Solar module mounting clamping device

Abstract

The invention discloses a solar module mounting clamping device which comprises a support, a connecting screw rod, an upper pressing block, an upper rubber pad, a pressing block seat and a lower rubber pad. The connecting screw rod penetrates through the upper pressing block and the pressing block seat and then is fixedly connected with the support, the upper rubber pad is mounted on the upper pressing block in a clamping mode, the lower rubber pad is mounted on the pressing block seat in a clamping mode, the upper rubber pad is provided with a clamping face, the lower rubber pad is provided with a bearing face, and a clamping groove used for clamping a solar module is formed between the clamping face and the bearing face. A positioning groove is formed in the pressing block seat, a positioning rib set is arranged at the bottom end of the upper pressing block, and the positioning rib set is inserted in the positioning groove and matched with the positioning groove to achieve guiding and positioning. By means of the solar module mounting clamping device, the load bearing ability for mounting the solar module can be improved, and the solar module mounting clamping device is suitable for large-size solar modules.

Description

technical field [0001] The invention relates to a solar module installation and clamping device, which belongs to the technical field of solar battery module installation. Background technique [0002] At present, for frameless modules or double-glass photovoltaic modules, there are many installation methods in the prior art: the installation structure of existing frameless modules and thin-film modules is mainly four-point clamping, the back of the module is glued to the back beam, and the frame structure is added around the module. In order to reduce the cost of material installation, a four-point clamping structure is generally adopted. At present, many thin-film components are preferably installed with a four-point clamping structure. In this installation method, small-sized components can meet the relevant mechanical load requirements in the code, but for large-scale sizes, there is no Frame components or double-glass photovoltaic components are more difficult to meet t...

AI Technical Summary

Problems solved by technology

[0002] At present, for frameless modules or double-glass photovoltaic modules, there are many installation methods in the existing technology: the existing frameless modules and thin-film modules are mainly installed with four-point clamping, the back of the module is glued to the back beam, and the frame structure is added around the module. In order to reduce the cost of material installation, a four-point clamping structure is generally adopted. At present, many thin-film components are preferably installed with a four-point clamping structure. In this installation method, small-sized components can meet the relevant mechanical load requirements in the code, but for large-scale sizes, there is no Frame components or double-glass photovoltaic components are difficult to meet the requirements

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