Roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT)Technical field:
The present invention relates to solar energy generation technology field, is specifically a kind of roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT) being arranged on the tile of alternative routine on roof.
Background technology:
At present, the primary structure of existing solar energy electroplax is a plate body, and its surface has the sensitive surface made with the material such as monocrystalline silicon or polysilicon, and light energy conversion can be then electric energy after receiving light irradiation by this sensitive surface.The known device of solar generating be used on roof is generally directly adopt solar energy electroplax to be independently arranged on roof by support, or the solar energy electroplax of monoblock is layered on roof, these structures have following deficiency: first these devices are arranged on roof can destroy material own on roof: as rafter, tile etc., cause roof seal structure to be destroyed, roof just can leak; Second: solar energy electroplax is arranged separately on roof, highlights, and easily suffers gale, even the solar energy electroplax of monoblock is layered on roof, protection effect is also bad; 3rd: independently solar energy electroplax is installed on sub-roof needs the fixtures such as support, and desired structure is comparatively complicated, install inconvenient; 4th: because the roof structure in different houses is different, therefore, the solar energy electroplax of monoblock needs to design separately solar energy electroplax according to different roofs, and in reality, the structure on roof is ever-changing, and this device does not obviously have reasonability.
Summary of the invention:
Main purpose of the present invention is, overcomes existing technological deficiency, provide a kind of i.e. waterproof, but also windproof, easy for installation, be suitable for different roof structures, the roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT) that reasonability is high.
Technical scheme provided by the invention is: the invention provides a kind of roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT), it comprises multiple base being arranged on roof, multiple connection bracket of being connected with base waterproof and polylith solar energy electroplax, the upper top of each connection bracket is respectively arranged with the first bracket for installing solar energy electroplax, described solar energy electroplax is arranged on connection bracket top by the first bracket, described two the first brackets and between the upper end face of connection bracket be configured for placing the terminal box of solar energy electroplax and the first-class tank of flowing water, the trough of the connection electric wire placing solar energy electroplax is configured between each first bracket and the both upper ends thereof of connection bracket.
Adopt said structure, the present invention has the following advantages:
The first, the present invention adopts the mode that base is connected with connection bracket, each connection bracket installs solar energy electroplax again, waterproof is adopted to be connected between connection bracket with base, can replace original roof is used for the tile of waterproof, play the effect of waterproof, the tile on roof can also be saved, reach the effect better than traditional tile.
The second, the polylith solar energy electroplax that the present invention uses is arranged in connection bracket respectively, solar energy electroplax is contained in solar energy equipment connection bracket being formed single group, the solar energy equipment of single group can be separately mounted on base, installation strength is higher, not easily by gale, protection effect is good, can also anti-hail.
Three, simple, between connection bracket and solar energy electroplax the connection of structure of the present invention can complete before being contained in roof, when being arranged on roof, only needing first to be contained on roof by base, then was arranged on base by connection bracket, install more convenient.
Four, the solar energy electroplax adopted due to the present invention is contained in connection bracket, the size of solar energy electroplax designs according to the width of connection bracket, after designing, when being arranged on different roofs, the mode that can determine the quantity of connection bracket, size according to the difference on roof and be arranged on base, be suitable for different roofs, the reasonability of practical application is higher.
As preferably, described connection bracket is M type connection bracket, described two the first brackets and between the recess of upper end face of connection bracket be configured for placing the terminal box of solar energy electroplax and the first-class tank of flowing water.
As preferably, the upper end face of described connection bracket is cambered surface recessed down, described two the first brackets and between the recess of upper end face of connection bracket be configured for placing the terminal box of solar energy electroplax and the first-class tank of flowing water.
