A photovoltaic roof glass curtain wall and daylighting roof glass curtain wall composite construction system

Abstract

The present application relates to curtain wall construction technical field, specifically disclose a kind of photovoltaic roof glass curtain wall and daylighting roof glass curtain wall composite construction system, photovoltaic roof glass curtain wall and daylighting roof glass curtain wall composite construction system overall wave-like curved surface structure, including steel skeleton, curtain wall keel connected on steel skeleton, and hollow laminated glass panel and photovoltaic glass panel set on curtain wall keel, photovoltaic glass panel and hollow laminated glass panel are mutually spaced, steel skeleton overall is wave-like curved grid frame, steel skeleton includes horizontal steel beam and longitudinal steel beam, horizontal steel beam is the curved structure formed by the butt joint of multiple concave curves, longitudinal steel beam is linear structure, steel skeleton is equipped with decorative panel and the mounting bracket for fixing decorative panel, photovoltaic glass panel side edge and hollow laminated glass panel side edge are respectively sealed and fixed between aluminium profile subframe and aluminium alloy decorative strip, middle protrusion side.

Description

Technical Field

[0001] This invention relates to the field of curtain wall construction technology, and in particular to a composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls. Background Technology

[0002] Curtain wall structures are increasingly being used in commercial and residential buildings, beautifying building facades and enhancing their aesthetic appeal. However, with rising demands for green building and energy conservation, conventional curtain wall structures are struggling to meet these requirements. In large-area, irregularly shaped roof curtain wall systems, the extensive use of welded steel keel systems leads to poor welding quality and low efficiency, posing significant safety risks during high-altitude construction. Furthermore, in such systems, the curtain wall structure is constantly exposed to the elements, making it susceptible to rainwater leakage due to variations in temperature, humidity, and wind. The steel frame is also vulnerable to moisture erosion, creating safety hazards. Therefore, high precision in construction and effective waterproofing are essential. Summary of the Invention

[0003] The purpose of this invention is to provide a composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls, in order to solve the technical problems mentioned in the background section.

[0004] To achieve the above objectives, the present invention adopts the following technical solution:

[0005] A composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls is disclosed. The system has an overall wavy curved structure, including a steel frame, curtain wall joists connected to the steel frame, and photovoltaic glass panels and double-glazed laminated glass panels mounted on the curtain wall joists. The photovoltaic glass panels and double-glazed laminated glass panels are spaced apart. The steel frame is a wavy curved grid frame, including horizontal and vertical steel beams. The horizontal steel beams are curved structures formed by multiple concave curves joined together, while the vertical steel beams are straight structures. Decorative panels are provided on the steel frame. The mounting frame for fixing the decorative panels consists of rectangular angle steel frames set around the outer perimeters of the horizontal and vertical steel beams. The decorative panels are arranged around the steel frame and fixed to the mounting frame. The top of the steel frame has two vertically arranged support members: support member one and support member two. The bottom end of support member one is fixed to the top of the steel frame, and support member two is partially embedded in the cavity of support member one. The curtain wall keel is fixed to the top of support member two. The curtain wall keel includes horizontal and vertical keels arranged perpendicularly to each other. The ends of the horizontal keels are connected and fixed to the webs of the vertical keels. A connecting steel plate is provided between the vertical and horizontal keels, and the connecting steel plate is simultaneously connected to the ends of the horizontal keels and the webs of the vertical keels. The horizontal keel is fixed in place, and its cavity contains irregularly shaped reinforcing components. These components include a rhomboid frame, two side support plates located at the three corners of the rhomboid frame, and a bottom support plate. A screw is installed within the cavity of the horizontal keel, and bolt holes are located at the corners of the rhomboid frame away from the bottom support plate. The rhomboid frame is connected and fixed to the screw. The two side support plates and the bottom support plate abut against the inner walls of the three cavities of the horizontal keel. Stainless steel spring pins are provided at the ends of the horizontal keel and are inserted into the belly of the longitudinal keel. An aluminum profile sub-frame and an aluminum alloy decorative strip are provided at the top of the longitudinal keel. The aluminum profile sub-frame has a mountain-shaped structure, including side plates on both sides and... The central protrusion is higher than the height of the side panel. The bottom edge of the aluminum profile sub-frame is connected and fixed to the top side of the longitudinal keel. The aluminum alloy decorative strip has a rectangular frame structure. The aluminum alloy decorative strip is connected and fixed to the central protrusion of the aluminum profile sub-frame. The aluminum profile sub-frame and the aluminum alloy decorative strip, as well as the two sides of the central protrusion, form limiting spaces to accommodate the side of the photovoltaic glass panel and the side of the hollow laminated glass panel, respectively. The side of the photovoltaic glass panel and the side of the hollow laminated glass panel are sealed and fixed between the aluminum profile sub-frame and the aluminum alloy decorative strip, as well as on both sides of the central protrusion. A photovoltaic panel junction box is provided between the photovoltaic glass panel and the aluminum profile sub-frame.

