一种光伏剪纸结构及其制造方法

本发明公开了一种光伏剪纸结构及其制造方法，所述光伏剪纸结构包括转动底板和设于所述转动底板上的光伏器件；其中，所述转动底板包括用于承载所述光伏器件的转动部，以及与所述转动部的侧边连接的第一微铰链部和第二微铰链部，所述第一微铰链部与所述第二微铰链部对称分布于所述转动部的两侧；所述第一微铰链部与所述第二微铰链部用于同步控制所述转动部转动，以改变所述光伏器件的朝向；所述转动部、所述第一微铰链部和所述第二微铰链部一体成型。本申请公开的光伏剪纸结构通过一体化光伏器件和光追踪用的转动底板结构，简化了光伏剪纸结构的结构，节省安装和控制步骤，节约制造和维修成本。

The invention discloses a photovoltaic paper-cut structure and a manufacturing method thereof. The photovoltaic paper-cut structure comprises a rotating bottom plate and a photovoltaic device arranged on the rotating bottom plate. Wherein the rotating bottom plate comprises a rotating part, a first micro-hinge part and a second micro-hinge part, the rotating part is used for bearing the photovoltaic device, the first micro-hinge part and the second micro-hinge part are connected with the side edge of the rotating part, and the first micro-hinge part and the second micro-hinge part are symmetrically distributed on the two sides of the rotating part; the first micro-hinge part and the second micro-hinge part are used for synchronously controlling the rotating part to rotate so as to change the orientation of the photovoltaic device; and the rotating part, the first micro-hinge part and the second micro-hinge part are integrally formed. According to the photovoltaic paper-cut structure disclosed by the invention, the photovoltaic device and the rotating bottom plate structure for light tracking are integrated, so that the structure of the photovoltaic paper-cut structure is simplified, the mounting and control steps are saved, and the manufacturing and maintenance cost is saved.