Solar PV mounting system is the skeleton supporting the components of the PV power station. It can fix the photovoltaic modules on the roof, ground, water and other application scenarios of photovoltaic power stations, and can make the photovoltaic power station run stably for 25 years. During the operation of photovoltaic power plants, in order to maximize the efficiency and life of photovoltaic power generation, it is also very important to perform daily inspection and maintenance of Solar PV mounting system. The following are some detailed steps about the daily inspection and maintenance of Solar PV mounting system: Ⅰ. Precautions for daily inspection of Solar PV mounting system : Installation inspection : Regularly check whether the bolts, welds and connections of the photovoltaic support are sealed and secure. When the system is unstable, such as twisted, deformed or damaged, it is necessary to repair or replace parts in time. Anti-corrosion inspection : PV supports are usually made of aluminum alloy, stainless steel, carbon steel and other materials, and the anti-corrosion performance of these materials is very important. If there is rust, paint peeling and oxidation on the surface of the photovoltaic support, it needs to be treated in time and preservatives should be applied. Cleaning inspection : Dust, leaves, branches and other debris will accumulate on the surface of the photovoltaic support, which will lead to a decrease in the efficiency of the photovoltaic panel. Therefore, the surface of the bracket needs to be cleaned regularly to ensure that its surface is neat and clean. For photovoltaic brackets with rotatable angles, it is also necessary to check whether they can rotate freely and apply an appropriate amount of antirust agent. Ⅱ. Precautions for daily maintenance of Solar PV mounting system : Keep dry : It is also very important to keep the PV modules and supports dry. If there is water, it needs to be cleaned in time, otherwise it may affect the power generation efficiency or cause damage to the components. At the same time, the drainage system on the Solar PV mounting system should be kept unimpeded and dredged regularly. Maintenance of the bottom foundation : In addition to the maintenance of the photovoltaic support itself, attention should also be paid to the maintenance of the surrounding infrastructure. This includes operations such as mowing grass and spraying pesticides to ensure that the environment around the Solar PV mounting system is clean and tidy, and to avoid damage to the infrastructure by plant roots. Remote monitoring : The remote monitoring system can monitor in real time, so that faults can be found and repaired in time. This technology can regularly check the health of photovoltaic modules and Solar mounting system, identify problems and provide repair suggestions, helping to increase the operating efficiency and reliability of the system. Daily inspection and maintenance of Solar PV mounting system parts...

The application scenarios of horizontal single-axis tracking photovoltaic structures mainly include: ① Large-scale photovoltaic power station : Horizontal single-axis tracking photovoltaic structures can be used in large-scale photovoltaic power stations, which can improve the power generation efficiency of the power station, reduce the cost of electricity, improve the return on investment, shorten the owner's investment cycle, reduce the floor area, and reduce construction costs. ② Municipal engineering : Horizontal single-axis tracking photovoltaic structures can be used in municipal engineering, such as roads, railways, airports, docks, etc., can decorate and beautify the environment, and provide clean energy for these places and meet their energy needs. ③ Agricultural photovoltaics : Horizontal single-axis tracking photovoltaic structures can be used in agricultural photovoltaics, such as mountains, farmland, greenhouses, etc., which can provide clean energy for agriculture and improve agricultural production efficiency. ④ Fishery Photovoltaic : The horizontal single-axis tracking photovoltaic structure can be applied to lakes, rivers and other breeding places, which not only improves the efficiency of farming but also provides power generation, bringing better economic benefits to the owners. The main advantages of horizontal single-axis tracking photovoltaic structure as below: ① Improve power generation efficiency : The horizontal single-axis tracking photovoltaic structures can automatically adjust the angle of the photovoltaic panel according to the position of the sun, so that it always faces the sun, thereby improving power generation efficiency. ② Reduce the occupied area : the horizontal single-axis tracking photovoltaic structures can install more photovoltaic panels in the same area, thereby reducing the occupied area. ③ Reduce construction costs : horizontal single-axis tracking photovoltaic structures can reduce the number of photovoltaic panels installed, thereby reducing construction costs. At the same time, due to its function of automatically adjusting the angle of the photovoltaic panel, it can also reduce maintenance costs. ④ Enhance power generation efficiency : It can improve the power generation efficiency of the power station, reduce the cost of electricity, increase the return on investment, and shorten the investment cycle of the owner. ⑤ Strong adaptability : The horizontal single-axis tracking photovoltaic structures can adapt to different terrain and climate conditions, so as to meet different application requirements.

A glazed tile roof photovoltaic bracket is usually composed of the following accessories： ① Aluminum bracket : The bracket is the basis for installing photovoltaic modules. It is usually made of aluminum alloy and has the characteristics of light weight and corrosion resistance. ② Mid and End clamp: The Mid and End clamp is an important part of the bracket, which is used to fix and support the photovoltaic module to ensure the stability and safety of the photovoltaic module. ③ Grounding lug: The grounding lug is used to connect the bracket to the ground and play the role of protection. ④ Accessories : Accessories include small accessories such as screws and washer, which are used to fix and connect brackets and photovoltaic modules. The functions of these accessories are as follows : ① Aluminum bracket : As the basis for installing photovoltaic modules, it bears the weight of photovoltaic modules and plays the role of fixing and supporting. ② Mid and End clamp : The Mid and End clamp are used to fix and support the photovoltaic modules to ensure the stability and safety of the photovoltaic modules. ③ Grounding lug : The grounding lug connects the bracket to the ground, which acts as a grounding and protection to ensure the safety of the photovoltaic system. ④ Accessories : Accessories include small accessories such as screws and washer, which are used to fix and connect brackets and photovoltaic modules to ensure the stability and safety of the photovoltaic system. In short, the glazed tile roof photovoltaic structure is composed of aluminum bracket, mid and end clamp, grounding lug and accessories, which respectively play the role of fixing and supporting photovoltaic modules, grounding protection, connecting and fixing brackets and photovoltaic modules.