[0006] Furthermore, the decorative panel includes a bottom frame and two side frames. The side frames are L-shaped plate structures, with right-angled folds at both ends. The two side frames are U-shaped and connected by a connector. The connector is U-shaped, with its two vertical parts fixed to the right-angled folds of the two side frames on the outside of the folds. An angle steel is provided above the steel frame, and the horizontal part of the connector is fixed to the angle steel by bolts. The bottom frame is U-shaped, with right-angled folds at both ends. A connection is provided between the bottom frame and the two side frames. The connecting structure includes a second connector and a third connector. The second connector includes a first connecting plate and a first fixing plate that is perpendicularly arranged on both sides of the first connecting plate in opposite directions. The first connecting plate is fixed to the right-angled folded edge of the side frame away from the first connector by bolts. The third connector includes the second connecting plate, and a second fixing plate and a limiting plate that are perpendicularly spaced on the same side as the second connecting plate. The distance between the second fixing plate and the limiting plate is the same as the thickness of the first fixing plate. The second connecting plate is fixed to the right-angled folded edge of the bottom frame by bolts. The second fixing plate is fixed to the mounting bracket by bolts. The first fixing plate is fixed between the second fixing plate and the limiting plate.

[0007] Furthermore, the stainless steel spring pin includes a main body, a compression spring and a spring pin disposed within the main body, a screw rod disposed within the horizontal keel, the stainless steel spring pin being connected and fixed to the screw rod, a receiving hole being provided on the side of the main body facing the end of the horizontal keel, the compression spring and the spring pin being disposed within the receiving hole, the side of the main body facing the end of the horizontal keel being flush with the end face of the horizontal keel, a limiting hole being provided on the belly of the longitudinal keel, the spring pin part extending into the limiting hole and slidingly connected with the limiting hole.

[0008] Furthermore, the transverse steel beam comprises multiple butt-jointed concave curved H-beams, and the longitudinal steel beam comprises multiple butt-jointed straight H-beams.

[0009] Furthermore, the first support component is a short steel tube with a specification of 80*80*4mm, and the second support component is a short steel tube with a specification of 70*70*5mm.

[0010] Furthermore, both the horizontal and vertical keels are made of steel tubing with dimensions of 120*80*4mm.

[0011] Furthermore, the photovoltaic glass panel and the hollow laminated glass panel are sealed with sealant to the aluminum profile sub-frame and the aluminum alloy decorative strip, respectively.

[0012] Furthermore, the decorative panel is a 3mm thick aluminum single panel.

[0013] Furthermore, the photovoltaic glass panel and the hollow laminated glass panel are provided with stainless steel anti-fall nets on their inner sides.

[0014] Compared with the prior art, the present invention has the following features and beneficial effects:

[0015] This invention presents a composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls, featuring a wavy curved structure. The system is novel, aesthetically pleasing, and offers a unique visual effect. By using alternating photovoltaic glass panels and double-glazed laminated glass panels, it effectively utilizes photovoltaic energy, achieving energy conservation and reducing consumption, while ensuring both lighting and aesthetic requirements. The system incorporates stainless steel spring-loaded pins at the ends of the horizontal keels, and uses stainless steel spring-loaded pins and connecting steel plates to connect and fix the longitudinal and horizontal keels. This significantly reduces the amount of welding work between the longitudinal and horizontal keels and effectively improves installation efficiency. The steel frame... The exterior is fitted with mounting brackets and decorative panels. The decorative panels are made of aluminum single-layer panels and include a bottom frame and two side frames. The decorative panels are fixed to the mounting brackets, ensuring the aesthetic appeal of the interior steel frame while reducing moisture erosion and improving the steel frame's corrosion resistance through the decorative panels on its outer perimeter. By incorporating irregularly shaped reinforcing components within the cavities of the horizontal keels, the overall structural strength of the steel frame is increased, preventing deformation of the curtain wall structure caused by steel frame deformation. The overall structure is stable, aesthetically pleasing, safe, and applicable, possessing significant promotional and practical value. Widespread application will generate substantial economic benefits. Attached Figure Description

