Efficient photovoltaic module in 3D (three-dimensional) regular trihedral-cone package
An efficient photovoltaic module in a 3D (three-dimensional) regular trihedral-cone package mainly comprises regular trihedral-cone packaging assemblies, an aluminum alloy packaging frame, a main outlet box and ultra-white glass. The regular trihedral-cone packaging assemblies are arrayed in holes in a crossed manner and are mounted on a supporting bottom plate, the holes are arranged on the supporting bottom plate, and the regular trihedral-cone packaging assemblies, the upper-layer ultra-white glass and the lower-layer supporting bottom plate are fixedly mounted together by the aluminum alloy packaging frame; each regular trihedral-cone packaging assembly mainly comprises sealing adhesive, crystalline silicon cells, a regular trihedral-cone insulating support and a junction box; and the triangular crystalline silicon cells are arranged on the corresponding regular trihedral-cone insulating supports, and the sealing adhesive is dropped to solidify the crystalline silicon cells and the regular trihedral-cone insulating supports, so that the regular trihedral-cone packaging assemblies are formed, and the triangular crystalline silicon cells are connected with the junction boxes with electrode wires. The efficient photovoltaic module has the advantages that the efficiency of the efficient photovoltaic module is expected to be higher than that of a conventional module in a planar package by 50-100%, the application cost performance of a system is obviously improved, and the efficient photovoltaic module is convenient to popularize and apply and is obvious in effect when used in dim-light environments and regions. 1. A three awls 3D packaging high-efficiency photovoltaic assembly, which mainly comprises three awls packaging component, such as, aluminum alloy packaging frame, the total outlet box and a super white glass, characterized in that the packaging part three awls in a support arranged on the base plate, and in the cross-arranged above the holder bottom plate, the aluminum alloy of the package of the packaged unit and three awls are located on an upper layer of ultra-white glass and the lower layer is installed and fixed together with the holder bottom plate. 2. three awls such as 3D packaging high-efficiency photovoltaic assembly according to Claim 1, characterized in that the packaging part three awls mainly composed of a solid sealant, crystal silicon cell, such as insulating support three awls , a terminal box; the packaging component is the triangular three awls crystal silicon cell three awls arranged on the insulating support, with the solid sealing of a drop rubber solidification , said triangular crystal silicon cell junction box is connected with the electrode wire. 3. three awls such as 3D packaging high-efficiency photovoltaic assembly according to Claim 1, characterized in that the holder bottom plate or by plastic plate is made of stainless steel; said aluminum alloy encapsulated frame with a fixed neck of a aluminum alloy structure, and the aluminum alloy encapsulated frame upper and lower fixed slot the upper layer of the ultra white glass and is fixed together with holder bottom plate of the lower layer. 4. three awls such as 3D packaging high-efficiency photovoltaic assembly according to Claim 2, characterized in that the junction box of the electrode line is LED out through the electrode line unity of the a in the total outlet box, the outlet of the positive electrode, negative electrode of the diode reverse is provided with a limit rod.