As preferably, described connection bracket is connected with the waterproof of base and refers to: the inner side of the side plate of described connection bracket is provided with the first buckle of barb type, described base is provided with two mounting panels, two mounting panels and between base form second tank, the inner side of described each mounting panel is provided with the second buckle for matching with the first buckle.Adopt this connected mode, direct clamping between connection bracket and base, and not easily separate after clamping, it is firm to connect, and, when flowing water flows down from connection bracket, directly enter into second tank, the roof below base cannot be entered into, good waterproof performance.
As improvement, described mounting panel is towards the groove outer incline of second tank, and the angle between mounting panel and the bottom surface of base is 80 ° ~ 90 °.Adopt this structure, being connected on base to connection bracket provides guide effect, and convenient construction personnel install.
As improvement, each connection bracket top is provided with polylith solar energy electroplax, the upper lateral of solar energy electroplax is provided with pressing plate, and described pressing plate is pressed in the adjacent both ends of two pieces of solar energy electroplaxs respectively, and the lower surface of pressing plate is also provided with the restriction protrusion for preventing solar energy electroplax from sliding.Pressing plate there is screw be arranged in connection bracket by solar energy electroplax, pressing plate lower surface is provided with restriction protrusion and can be step-like, for propping up the adjacent both ends of two pieces of solar energy electroplaxs respectively, prevents solar energy electroplax from sliding, solar energy electroplax can be pushed down simultaneously, prevent strong wind from rising and turn over.
As improvement, two are also provided with for installing the second bracket of solar energy electroplax between two mounting panels of described base, the outside of the both upper ends thereof of described connection bracket is also provided with the second supporting plate for support solar electroplax, and described second bracket is also provided with solar energy electroplax.Adopt this structure, the base between two adjacent connection brackets is also equipped with solar energy electroplax, the distribution of solar energy electroplax is relatively tightr, and sensitive surface is large, and generating efficiency is high.
As improvement, described roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT) also comprises ridge, described ridge comprises ridge body frame, two angle buckles, two arc weather shields, the two sides of described ridge body frame are laterally respectively provided with notched first circular hole, described each arc weather shield is laterally provided with gear-like first circular shaft, the side of described first circular shaft is connected with a side of weather shield, described first circular shaft is rotatably assorted in the first circular hole, the two ends of the lower surface of described ridge body frame are laterally respectively provided with notched second circular hole, described each angle buckle is laterally provided with gear-like second circular shaft, the side of described second circular shaft is connected on angle buckle by support plate, described second circular shaft is rotatably assorted in the second circular hole, described base is connected with angle buckle, the another side of described weather shield is pressed on solar energy electroplax.When roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT) of the present invention is arranged on roof, the highest point on roof adopts ridge to connect, and this ridge, the angle of the roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT) on adjustable both sides, is adapted to the roof of various angle.
Described angle buckle being also provided with the fixture block for preventing the landing of roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT), described base and connection bracket having the draw-in groove for coordinating with fixture block.Such roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT) is connected on angle buckle by base, and the fixture block on angle buckle can prevent the landing of roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT).
Described roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT) it also comprise inverted V-shaped plate, described inverted V-shaped plate covers on the solar energy electroplax of both sides, roof.Inverted V-shaped plate cover also can to play on the solar energy electroplax of both sides, roof ridge the waterproof action that rises.Structure is simple, cost is lower.
Accompanying drawing illustrates:
Fig. 1 is the detonation configuration schematic diagram of roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT) of the present invention;
Fig. 2 is the structure cross-sectional schematic of roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT) of the present invention;
Fig. 3 is that the B-B of Fig. 2 is to cross-sectional schematic;
Fig. 4 is the detonation configuration schematic diagram of another embodiment of roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT) of the present invention;
Fig. 5 is the effect schematic diagram that the present invention is arranged on a kind of embodiment on roof;
Fig. 6 is the A place enlarged diagram in Fig. 5;
Fig. 7 is the C place enlarged diagram in Fig. 6;
Fig. 8 is the detonation configuration schematic diagram of the ridge that the present invention adopts;
Fig. 9 is the effect schematic diagram that the present invention is arranged on the another kind of embodiment on roof;
Figure 10 is the enlarged diagram at the D place in Fig. 9.
