Photovoltaic building material assembly structure

Abstract

This invention provides a photoelectric building material assembly structure that reduces the risk of solar power generation modules being blown away by wind, while also offering waterproofing and airtightness. [Solution] The photoelectric building material assembly structure comprises a plurality of photovoltaic modules 10, one or more placement members 20, and one or more covers 30. Each photovoltaic module has a plurality of wires. The placement member comprises a placement plate, two protrusions, and a placement space 26. The photovoltaic modules are placed on the placement plate, and the protrusions are provided on the placement plate so that the photovoltaic modules can contact them. A placement space for housing the wires is formed between the placement plate and the two protrusions. The covers can be placed over the placement members and comprise a cover attachment portion and two extension portions. The cover attachment portion seals the placement space when placed over the placement plate, and the two extension portions are provided on both sides of the cover attachment portion and extend outward. Each extension portion and the placement plate hold the photovoltaic module between them.

Claims

1. Multiple solar power generation modules, each having multiple wires, At least one arrangement member used for arranging the plurality of solar power generation modules, Each includes at least one lid that can be placed over one of the at least one arrangement member, It has and each of the at least one arrangement member is A mounting plate on which the aforementioned multiple solar power generation modules can be arranged, Two protrusions provided on the arrangement plate, wherein one of the plurality of solar power generation modules can contact one of the protrusions, An arrangement space formed between the arrangement plate and the two protrusions, and used for arranging the plurality of wires, It has, Each of the at least one lids is A cover portion that can be placed over the front-position plate and closes the said positioning space, Two extensions are provided on both sides of the lid portion and extend in a direction away from the lid portion, A photoelectric building material assembly structure having such that each of the extensions and one of the arrangement plates of the at least one arrangement member can jointly clamp one of the plurality of photoelectric power generation modules.

2. Each of the protrusions of each of the at least one of the arrangement members is The photoelectric building material assembly structure according to claim 1, having a groove provided at the connection point between the protruding portion and the arrangement plate, and allowing one of the plurality of photoelectric power generation modules to be fitted into the groove.

3. The photoelectric building material assembly structure according to claim 2, wherein the side walls of the grooves of each of the protrusions of each of the at least one arrangement members and the corresponding extended portion of the at least one cover can be connected to form a single continuous surface.

4. Each of the protrusions of each of the at least one of the arrangement members is The outer surface of the protruding portion has a plurality of outer transverse sawtooth stripes, Each of the lid attachment portions of each of the at least one lids is Two first plates, each capable of closely adhering to the two aforementioned protrusions, A second plate connecting the two first plates, It has, Furthermore, each side of the first plate is connected to one of the extended portions, Each of the two first plates is A plurality of inner transverse sawtooth patterns are provided on the inner surface of the first plate and engage with the plurality of outer transverse sawtooth stripes of the corresponding at least one arrangement member. A photoelectric building material assembly structure according to any one of claims 1 to 3, comprising:

5. A photoelectric building material assembly structure according to any one of claims 1 to 3, wherein a sealing adhesive layer is provided between each of the protruding portions and one of the plurality of photoelectric power generation modules, and the sealing adhesive layer extends between the photoelectric light-emitting module and the arrangement plate.

6. A photoelectric building material assembly structure according to any one of claims 1 to 3, wherein a waterproof adhesive layer is provided between each of the extended portions and one of the plurality of photoelectric power generation modules.

7. The photoelectric building material assembly structure according to any one of claims 1 to 3, wherein each of the at least one placement member has a rear through-hole that penetrates the placement plate, and the placement space can communicate with the outside through the rear through-hole.

8. The photoelectric building material assembly structure according to any one of claims 1 to 3, wherein one of the protruding portions of each of the at least one arrangement member has a side through-hole that penetrates the protruding portion, and the arrangement space and the side through-hole are in communication with each other.

9. Used for installation on a roof surface or wall surface, the roof surface or wall surface having a plurality of protruding sections and a plurality of grooved sections, each of the protruding sections and each of the grooved sections being spaced apart from each other, and each of the protruding sections protruding from each of the grooved sections, The aforementioned photoelectric building material assembly structure is Each of the aforementioned protruding sections is fixedly installed with at least one stringer, Each comprises at least one insulating layer provided between one of the at least one stringer and one of the at least one arrangement member, It has, Each of the above at least one arrangement member is The photoelectric building material assembly structure according to any one of claims 1 to 3, comprising at least one fixing member provided through the arrangement plate, one of the at least one stringer, and one of the at least one insulating layer.

10. Used for installation on roofs or walls, Each of the aforementioned photoelectric building material assembly structures, at least one of the arrangement members, The photoelectric building material assembly structure according to any one of claims 1 to 3, comprising at least one adhesive layer provided between the roof surface or the wall surface and the arrangement plate, for fixing the photoelectric building material assembly structure to the roof surface or the wall surface.

Images