Agriculture PV structure is a PV mounting system for agricultural planting greenhouses, by installing structure and photovoltaic modules on the top or side of the greenhouses, make greenhouses into a small photovoltaic power station. Agriculture PV system has the following benefits: ①.Make full use of land resources: The roof and side of the farm shed are usually idle, by installing photovoltaic brackets and modules in these positions, land resources can be fully utilized to achieve the dual benefits of agricultural production and PV power generation. ②.Saving construction costs: The agriculture PV structure is made of lightweight materials, easy to install, and does not need to carry out large-scale construction, which can save construction costs. ③.Improve agricultural production efficiency: the agriculture PV structure can play the role of shading, heat preservation, wind protection etc., which helps to improve agricultural production efficiency. ④.Increase the source of income: The agriculture PV structure can convert sunlight into electricity, increasing the source of income for farmers. ⑤.Environmental protection and energy saving: PV structure can reduce the dependence on traditional energy sources, reduce greenhouse gas emissions, and have the advantages of environmental protection and energy saving. In short, Agriculture PV system has the advantages of making full use of land resources, saving construction costs, improving agricultural production efficiency, increasing income sources, environmental protection and energy saving. Therefore, it has great practical value and development potential to promote the PV mounting system in agricultural production.

As the development of new energy sources progresses, electric vehicles are gradually replacing traditional fuel vehicles. Photovoltaic carports, as one of the most convenient ways to combine photovoltaic power stations with buildings, have gained increasing popularity in recent years. They not only provide parking and shading for vehicles but also charge electric vehicles. The construction of photovoltaic carports in industrial parks, commercial areas, hospitals, schools, and residential buildings is becoming more and more welcomed by users and enterprises, with a broad development prospect. 1. Components of photovoltaic carports: The main components of photovoltaic carports are photovoltaic modules, photovoltaic brackets, inverters, and charging systems. 2. Classification of photovoltaic carports: Additionally, carports can be classified into ordinary carports and waterproof carports based on their functionality. Users can also categorize photovoltaic carports into single-space, double-space, and multi-space carports according to their parking needs and cost considerations. Most photovoltaic carports feature a modular design, allowing for standalone use or combination in multiple ways, high pre-installation, easy expansion, and strong flexibility, ranging from a few parking spaces to hundreds. 3. Advantages of Kseng’s photovoltaic carports: (1) Protect vehicles from rain and sunlight as a parking shed; (2) Generate electricity independently, charge electric vehicles, and cause no waste disposal fees or environmental pollution; (3) Safe and reliable, made of high-strength steel or aluminum alloy 6005-T5 and stainless steel 304 materials; (4) Easy to install with a modular design, high pre-installation, and labor-saving installation costs; (5) Aesthetically pleasing, low overall maintenance costs, and long service life. Kseng's "Carport Photovoltaic Bracket System" is an environmentally friendly demonstration of solar power in social life. It not only solves the high-temperature problem of open-air parking but also utilizes idle space for power generation, self-consumption, and grid-connected surplus electricity, integrating parking space, rooftop power generation, and architectural aesthetics. The photovoltaic + carport model brings excellent social and environmental benefits, closely following the booming development of the new energy vehicle industry, with a promising global market outlook.

Agricultural photovoltaic is widely applied for solar power generation to modern agriculture, is to widely apply solar power generation technology to modern agricultural planting, irrigation, pest control and agricultural machinery power supply, and other fields of a new type of agriculture. In brief, it is "one piece of land, many uses". It has been gradually promoted because of its advantages of saving land, consuming nearby, and combining it with agriculture. Crop growth needs different light waves than photovoltaic power generation. Photovoltaic solar greenhouses can achieve power generation and planting. Since solar cell modules will cause certain shading, each greenhouse can be designed with different installed capacities according to the light needs of different crops to meet the light needs of plant photosynthesis. For example, for bitter gourd, the growth process does not require high light transmittance. Crystalline silicon solar cell modules can be used, and more battery modules can be installed to improve the installed capacity and generate more power. Colorful pepper, tomato, and other jacket vegetables with high lighting requirements are covered with improved solar cell modules with good light transmittance to reduce installed capacity and enhance light transmittance. According to the Renewable Energy Agency (IRENA) "2021 Renewable Energy Installed Capacity " data, agricultural photovoltaics have also become the main component of distributed photovoltaics among all PV capacity growth. Keseng "farm shed photovoltaic support system" comprehensively uses light energy and space to open the "self-use" power generation mode, continues to provide green energy for farms, and promotes the transformation and upgrading of the agricultural economy. The support meets the highest standard of wind and snow resistance load. Even during winter snow, the power station can still operate as usual to ensure the long-term power generation of agricultural photovoltaics power stations and multi-guarantee the economic and low-carbon benefits of the owner.