CN102891633B - Solar energy mobile power station - Google Patents
Solar energy mobile power station Download PDFInfo
- Publication number
- CN102891633B CN102891633B CN201210373953.3A CN201210373953A CN102891633B CN 102891633 B CN102891633 B CN 102891633B CN 201210373953 A CN201210373953 A CN 201210373953A CN 102891633 B CN102891633 B CN 102891633B
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- push rod
- solar energy
- operated valve
- assembly
- pneumatic operated
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- Expired - Fee Related
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
- Y02E10/52—PV systems with concentrators
Abstract
The invention belongs to field of solar energy, especially a kind of solar energy mobile power station.Solar energy mobile power station, comprises, lighting system, vehicle-mounted mobile system and control system, described lighting system, comprise, plane skylight (01), follow the tracks of assembly (02), foot rest system (03), twin pneumatic operated valve B(1), push rod B(2), connect supporting (3), spirit level (4), bearing (5), support spin-block (6), chute and slide block (7), push rod A(8), pneumatic operated valve A(9), " L " frame A(10), helical gear (11), cross frame (12), support bracket bolt (13), assembly seat (14), vernier knob (15), assembly bolt (16), foot rest connects block (17), locking button (18), " L " frame B(19), push rod C(20), reinforce drill rod (20 '), plate body (41) and foot rest (42), described lighting system tool real-time tracking sun optical axis and function that is detachable, combination, described control system is placed in the automobile of vehicle-mounted mobile system, solar energy mobile power station is applicable to military affairs, scientific investigation, nomadic, disaster relief field power and heat supply.
Description
Technical field
The invention belongs to the field of solar energy, especially a kind of solar energy mobile power station.
Background technology
The world today, the fossil energy such as coal, oil signals for help repeatedly, and problem of environmental pollution is increasingly serious.And solar energy is as most potentiality, reproducible clean energy resource, the unlimitedness of its reserves, the generality of existence, the spatter property of application and the economy of utilization, more and more favor by people.Active development solar energy, greatly develops photovoltaic generation, obtains unprecedented attention in the world, has been classified as the state basic policy of various countries' sustainable development.But the exploitation of current solar energy are all the future developments along " height " and " greatly ", and so-called " height ", the mining energy converter being exactly solar energy is all the highest point being placed in building, or sets up high thermal-arrest tower.So-called " greatly ", because the solar module of 1 square metre, the power exported only has about 180W and 130W, the solar photovoltaic power plant that ACCIONA company of Spain builds in Portugal, installed capacity 46 megawatt, large 140 square metres of every block solar panel, power station floor space 250 hectares (3750 mu), can only meet the daily electricity consumption of 30,000 family families, the contradiction in land resource transducing source has some idea of.But, remote environments because can not get supply of electric power in daily social practice still exists in a large number, as heat supply and the power supply of military affairs, scientific investigation, nomadic, the disaster relief and various field work, if the problem of the electricity consumption difficulty of these remote environments, can realize with solar energy mobile power station, should be a kind of more satisfactory solution.
Summary of the invention
This patent proposes a kind of solar energy mobile power station technical scheme for solving remote environments electricity consumption difficulty exactly.
Solar energy mobile power station, comprises Combined lighting system (0), vehicle-mounted mobile system and control system; Described solar energy mobile power station is applicable to military affairs, scientific investigation, field that is nomadic, the disaster relief power and heat supply; Described Combined lighting system (0), has real-time tracking sun optical axis and function that is detachable, combination; Described Combined lighting system (0), by plane skylight (01), follows the tracks of assembly (02), (03) three the modular unit combination of foot rest system.
The invention has the advantages that.
Transformation energy is high.Plane skylight (01) has the function of real-time tracing sun optical axis, in conjunction with lens group light condensing technology (see: application formerly the authorized patent No. be the water-cooled concentration photovoltaic solar energy generating field of 2012201981203 and the patent of 2,012,201,396,214 1 kinds of solar energy array type lens groups) synergistic application, plane skylight (01) can obtain the solar energy transfer ratio up to more than 50%.
