• Ground positioning requires the use of the fixing brackets supplied with the kit, in order to achieve the correct inclination.
• They may not be installed on a roof or used as a pergola.
• Position your solar panels facing south. Poor exposure will result in a drop in performance.

• Mount the solar panels using the fixing brackets supplied.

• The inverter must be installed on the inside of solar panel.
• An outdoor installation can lead to major inverter failures.

• Weight the solar panels to stabilize them.

• Wall installation requires the use of the fixing brackets supplied with the kit, to ensure the correct inclination.
• Make sure you install the solar panels on a clean wall surface in good condition.
• A wall-mounted installation is slightly less productive than a floor-mounted installation.
• Position your solar panels facing south. Poor exposure will result in a drop in performance.

Installation takes place in 2 stages.

• Make sure that the height of the solar panels does not exceed 1m80.
• Fasten the top bracket using the appropriate fixings for your wall.

• Fasten the lower mounting bracket using fasteners suitable for your wall.
• The inverter must be installed on the inside of solar panel.
• An outdoor installation can lead to major inverter failures.

Example of a compliant installation

Example of a compliant installation

• Obstacles in front of the solar panels cause shading and a significant reduction in production.

• The orientation of the solar panels is incorrect.
• The solar panels are not all oriented in the same direction, which results in shading and a significant reduction in production.

• The inverter is positioned on the outside. Watertightness and protection from the sun are impaired.

• Solar panel behind bars. There will be too much shade, resulting in a significant reduction in production.

• If there’s vegetation in front of the solar panels, there’ll be too much shade, resulting in a significant reduction in production.
• The second kit from solar panel is too close to the first kit. The first kit will create a shadow on the second kit.

• Solar panel placed too high >1m80
• The roof gutter will create a permanent shadow zone over the solar panels, resulting in a significant reduction in production.

• Incorrect exposure: the solar panels are permanently in the shade. This leads to a significant reduction in production.

• Unstable solar panels.
• Placed on a metal roof, the temperature of the entire kit rises. This leads to a significant reduction in production. Electrical risks are high.

• Unstable structure
• The solar panels are not oriented in the same direction. This leads to a significant reduction in production