PANEL HANDBOOK aH72 SK
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and photovoltaic inverter. It is also important to verify the configuration of the installation's
control system during these inspections.
Make sure that all safety connections, junction boxes, connection points, string connectors,
protective panels and other electrical connections are in good working order.
See the maintenance schedule (section 7 of the manual).
2.2
Warranty policy
ABORA ENERGY S.L. is the manufacturer of the hybrid solar panels aH60, aH60SK, aH72 and aH72SK.
ABORA guarantees that the panel is free from malfunctions at the time of sale. For more information
on product warranties, please read the conditions specified in the warranty document.
3
MOUNTING SYSTEM
IMPORTANT! This chapter details the assembly of the mounting system. Depending on the number
of panels per row, the structure will have different sizes and number of elements.
The instructions in the assembly manual of the structure that is sent with it must be followed.
Hybrid solar panels are designed for use on roofs with pitches between 0° and 90° and must
be installed according to these instructions.
The structure anchors, provided for the installation of the panels, with the mounting system
will depend on the type of existing or planned roofing solution. These shall be defined by the
designer or the structure calculator or by the technical department of the building site or by
the installer, as appropriate, guaranteeing their correct fixing and resistance to the loads.
It must be ensured that the roof bearing structure can withstand the loads transmitted to it by
the panel set. In order to prevent water ingress, any perforations made in the roof must be
properly sealed.
When installed, hybrid solar panels (PVT) may experience uplift due to the action of wind
(suction). It is essential to ensure the safety and stability of any roof-mounted solar installation.
The minimum tilt of the panels should be 10º to allow rain to wash away dirt.
The panels must be installed at an adequate distance from the edge of the roof to comply with
building regulations, as well as having sufficient fixing to prevent movement.
The panels should not be subjected to wind or snow loads that exceed the maximum allowable
loads, nor should they be subjected to excessive forces due to thermal expansion.
The allowable wind and snow loads are:
-Wind resistance with speed up to 0.9 kN/m².
-Snow load resistance up to 0.35 kN/m².