[0016] Figure 1 This is a schematic diagram of the front cross-sectional structure of the present invention;

[0017] Figure 2 This is a schematic diagram of the side cross-sectional structure of the present invention;

[0018] Figure 3 For the present invention Figure 2 Enlarged view of the structure at point A in the middle;

[0019] Figure 4 For the present invention Figure 3 Enlarged view of the structure at point B in the middle;

[0020] Figure 5 This is a schematic diagram of the connection structure between the stainless steel spring pin and the longitudinal keel of the present invention;

[0021] Figure 6 For the present invention Figure 3 Enlarged view of the structure at point C;

[0022] Figure 7 For the present invention Figure 3 Enlarged view of the structure at point D.

[0023] Attached reference numerals: 1. Roof curtain wall; 2. Photovoltaic glass panel; 3. Insulating laminated glass panel; 4. Horizontal steel beam; 5. Longitudinal steel beam; 6. Decorative panel; 7. Mounting frame; 8. Support component one; 9. Support component two; 10. Horizontal keel; 11. Longitudinal keel; 12. Irregularly shaped reinforcing component; 13. Stainless steel spring pin; 14. Aluminum profile sub-frame; 15. Aluminum alloy decorative strip; 16. Photovoltaic panel junction box; 17. Side frame; 18. Bottom frame; 19. Connector one; 20. Connector two; 21. Connector three; 22. Stainless steel fall protection net. Implementation

[0024] To make the technical means, innovative features, objectives and effects of this invention easier to understand, the invention will be further described below.

[0025] The embodiments described herein are specific implementations of the present invention, used to illustrate the concept of the invention, and are illustrative and exemplary, and should not be construed as limiting the implementation or scope of the invention. In addition to the embodiments described herein, those skilled in the art can employ other obvious technical solutions based on the content disclosed in the claims and specification of this application. These technical solutions include those that make any obvious substitutions and modifications to the embodiments described herein.