As shown in the figure: 1, base, 1.1, mounting panel, 1.2, second tank, 1.3, second buckle, 1.4 second brackets, 2, connection bracket, 2.1, first bracket, 2.2, first-class tank, 2.3, trough, 2.4, first buckle, 2.5, second supporting plate, 2.6 first supporting plates, 2.7, limiting plate, 3, solar energy electroplax, 4, angle, 5, pressing plate, 5.1, restriction protrusion, 6, ridge body frame, 6.1, first circular hole, 6.2, second circular hole, 7, angle buckle, 7.1, second circular shaft, 7.2, fixture block, 8, weather shield, 8.1 first circular shafts, 9, draw-in groove, 10, inverted V-shaped plate.
Embodiment:
Below in conjunction with the drawings and specific embodiments, the present invention is elaborated:
As shown in the figure, the invention provides a kind of roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT), it comprises multiple base 1 being arranged on roof, multiple connection bracket 2 of being connected with base 1 waterproof and polylith solar energy electroplax 3, the upper top of each connection bracket 2 is respectively arranged with the first bracket 2.1 for installing solar energy electroplax 3, described solar energy electroplax 3 is arranged on connection bracket 2 top by the first bracket 2.1, first bracket 2.1 is provided with screwed hole, solar energy electroplax 3 is installed, the inner side of the both upper ends thereof of connection bracket 2 is also provided with the first supporting plate 2.6 holding up solar energy electroplax 3, the both upper ends thereof of connection bracket 2 is also provided with for limiting the spacing limiting plate 2.7 in connection bracket 2 of solar energy electroplax 3, described two the first brackets 2.1 and between the upper end face of connection bracket 2 be configured for placing the terminal box of solar energy electroplax 3 and the first-class tank 2.2 of flowing water, the trough 2.3 of the connection electric wire placing solar energy electroplax 3 is configured between each first bracket 2.1 and the both upper ends thereof of connection bracket 2.
The structure of connection bracket 2 can be: can be M type connection bracket 2, described two the first brackets 2.1 and between the recess of upper end face of connection bracket 2 be configured for placing the terminal box of solar energy electroplax 3 and the first-class tank 2.2 of flowing water.This is a kind of scheme of connection bracket 2 of the present invention.
Described in below the structure of connection bracket 2 also can be: the upper end face of described connection bracket 2 is cambered surface recessed down, described two the first brackets 2.1 and between the recess of upper end face of connection bracket 2 be configured for placing the terminal box of solar energy electroplax 3 and the first-class tank 2.2 of flowing water.This connects the another kind of scheme of 2 supports for the present invention.
Described connection bracket 2 is connected with the waterproof of base 1 and refers to: the inner side of the side plate of described connection bracket 2 is provided with the first buckle 2.4 of barb type, described base 1 is provided with two mounting panels, 1.1, two mounting panels 1.1 and between base 1 form second tank 1.2, the inner side of described each mounting panel 1.1 is provided with the second buckle 1.3 for matching with the first buckle 2.4.It is adopt to be screwed that base 1 is arranged on roof, screw hole is in the outside of two mounting panels 1.1, the side on the both sides of same connection bracket 2 is connected in two adjacent pans 1 respectively, and two mounting panels 1.1 of same base 1 connect two adjacent connection brackets 2 respectively.Adopt this structure, can according to the quantity of the size determination connection bracket 2 on roof and base 1.And do not need the shape designing separately solar energy electroplax 3 again, very convenient.
Described mounting panel 1.1 is towards the groove outer incline of second tank 1.2, and the angle 4 between the bottom surface of mounting panel 1.1 and base 1 is 80 ° ~ 90 °.Namely second tank 1.2 is inverted trapezoidal groove, and notch is comparatively large, when connection bracket 2 is arranged on base 1, play the guiding role.In the present embodiment, angle 4 is 80 °.
