CN200950572Y

CN200950572Y - Highly effective light-collecting solar energy generation system

Info

Publication number: CN200950572Y
Application number: CNU200620119151XU
Authority: CN
Inventors: 薛黎明
Original assignee: 薛黎明
Current assignee: Rayspower Energy Group Co Ltd
Priority date: 2006-08-18
Filing date: 2006-08-18
Publication date: 2007-09-19
Anticipated expiration: 2016-08-18

Abstract

The utility model discloses a high-efficient concentrating solar power generation system, which comprises a power generation device, an inverter, a battery and a control device. The power generation device includes a battery board, an upper reflection board, a lower reflection board and a fixing frame. The battery board comprises a horizontally arranged upper battery board and two side battery boards, and cross section of the battery board is an equilateral triangle. The two sides of the upper battery board are separately provided with two upper reflection boards used to reflect sunlight to the upper battery board, and two lower reflection boards are arranged under the two side battery boards and used to reflect sunlight to the two side battery boards. The two side battery boards are provided with a support arm, the two lower reflection boards are separately fixed on the support arm through the fixing frame of the reflection board, and the support arm is fixed on a support shaft. One end of the support shaft is connected with the back fixing frame through a latitude adjusting device, and the other end is hinged on the front fixing frame through a hinge device. The utility model can increase illuminance of the battery board and improve power generation efficiency of the battery board.

Description

High-effective concentration type solar power system

Technical field

The utility model relates to a kind of solar power system.

Background technology

In energy today in short supply day by day, the application of solar power system also more and more widely, but problems such as existing solar power system ubiquity cell panel cost height, energy output is low, solar energy utilization ratio is low have limited promoting the use of of solar power system.

The utility model content

At the problems referred to above, the purpose of this utility model is to provide a kind of energy output height, solar energy utilization ratio height, high-effective concentration type solar power system that cost is low.

For achieving the above object, solution of the present utility model is: a kind of high-effective concentration type solar power system, form by Blast Furnace Top Gas Recovery Turbine Unit (TRT), inverter, storage battery and control device, described Blast Furnace Top Gas Recovery Turbine Unit (TRT) comprises solar module, last reflecting plate, following reflecting plate and fixed mount, and described fixed mount comprises preceding fixed mount, back fixed mount; Described solar module is made up of support and three groups of rectangular panel, the cross section of described support is the equilateral triangle that the top is the level of state, three Battery pack plates are individually fixed on three faces of support, and wherein upside cell panel both sides respectively are provided with a last reflecting plate that all fixes with described support and extend to the left and right top of upside cell panel respectively; Described solar module two ends are fixed with a support arm that extends to the battery component below respectively, be fixed with two following reflecting plates between two support arms, these two following reflecting plates lay respectively at the left side of solar module, the lower right, and it is corresponding with two downside cell panels in the battery component respectively, described solar module and twice reflecting plates connect into a global facility by described two support arms, this global facility by the back shaft that fixes with two support arms rotatable be installed in described before, on the back fixed mount, described back shaft axis parallels with the axis of described solar module, described back shaft is connected with motor driver by shaft joint, be provided with the latitude adjusting device between back shaft one end and the described back fixed mount simultaneously, the other end is articulated on the described preceding fixed mount by articulated mounting.

Further, described latitude adjusting device comprises adjusting handle, adjusting screw(rod), adjusting nut, spherical cover, bracket and gearbox, be provided with speed changer, shaft joint in the gearbox, be with adjusting nut on the described adjusting screw(rod), and this adjusting nut is fixed on the fixed mount of described back, described adjusting screw(rod) one end is provided with the adjusting handle other end and is enclosed within the spherical cover by steel ball edge, this sphere cover is fixed on the described bracket, bracket is fixed on the described gearbox, and the shaft joint in the described gearbox is connected on the described back shaft.

Further, described adjusting screw(rod) is provided with locking nut.

Further, described articulated mounting is a fixed pin shaft, and this fixed pin shaft passes described back shaft and an end is articulated on the described preceding fixed mount.

Further, be respectively equipped with some fin on the reflecting plate on described two.

Further, described twice reflecting plates are the broken line shape reflecting plate that some rectangle plane reflection laths are spliced.

Further, described twice reflecting plates are an arc.