[0026] This invention discloses a composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls. The composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls is a roof curtain wall 1, such as... Figure 1 and Figure 2 As shown, the photovoltaic roof glass curtain wall and skylight glass curtain wall composite construction system has an overall wave-shaped curved structure, including a steel frame, curtain wall keels connected to the steel frame, and photovoltaic glass panels 2 and hollow laminated glass panels 3 set on the curtain wall keels. The photovoltaic glass panels 2 and hollow laminated glass panels 3 are arranged alternately. The steel frame is set on support columns, and the steel frame as a whole has a wave-shaped curved grid frame structure. The steel frame includes horizontal steel beams 4 and vertical steel beams 5, which are arranged perpendicular to each other. The horizontal steel beams 4 are curved structures formed by multiple concave curves joined together, and the horizontal steel beams 4 include multiple concave curved H-beams assembled by joining together. The vertical steel beams 5 are straight structures, and the vertical steel beams 5 include multiple straight H-beams assembled by joining together. Figures 3 to 7As shown, the steel frame is equipped with a decorative panel 6 and a mounting bracket 7 for fixing the decorative panel 6. The mounting bracket 7 is a rectangular angle steel frame fixedly installed around the outer perimeter of the cross-section of the transverse steel beam 4 and the outer perimeter of the cross-section of the longitudinal steel beam 5. The decorative panel 6 is a 3mm thick aluminum single panel, which is installed around the outer perimeter of the steel frame. The decorative panel 6 includes a bottom frame 18 and two side frames 17. The side frames 17 are L-shaped plate structures, with right-angled folds at both ends of the side frames 17. The two side frames 17 are U-shaped and connected by a connector 19. The connector 19 is a U-shaped structure, and its two vertical parts are respectively connected and fixed to the right-angled folds of the two side frames 17 by bolts on the outside of the right-angled folds. An angle steel is installed above the steel frame, and the horizontal part of the connector 19 is connected and fixed to the angle steel by bolts. 18 is a U-shaped structure. Both ends of the bottom frame 18 have right-angle folded edges facing inward. The bottom frame 18 and the two side frames 17 are connected by a connection structure, which includes a second connector 20 and a third connector 21. The second connector 20 includes a first connecting plate and a first fixing plate that is vertically arranged on both sides of the first connecting plate in opposite directions. The first connecting plate is fixed to the right-angle folded edge of the side frame 17 away from the first connector 19 by bolts. The third connector 21 includes a second connecting plate, and a second fixing plate and a limiting plate that are vertically spaced on the same side as the second connecting plate. The distance between the second fixing plate and the limiting plate is the same as the thickness of the first fixing plate. The second connecting plate is fixed to the right-angle folded edge of the bottom frame 18 by bolts. The second fixing plate is fixed to the mounting frame 7 by bolts. The first fixing plate is fixed between the second fixing plate and the limiting plate, thereby connecting the side frames 17 and the bottom frame 18 to each other and fixing them to the mounting frame 7, increasing the overall aesthetics of the steel frame.The top of the steel frame is vertically equipped with support member 1 (8) and support member 2 (9). One end of support member 1 (8) is welded and fixed to the top of the steel frame. Support member 1 (8) is a short steel tube with a specification of 80*80*4mm, and support member 2 (9) is a short steel tube with a specification of 70*70*5mm. Support member 2 (9) is partially embedded in the cavity of support member 1 (8). The curtain wall keel is fixedly installed at the top of support member 2 (9). The curtain wall keel includes horizontal keels 10 and vertical keels 11 arranged perpendicularly to each other. Both horizontal keels 10 and vertical keels 11 are of specification 1. A 20*80*4mm steel tube is used. The end of the horizontal keel 10 is connected and fixed to the belly of the longitudinal keel 11. A connecting steel plate is provided between the longitudinal keel 11 and the horizontal keel 10. The connecting steel plate is fixed to both the end of the horizontal keel 10 and the belly of the longitudinal keel 11, thus connecting the longitudinal keel 11 and the horizontal keel 10. An irregularly shaped reinforcing member 12 is provided in the cavity of the horizontal keel 10. The irregularly shaped reinforcing member 12 includes a rhomboid frame, and two side support plates and a bottom support plate respectively provided at the three corners of the rhomboid frame. Side support plates are arranged parallel to both sides of the rhombus frame, and the bottom support plate is perpendicular to the side support plates. A screw is installed inside the cavity of the horizontal keel 10. Bolt holes are provided at the corners of the rhombus frame away from the bottom support plate. The rhombus frame is connected and fixed to the screw. The two side support plates and the bottom support plate abut against the inner walls of the three cavities of the horizontal keel 10, thereby reinforcing the horizontal keel 10, enhancing its structural strength, and preventing deformation under stress. Stainless steel spring pins 13 are provided at the ends of the horizontal keel 10. The pin 13 includes a main body, a compression spring and a spring pin disposed in the main body, a screw rod is provided in the horizontal keel 10, and the stainless steel spring pin 13 is connected and fixed to the screw rod. The main body has a receiving hole on the side facing the end of the horizontal keel 10, and the compression spring and spring pin are both disposed in the receiving hole. The side of the main body facing the end of the horizontal keel 10 is flush with the end face of the horizontal keel 10. The spring pin extends out of the receiving hole in its natural state. The longitudinal keel 11 has a limiting hole on its belly, and the spring pin extends into the limiting hole and slides into the limiting hole.The top of the horizontal keel 10 is equipped with an aluminum profile sub-frame 14 and an aluminum alloy decorative strip 15. The aluminum profile sub-frame 14 has a mountain-shaped structure, including side plates on both sides and a central protrusion. The height of the central protrusion is greater than the height of the side plates. The bottom edge of the aluminum profile sub-frame 14 is fixed to the top side of the horizontal keel 10 by bolts. The aluminum alloy decorative strip 15 has a rectangular frame structure. The aluminum alloy decorative strip 15 is fixed to the central protrusion of the aluminum profile sub-frame 14 by bolts. The space between the aluminum profile sub-frame 14 and the aluminum alloy decorative strip 15, and on both sides of the central protrusion, forms a limiting space to accommodate the sides of the photovoltaic glass panel 2 and the sides of the hollow laminated glass panel 3, respectively. The sides of the photovoltaic glass panel 2 and the side of the hollow laminated glass panel 3 are sealed and fixed between the aluminum profile sub-frame 14 and the aluminum alloy decorative strip 15, and on both sides of the central protrusion, respectively. A photovoltaic panel junction box 16 is provided between the photovoltaic glass panel 2 and the aluminum profile sub-frame 14. The photovoltaic glass panel 2 and the aluminum profile sub-frame 14, as well as the photovoltaic glass panel 2 and the aluminum alloy decorative strip 15, are all sealed with sealant. The hollow laminated glass panel 3 and the aluminum profile sub-frame 14, as well as the hollow laminated glass panel 3 and the aluminum alloy decorative strip 15, are all sealed with sealant. A stainless steel fall protection net 22 is provided on the side of the photovoltaic glass panel 2 and the hollow laminated glass panel 3 facing the steel frame.