Each connection bracket 2 top is provided with polylith solar energy electroplax 3, the upper lateral of solar energy electroplax 3 is provided with pressing plate 5, described pressing plate 5 is pressed in the adjacent both ends of two pieces of solar energy electroplaxs 3 respectively, and the lower surface of pressing plate 5 is also provided with the restriction protrusion 5.1 for preventing solar energy electroplax 3 from sliding.Described connection bracket 2 is string configuration, therefore, same connection bracket 2 needs polylith solar energy electroplax 3 is installed, when solar energy electroplax 3 is arranged in connection bracket 2, the mode adopted in the present embodiment is: solar energy electroplax 3 adopts pressing plate 5 to be arranged in connection bracket 2 above, pressing plate 5 has screw hole, and solar energy electroplax is arranged in connection bracket 2 by the screw hole on the screw hole on pressing plate 5 and the first bracket 2.1 by screw.
As improvement, two are also provided with for installing the second bracket 1.4 of solar energy electroplax 3 between two mounting panels 1.1 of described base 1, the outside of the both upper ends thereof of described connection bracket 2 is also provided with the supporting plate 2.5 for support solar electroplax 3, and described second bracket 1.4 is also provided with solar energy electroplax 3.Namely constitute between two the second brackets 1.4 and place the terminal box of solar energy electroplax 3 and the 3rd gutter channel of flowing water, second bracket 1.4 is also established with screw hole, for installing solar energy electroplax 3, second bracket 1.4 is equipped with solar energy electroplax 3 to be affixed with the solar energy electroplax 3 in adjacent connection bracket 2, make the sensitive surface of solar energy electroplax 3 cloth on roof larger, generating efficiency is also just better.
Described roof solar device also comprises ridge, described ridge comprises ridge body frame 6, two angle buckles 7, two arc weather shields 8, the two sides of described ridge body frame 6 are laterally respectively provided with notched first circular hole 6.1, the transverse direction that described transverse direction and above-mentioned pressing plate 5 are installed, namely parallel with ridge direction, described each arc weather shield 8 is laterally provided with gear-like first circular shaft 8.1, the side of described first circular shaft 8.1 is connected with a side of weather shield 8, in the present embodiment, first circular shaft 8.1 and weather shield 8 one-body molded, described first circular shaft 8.1 is rotatably assorted in the first circular hole 6.1, first circular shaft 8.1 inserts in circular hole 6.1 from the side, the two ends of the lower surface of described ridge body frame 6 are laterally respectively provided with notched second circular hole 8.2, described each angle buckle 7 is laterally provided with gear-like second circular shaft 7.1, the side of described second circular shaft 7.1 is connected on angle buckle 7 by support plate, in the present embodiment, the second circular shaft 7.1 is also formed in one with angle buckle 7.Described second circular shaft 7.1 is rotatably assorted in the second circular hole 8.2, and described base 1 is connected with angle buckle 7, and base 1 is contained on angle buckle 7, and is connected by screw fixing, and the another side of described weather shield 8 is pressed on solar energy electroplax 3.
Described angle buckle 7 being also provided with the fixture block 7.2 for preventing the landing of roof solar Blast Furnace Top Gas Recovery Turbine Unit (TRT), described base 1 and connection bracket 2 having the draw-in groove 9 for coordinating with fixture block 7.2.When base 1 is arranged on angle buckle 7, increase a fixture block 7.2 and can prevent base 1 landing downwards, connection reliability is high.
Described roof solar device also comprises inverted V-shaped plate 10, and described inverted V-shaped plate 10 covers on the solar energy electroplax 3 of both sides, roof.The present invention prevents the highest point on roof from leaking, and also has a kind of mode, and namely adopt inverted V-shaped plate 10 to cover on the solar energy electroplax 3 of both sides, roof, structure is simple, and cost is low.