After adopting said structure, because last cell panel dual-side is provided with reflecting plate on two, following cell panel below is provided with reflecting plate twice, the area of reflecting plate is more much bigger than the area of cell panel, therefore the reflecting plate sunlight that will originally can not shine on the cell panel evenly overlaps onto on the cell panel, increased cell panel illuminance, improved the generating efficiency of cell panel; In addition, because described both sides cell panel is provided with support arm, described twice reflecting plates are fixed on the described support arm by the reflecting plate fixed mount respectively, described support arm is fixed on the back shaft, support arm can rotate with back shaft, thereby drive the whole generating device along the longitudinal left rotation and right rotation, guarantee that sunray keeps vertical with last cell panel, following reflecting plate all the time, strengthen intensity of illumination, improve the cell panel generating efficiency, after treating that the sun sets, under control system control, automatically return to second day start angle by setting-up time; Described back shaft one end by the latitude adjusting device be connected on the fixed mount of described back, the other end by articulated mounting be articulated in described before on the fixed mount, the position of Blast Furnace Top Gas Recovery Turbine Unit (TRT) on the latitude direction can be changed at any time.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is a sectional view of the present utility model;

Fig. 3 is that the A of Fig. 1 is to revolved view;

Fig. 4 is that the B of Fig. 1 is to view;

Fig. 5 is the structure chart of reflecting plate part on the utility model.

Embodiment

The utility model high-effective concentration type solar power system is made up of Blast Furnace Top Gas Recovery Turbine Unit (TRT), inverter, storage battery and control device, as shown in Figure 1, described Blast Furnace Top Gas Recovery Turbine Unit (TRT) comprises solar module 1, last reflecting

plate

21,22, following reflecting

plate

31,32 and fixed mount 4, fixed mount 4 comprises back fixed mount 41, preceding fixed mount 42, and back fixed mount 41, preceding fixed mount 42 all are fixed on the concrete pedestal by fot screw; Described solar module is made up of support and three groups of rectangular panel, and the cross section of described support is the equilateral triangle that the top is the level of state, and three Battery pack plates are individually fixed on three faces of support; Described solar module 1 is by three groups of

rectangular panel

11,12,13 and support 14 form, these support 14 cross sections are the equilateral triangle that the top is the level of state, three

Battery pack plates

11,12,13 are individually fixed on three faces of support 14, wherein upside cell panel 11 both sides respectively are provided with one and all fix with described support 14 and respectively to upside cell panel 11 left sides, the last reflecting plate 21 that extend in the upper right side, 22, as shown in Figure 5, this two reflecting plate is an aluminium alloy plate, be pasted with rear reflector or reflective membrane or other reflective mediums on the aluminium alloy plate with on the corresponding surface of last cell panel 11, the another side is respectively equipped with some fin 211,221, as shown in Figure 2; Described solar module 1 two ends are fixed with a support arm 5 that extends to the battery component below by ring flange respectively, be fixed with two following

reflecting plates

31,32 between two support arms, these twice

expelling plates

31,32 are fixed on the reflecting plate fixed mount 6 by adjusting screw(rod) 8, by rotating the reflection angle of reflecting

plate

31,32 under adjusting screw(rod) 8 scalable; Reflecting plate fixed mount 6 is fixed on the described support arm 5 by fixed screw, these two following reflecting

plates

31,32 lay respectively at the left side of solar module 1, the lower right, and respectively with battery component in two

downside cell panels

12,13 is corresponding, described twice reflecting

plates

31,32 all for reflecting the broken line shape reflecting plate that laths are spliced by some rectangle planes, the length direction center line that respectively reflects lath in the following reflecting plate 31 all with the length direction center line of corresponding downside cell panel 12 parallel, the length direction center line that respectively reflects lath in the following reflecting plate 32 all with the length direction center line of corresponding downside cell panel 13 parallel; Described twice reflecting plates also can be set to an arc;

Described support arm 5 is fixed on the back shaft 7 by ring flange, and the axis of back shaft 7 parallels with the axis of described solar module 1, and this back shaft 7 is connected with shaft joint, speed changer and motor; Described motor can be DC motor, alternating current motor or stepping motor, in the course of work, motor drives back shaft by speed changer, shaft joint, back shaft drives support arm 5 rotations, thereby driving the whole generating device rotates around back shaft, the time orientation and the angle of rotating are controlled by control device, and the sun is positioned on the center vertical plane of described upside cell panel 11 all the time;