[0027] This invention presents a composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls, featuring a wavy curved surface structure. This novel and aesthetically pleasing design offers a unique visual effect. By using alternating photovoltaic glass panels and double-glazed laminated glass panels, it effectively utilizes photovoltaic energy, achieving energy conservation and reducing consumption, while ensuring both lighting and aesthetic requirements. The use of stainless steel spring pins at the ends of the horizontal keels, and the connection and fixation of all longitudinal and horizontal keels using stainless steel spring pins and connecting steel plates, significantly reduces welding work between the longitudinal and horizontal keels and effectively improves installation efficiency. The installation of mounting frames and decorative panels on the outside of the steel frame (the decorative panels are aluminum single-layer panels, including a bottom frame and two side frames, fixed to the mounting frames) ensures the aesthetic appeal of the interior steel frame while reducing moisture erosion and improving corrosion resistance. The inclusion of irregularly shaped reinforcing components within the cavities of the horizontal keels increases the overall structural strength of the steel frame, preventing deformation of the curtain wall structure due to steel frame deformation. This results in a stable and aesthetically pleasing overall structure.

[0028] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of the present invention should be included within the protection scope of the present invention.

Claims

1. A composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls, wherein the composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls has an overall wavy curved surface structure, characterized in that: The system includes a steel frame, curtain wall keels connected to the steel frame, and photovoltaic glass panels (2) and hollow laminated glass panels (3) installed on the curtain wall keels. The photovoltaic glass panels (2) and hollow laminated glass panels (3) are spaced apart from each other. The steel frame is a wavy curved grid frame. The steel frame includes horizontal steel beams (4) and vertical steel beams (5). The horizontal steel beams (4) are curved structures formed by connecting multiple concave curves, and the vertical steel beams (5) are straight structures. The steel frame is provided with decorative panels (6) and mounting brackets (7) for fixing the decorative panels (6). The mounting brackets (7) are rectangular angle steel frames set on the outer periphery of the horizontal steel beams (4) and the outer periphery of the vertical steel beams (5). The decorative panels (6) surround the steel frame. The decorative panel (6) is fixed on the mounting bracket (7). The top of the steel frame is vertically provided with support member 1 (8) and support member 2 (9). The bottom end of support member 1 (8) is fixed to the top of the steel frame. Support member 2 (9) is partially embedded in the cavity of support member 1 (8). The curtain wall keel is fixed at the top of support member 2 (9). The curtain wall keel includes horizontal keel (10) and vertical keel (11) arranged perpendicularly to each other. The end of the horizontal keel (10) is connected and fixed to the belly of the vertical keel (11). A connecting steel plate is provided between the vertical keel (11) and the horizontal keel (10). The connecting steel plate is fixed to the end of the horizontal keel (10) and the belly of the vertical keel (11). A special-shaped reinforcing member (12) is provided in the cavity of the horizontal keel (10). The component (12) includes a rhombus frame, two side support plates and a bottom support plate respectively located at the three corners of the rhombus frame. A screw is provided in the cavity of the horizontal keel (10). Bolt holes are provided at the corners of the rhombus frame away from the bottom support plate. The rhombus frame is connected and fixed to the screw. The two side support plates and the bottom support plate respectively abut against the inner walls of the three cavities of the horizontal keel (10). The end of the horizontal keel (10) is provided with a stainless steel spring pin (13). The stainless steel spring pin (13) is inserted into the belly of the longitudinal keel (11). The top of the longitudinal keel (11) is provided with an aluminum profile sub-frame (14) and an aluminum alloy decorative strip (15). The aluminum profile sub-frame (14) is a mountain-shaped structure, including side plates on both sides and a central protrusion. The height of the central protrusion is greater than the height of the side plates. The bottom edge of the aluminum profile sub-frame (14) is connected and fixed to the top side of the longitudinal keel (11). The aluminum alloy decorative strip (15) has a rectangular frame structure. The aluminum alloy decorative strip (15) is connected and fixed to the middle protrusion of the aluminum profile sub-frame (14). The aluminum profile sub-frame (14) and the aluminum alloy decorative strip (15) and the two sides of the middle protrusion form a limiting space for accommodating the side of the photovoltaic glass panel (2) and the side of the hollow laminated glass panel (3). The side of the photovoltaic glass panel (2) and the side of the hollow laminated glass panel (3) are sealed and fixed between the aluminum profile sub-frame (14) and the aluminum alloy decorative strip (15) and the two sides of the middle protrusion. A photovoltaic panel junction box (16) is provided between the photovoltaic glass panel (2) and the aluminum profile sub-frame (14).

