Roof solar panel installation structure

The utility model discloses a roof solar cell panel installation structure, which comprises a mounting bar and a solar cell panel installed on the mounting bar, and at least two sets of corresponding mounting holes are opened on the opposite two sides of the solar cell panel, so that The installation strip is provided with a longitudinal through hole, and at least two sets of fixing parts are pierced in the through hole, and the installation strip passes through the installation holes on both sides of the solar cell panel in turn. The installation structure of the utility model has simple structure and convenient installation. When the installation strip is deformed, twisted or displaced, the influence of the installation strip on the solar panel such as pulling and twisting will be minimized, so that the solar panel will not be damaged. . And because the installation strips are installed on the side of the solar panel and then directly fixed to the roof surface, the distance between the solar panel and the roof is minimized, and the airflow cannot pass through the gap between the solar panel and the roof under strong wind conditions. , which in turn can prevent the panels from being lifted off the roof.

The utility model relates to a solar panel installation structure, in particular to a roof solar panel installation structure.

With the gradual development of solar power generation technology, the application of solar panels is getting more and more attention, especially the residential rooftop solar panels will be widely developed. The installation system of solar panels on the roof needs to be modularized and convenient. In the prior art, a solar panel installation system is disclosed in the Australian patent document with the publication number CN102097506A. The system includes two beams and is installed on the beams. A number of clamping pieces, a number of stoppers installed at both ends of the clamping piece, the clamping piece is carried on the beam and fixed, the battery board is stuck in the slot of the adjacent clamping piece, and the stopper is fixedly connected to the clamping parts and used to position the panels. Such an installation system has two main disadvantages: the battery board is stuck in the adjacent clamping piece, and when the beam is deformed and displaced, the clamping piece exerts pressure on the battery board and may damage the battery board; there is a beam between the battery board and the roof surface The structure, the beam has a certain height, so there is a certain gap between the battery panel and the roof, and it is easy to cause the battery panel to be lifted off when the wind is strong. Another example is that the Australian patent literature with the publication number CN101591947A discloses a solar panel mounting bracket, including a bracket and a solar panel installed on the bracket, a protective frame is installed around the battery panel, and the bracket includes a supporting plate and a supporting crossbeam, and the two ends of the crossbar The movable block is installed, and the support groove is installed on the movable block. There is a bayonet pin in the branch groove, and there is a bayonet hole on the battery plate guard. The battery plate is fixed on the bracket by multi-point clamping. This installation method reduces the torsion caused by the deformation of the bracket to the battery board, and it is not easy to damage the battery board, but it still cannot avoid the problem that the battery board is easily lifted off the roof under strong wind conditions.

The purpose of the utility model is to provide a roof solar panel installation structure which is simple in structure, can be quickly installed, prevents the battery panel from being deformed and damaged, and prevents the battery panel from being lifted off the roof in a windy environment.

The technical scheme of the utility model is as follows: a roof solar cell panel installation structure is characterized in that: the structure includes a mounting bar and a solar cell panel installed on the mounting bar, and the opposite sides of the solar cell panel are provided with at least Two sets of corresponding mounting holes, the mounting strip is provided with a longitudinal through hole, and at least two sets of fixing parts are pierced in the through hole, and the mounting strip passes through the mounting holes on both sides of the solar cell panel in turn.

Preferably, the fixing member is a mounting bolt, and the mounting strip is a flat steel strip.

of the technical solution provided by the utility model is that the installation structure uses the installed strips to control the up and down positions of the solar panels, and then the left and right positions of the solar panels are adjusted by the fixing parts and fixed on the installation strips, so that when the installation strips When deformation, distortion or displacement occurs, the impact of the installation strip on the solar panel such as pulling and torsion can be minimized, so that the solar panel will not be damaged. And because the installation strips are installed on the side of the solar panel and then directly fixed to the roof surface, the distance between the solar panel and the roof is minimized, and the airflow cannot pass through the gap between the solar panel and the roof under strong wind conditions. , which in turn can prevent the panels from being lifted off the roof. The installation structure is simple in structure and convenient and fast in installation.

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