Described back shaft 7 one sides are provided with latitude adjusting device 9, this latitude adjusting device 9 comprises adjusting handle 91, adjusting screw(rod) 92, adjusting nut 93, locking nut 97, spherical cover 94, bracket 95 and gearbox 96, as Fig. 1,3, shown in 4, be provided with speed changer in the described gearbox 96, shaft joint, be with adjusting nut 93 and locking nut 97 on the described adjusting screw(rod) 92, and this adjusting nut 93 is fixed on the fixed mount 41 of back, described adjusting screw(rod) 92 1 ends are provided with adjusting handle 91 other ends and are enclosed within the spherical cover 94 by steel ball edge, this sphere cover is fixed on the described bracket 95, and bracket 95 is fixed on the described gearbox 96; Described back shaft 7 other ends are connected on the described preceding fixed mount 42 by articulated mounting, this articulated mounting can be fixed pin shaft 10 as shown in the figure, these fixed pin shaft 10 1 ends are articulated on the described preceding fixed mount 42, during adjusting, drive adjusting screw(rod) 92 rotations by adjusting handle 91, because adjusting nut 93 is fixed on the fixed mount 41 of back, adjusting screw(rod) 92 is by adjusting nut 93 rotations the time, the variation of short transverse promptly takes place in adjusting screw(rod) 92, because the adjusting screw(rod) upper end is enclosed within the spherical cover and can rotates freely so drive gearbox 96 by steel ball edge and moves up and down, thereby driving back shaft is that the center of circle swings up and down with the fixed pin shaft on the described adjusting bracket, changes thereby drive the position of Blast Furnace Top Gas Recovery Turbine Unit (TRT) on the latitude direction.

In addition, described latitude adjusting device also can be made as hydraulic control device, Pneumatic controller, and described back shaft 7 also can directly be articulated on the described preceding fixed mount 42.

Claims

1, a kind of high-effective concentration type solar power system, form by Blast Furnace Top Gas Recovery Turbine Unit (TRT), inverter, storage battery and control device, it is characterized in that described Blast Furnace Top Gas Recovery Turbine Unit (TRT) comprises solar module, last reflecting plate, following reflecting plate and fixed mount, described fixed mount comprises preceding fixed mount, back fixed mount; Described solar module is made up of support and three groups of rectangular panel, the cross section of described support is the equilateral triangle that the top is the level of state, three Battery pack plates are individually fixed on three faces of support, and wherein upside cell panel both sides respectively are provided with a last reflecting plate that all fixes with described support and extend to the left and right top of upside cell panel respectively; Described solar module two ends are fixed with a support arm that extends to the battery component below respectively, be fixed with two following reflecting plates between two support arms, these two following reflecting plates lay respectively at the left side of solar module, the lower right, and it is corresponding with two downside cell panels in the battery component respectively, described solar module and twice reflecting plates connect into a global facility by described two support arms, this global facility by the back shaft that fixes with two support arms rotatable be installed in described before, on the back fixed mount, described back shaft is connected with motor driver by shaft joint, be provided with the latitude adjusting device between back shaft one end and the described back fixed mount simultaneously, the other end is articulated on the described preceding fixed mount by articulated mounting.

2, high-effective concentration type solar power system as claimed in claim 1 is characterized in that, described back shaft axis parallels with the axis of described solar module.

3, high-effective concentration type solar power system as claimed in claim 1, it is characterized in that, described latitude adjusting device comprises adjusting handle, adjusting screw(rod), adjusting nut, spherical cover, bracket and gearbox, be provided with speed changer in the gearbox, shaft joint, be with adjusting nut on the described adjusting screw(rod), and this adjusting nut is fixed on the fixed mount of described back, described adjusting screw(rod) one end is provided with the adjusting handle other end and is enclosed within the spherical cover by steel ball edge, this sphere cover is fixed on the described bracket, bracket is fixed on the described gearbox, and the shaft joint in the described gearbox is connected on the described back shaft.

4, high-effective concentration type solar power system as claimed in claim 3 is characterized in that described adjusting screw(rod) is provided with locking nut.

5, high-effective concentration type solar power system as claimed in claim 1 is characterized in that, described articulated mounting is a fixed pin shaft, and this fixed pin shaft passes described back shaft and an end is articulated on the described preceding fixed mount.

6, high-effective concentration type solar power system as claimed in claim 1 is characterized in that, is respectively equipped with some fin on the reflecting plate on described two.

7, high-effective concentration type solar power system as claimed in claim 1 is characterized in that, described twice reflecting plates are the broken line shape reflecting plate that some rectangle plane reflection laths are spliced.

8, high-effective concentration type solar power system as claimed in claim 1 is characterized in that, described twice reflecting plates are an arc.