Thin film solar clamps are mainly used to fix and support flexible or thin-film solar panels.
Their application scenarios include:
–Flat roofs and sloped roofs:
Usually used on roofs of residential, commercial and industrial buildings, especially those that are not suitable for traditional rigid solar panels.
Thin-film solar panels are suitable for installation on roofs with low load-bearing capacity due to their light weight and flexibility.
–Ground-mounted systems:
Thin film solar clamps can also be used in ground-mounted systems, especially in large-scale solar power plants, where the flexibility of thin-film solar panels facilitates installation on uneven or complex terrain.
–Building-integrated photovoltaics (BIPV):
Thin-film solar panels are installed in combination with buildings.
Clamps can fix solar panels on glass, walls or other building materials, which not only meets the power generation needs, but also does not affect the beauty of the building.
–Transportation and portable devices:
Clamps can also be used in vehicles, drones, portable solar charging devices and other fields.
The lightweight characteristics of thin-film solar panels make them an ideal choice for these scenarios.
Thin film solar clamps are usually suitable for flexible and lightweight thin-film solar panels.
The specification range is relatively wide, and the specific application scope usually meets the following requirements:
- Film thickness: The general clamp is suitable for solar thin film panels with a thickness between 1mm-5mm.
- Size and area: The size of thin film solar panels varies, and the clamp can be customized according to the needs, suitable for small portable devices (such as 1-meter-long small solar panels) to large-size thin film panels used in large power plants.
- Power range: It is usually suitable for thin film solar panels with a power of 50W-500W or even higher, depending on the area and efficiency of the panel.
The design of this thin film solar clamps provides flexible installation options for flexible thin film solar panels while ensuring the stability and durability of the system.
