely on the recommendations of professional organizati...

Solar panel roof mounting systems is very popular. In 2020, the total installed capacity of photovoltaic roofs worldwide will reach 60GW. Installing solar roof rack system is not only a new trend, but can also bring benefits to companies and residential buildings. The principle of photovoltaic roof cooling First of all, photovoltaic modules reflect heat. The light irradiates the solar photovoltaic module, part of them are absorbs by the photovoltaic module and converts into electric energy, and the other part is reflected by the photovoltaic module. Secondly, the photovoltaic module refracts the sunlight, and the sunlight attenuates after the refraction Finally, photovoltaic modules form a shelter on the roof. High-efficiency monocrystalline silicon modules and polycrystalline silicon modules can form a sheltered area on the roof to insulate and cool the roof. According to the test of relevant professional institutions, the building with roof-mounted photovoltaic power station can lower the indoor temperature by 5-8 degrees than the building without installation. Benefits 1. Cool down the physical temperature of the plant The summer heat in the factory is unbearable, and the factory is often faced with power cuts, which seriously affects the factory's production schedule. The installation of solar photovoltaic can not only provide the power required for production to the factory, but also play a role in heat insulation and shading, and physically cool the plant. 2. Reduce enterprise energy consumption The average temperature of a roof with solar panels in summer will be 2℃-4℃ lower than that of the unpaved roof. And the energy consumption of air-conditioning can be reduced by 30%-40%. 3. Improve the working environment of employees After the plant temperature drops, it can greatly prevent workers from heatstroke, improve production efficiency, and reduce production costs. Corigy provide various solar panel roof mounting structure, inquiry is welcome. CORIGY SOLAR more professional and flexible solar mounting solutions waiting for you here! CONTACT US! Above news from CORIGY SOLAR Sales & Marketing department Phone: +0086-592-6883200 E-mail: sales@corigy.com