• K2 Solar Mounting Systems Aluminum Frame System 1
K2 Solar Mounting Systems Aluminum Frame

K2 Solar Mounting Systems Aluminum Frame

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A).Features:

(1).35*35 suitable for 80-180w solar modules

(2).40*35 suitable for 30-120w solar modules

(3).50*35 suitable for 160-220w solar modules

(4).Many more other sizes such as: 25*35,30*35,46*40,50*35 etc, all the sizes according to customer's requierments.

Common specifications:

620*286*30mm

754*669*30mm

824*545*30mm

1200*545*35mm

B).Two types:

(1) 90°-Angle

(2)45° -Angle

C)Suface Treatment

(1). Anodizing:(Clear,silver,golden,bronze,other muiticolar.)

(2). Electrophoresis

(3). Powder,polishing,PVDF,Sandblasting,etc

Standard: GB/75237-2004,Q/320281/PDWD-2008

Certification: ISO9001:2008

Specifications: According to your design drawings and your samples

Atavantage of our products:

1.Quality-assured products, fully accredited by ISO9001 and "National Inspection-free produt".

2.The productcts are manufactured by first-class automatized equipment and and advanced quality inspection&test facilities.Die excellent accuracy up to 0.02mm.

3.High weather resistance anti scrach anticorrosion and good wearer resistance subtle edges and eligent appearance and eazy processing and installationn high brightness and hardness.

4.Wide variety of styles and sizes suitable for any tastes and budgets



Q: Can a solar mounting system be used in areas with limited access to financing models?
Yes, a solar mounting system can still be used in areas with limited access to financing models. While financing options can make it more affordable and accessible for individuals or businesses to install solar panels, there are alternative approaches available. These include community solar projects, where multiple participants share the cost and benefits of a centralized solar installation, or grants and subsidies provided by governments or non-profit organizations. Additionally, innovative financing models like power purchase agreements (PPAs) or leasing arrangements can be explored to overcome financial barriers. Ultimately, while limited access to financing may pose challenges, it does not necessarily prevent the use of solar mounting systems in such areas.
Q: Can a solar mounting system be installed on a rooftop with a mansard roof?
Yes, a solar mounting system can be installed on a rooftop with a mansard roof. However, it may require specialized mounting techniques to ensure proper installation and maximize efficiency due to the unique design of a mansard roof.
Q: Can a solar mounting system be used on sloped ground?
Yes, a solar mounting system can be used on sloped ground. Specialized mounting systems and adjustable brackets are available to accommodate the angle of the slope and ensure optimal solar panel placement for maximum energy production.
Q: Can a solar mounting system be installed in areas with high wind speeds?
Yes, a solar mounting system can be installed in areas with high wind speeds. However, it is essential to ensure that the system is designed and engineered to withstand the specific wind loads in that area. This may involve using reinforced mounting structures, specialized anchoring techniques, and wind-resistant module configurations. Proper installation and regular maintenance are crucial to ensure the system's stability and performance in high wind conditions.
Q: Are there any specific requirements for flashing when using a solar mounting system on a sloped roof?
Yes, there are specific requirements for flashing when using a solar mounting system on a sloped roof. Flashing is crucial to ensure a watertight seal around the penetrations made for solar panel installation. It helps prevent water leakage and potential damage to the roof. Proper flashing materials, such as metal or rubber, should be used, and they must be compatible with the roofing material. Additionally, the flashing should be installed correctly following the manufacturer's guidelines and local building codes to ensure a secure and weather-resistant mounting system.
Q: What is the expected payback period for a solar mounting system installation?
The expected payback period for a solar mounting system installation can vary depending on factors such as the initial cost of the system, the amount of energy it generates, and the local electricity rates. However, on average, solar mounting systems usually have a payback period of around 5 to 10 years.
Q: Can a solar mounting system be used on agricultural buildings?
Yes, a solar mounting system can be used on agricultural buildings. These systems can be installed on the roofs or open areas of agricultural buildings, allowing farmers to harness solar energy for their operations. This helps in reducing electricity costs and promoting sustainable practices in agriculture.
Q: Can a solar mounting system be used with solar pool heating systems?
Yes, a solar mounting system can be used with solar pool heating systems. The solar mounting system provides a stable and secure platform for installing solar panels, which can be used for both electricity generation and solar pool heating purposes. By utilizing the solar mounting system, solar panels can be efficiently positioned to maximize sun exposure and effectively heat the pool water, providing an eco-friendly and cost-effective solution for pool heating.
Q: Can a solar mounting system be used on sloped roofs?
Yes, a solar mounting system can be used on sloped roofs. There are specific mounting systems designed to accommodate sloped roofs, allowing for efficient installation of solar panels on such structures. These systems typically include adjustable brackets or racking that can be tilted to match the angle of the roof, ensuring optimal sunlight exposure for the solar panels.
Q: How does a solar mounting system affect the roof's heat transfer?
A solar mounting system can affect a roof's heat transfer by creating an air gap between the solar panels and the roof surface. This air gap allows for better airflow and ventilation, which helps in dissipating heat from the roof. Additionally, the shading effect of the solar panels can reduce direct sunlight exposure to the roof, resulting in lower heat absorption and transfer to the building underneath.

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