2. The composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls according to claim 1, characterized in that: The decorative panel (6) includes a bottom frame (18) and two side frames (17). The side frames (17) are L-shaped plate structures. Both ends of the side frames (17) have right-angle folds facing inward. The two side frames (17) are arranged in a U-shape. A connector (19) is provided between the two side frames (17). The two side frames (17) are connected by the connector (19). The connector (19) is a U-shaped structure. The two vertical parts of the connector (19) are respectively connected and fixed to the right-angle folds of the two side frames (17) by bolts on the outside of the right-angle folds. An angle steel is provided above the steel frame. The horizontal part of the connector (19) is connected and fixed to the angle steel by bolts. The bottom frame (18) is a U-shaped structure. Both ends of the bottom frame (18) have right-angle folds facing inward. A connection structure is provided between the frame (18) and the two side frames (17). The connection structure includes a second connector (20) and a third connector (21). The second connector (20) includes a first connecting plate and a first fixing plate that is vertically arranged on both sides of the first connecting plate in opposite directions. The first connecting plate is fixed to the right-angle folded edge of the side frame (17) away from the first connector (19) by bolts. The third connector (21) includes a second connecting plate, a second fixing plate and a limiting plate that are vertically spaced on the same side as the second connecting plate. The distance between the second fixing plate and the limiting plate is the same as the thickness of the first fixing plate. The second connecting plate is fixed to the right-angle folded edge of the bottom frame (18) by bolts. The second fixing plate is fixed to the mounting bracket (7) by bolts. The first fixing plate is fixed between the second fixing plate and the limiting plate.

3. The composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls according to claim 1, characterized in that: The stainless steel spring pin (13) includes a main body, a compression spring and a spring pin disposed in the main body. The main body has a receiving hole on the side facing the end of the horizontal keel (10). The compression spring and the spring pin are both disposed in the receiving hole. The side of the main body facing the end of the horizontal keel (10) is flush with the end face of the horizontal keel (10). The longitudinal keel (11) has a limiting hole on its belly. The spring pin part extends into the limiting hole and slides in connection with the limiting hole.

4. The composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls according to claim 2, characterized in that: The transverse steel beam (4) comprises multiple butt-jointed concave curved I-beams, and the longitudinal steel beam (5) comprises multiple butt-jointed straight I-beams.

5. The composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls according to claim 2, characterized in that: The first support member (8) is a steel tube short section with a specification of 80*80*4mm, and the second support member (9) is a steel tube short section with a specification of 70*70*5mm.

6. The composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls according to claim 2, characterized in that: Both the horizontal keel (10) and the vertical keel (11) are steel tubes with a specification of 120*80*4mm.

7. The composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls according to claim 1, characterized in that: The photovoltaic glass panel (2) and the hollow laminated glass panel (3) are sealed with sealant to the aluminum profile sub-frame (14) and the aluminum alloy decorative strip (15), respectively.

8. The composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls according to claim 1, characterized in that: The decorative panel (6) is a 3mm thick aluminum single panel.

9. A composite construction system for photovoltaic roof glass curtain walls and skylight glass curtain walls according to any one of claims 1 to 8, characterized in that: The photovoltaic glass panel (2) and the hollow laminated glass panel (3) are provided with stainless steel anti-fall nets (22) on their inner sides.

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