Flexibly mobile.A solar energy mobile power station, a common automobile is pulled on and just can be set out, and automobile not only solves the flowing task of solar energy mobile power station, also doubles as the Control and Schedule room of solar energy mobile power station.Structural design capable of being combined, to split, more hauls more and runs faster and provides prerequisite.
Strong adaptability.The installation mould of tripod type, ensures that solar energy mobile power station can adapt to build a station environment.Insert the fixing drill rod that pin designs, improve the ability of the anti-severe natural conditions of Combined lighting system (0).
Compact.Conventional sunlight axle is followed the tracks of parts and is all realized by gear drive, its complicated structure, follow the tracks of in parts and unavoidably rely on spragging gear, turbine, worm screw, electro-motor drive, so mechanism is complicated, occupies space also large, if acquire the technical scheme of pneumatic actuation, driving mechanism becomes simple and reliable, and significantly can save space and the weight of installation, is highly suitable for the application on solar energy mobile power station.
With low cost.Pneumatic actuation is compared with Mechanical Driven, and advantage is clearly, and especially when needing the collaborative work of multiple unit parts, the advantage of pneumatic actuation just more highlights, and for manufacturing person, production cost will significantly reduce.
Be widely used.Solar energy mobile power station, is particularly suitable for military affairs, scientific investigation, nomadic, the disaster relief and remote locations is powered and heat supply.
Technical scheme of the present invention realizes like this.
Solar energy mobile power station, comprises, Combined lighting system (0), vehicle-mounted mobile system and control system; Described Combined lighting system (0), has real-time tracking sun optical axis and function that is detachable, combination; It is characterized in that, described Combined lighting system (0), comprises, plane skylight (01), tracking assembly (02), foot rest system (03) three modular unit; Described plane skylight (01), comprises, plate body (41), support spin-block (6), chute and slide block (7), cross frame (12), support bracket bolt (13); Described cross frame (12) is positioned at plate body (41) back side; Described cross frame (12) center, is provided with and is connected the support spin-block (6) supporting (3) top and connect, and cross frame (12) is near pneumatic operated valve A(9) vertical frame on, be provided with chute and slide block (7); Slide block in described chute and slide block (7), with pneumatic operated valve A(9) in push rod A(8) upper end connect, along with push rod A(8) move up and down, be installed on the plate body (41) on cross frame (12), the adjustment of vertical angle can be done connecting in supporting (3).
Described tracking assembly (02), comprises, twin pneumatic operated valve B(1), connect supporting (3), bearing (5), pneumatic operated valve A(9), " L " frame A(10), helical gear (11), assembly seat (14), " L " frame B(19); Pneumatic operated valve A(9) comprise push rod A(8), described pneumatic operated valve A(9), by " L " frame A(10) be fixed on the top connecting the bearing pedestal supporting (3); Described bearing pedestal is provided with " L " frame A(10) installation screw, pneumatic operated valve A(9) by " L " frame A(10) be installed on bearing pedestal; Described connection supporting (3), its upper end connects with support spin-block (6), and be the pillar of carrying plane skylight (01), its lower end is then the bearing pedestal of bearing (5); Described connection supporting (3) is overlapped on assembly seat (14) by bearing (5) consolidation; The outside of the bearing pedestal of described connection supporting (3) lower end, overlap has helical gear (11) consolidation; Described helical gear (11) is at twin pneumatic operated valve B(1) push rod B(2) and push rod C(20) drive under do horizontally rotating of both forward and reverse directions, make connection support (3) can rotate on assembly seat (14); Described twin pneumatic operated valve B(1), by " L " frame B(19) be fixedly mounted on the below of assembly seat (14); The teeth portion of described helical gear (11) stretches into twin pneumatic operated valve B(1) push rod B(2) with push rod C(20) in the space that formed; Described push rod B(2) and push rod C(20) under control system is program control, driven helical gear (11) does the action horizontally rotated forward or backwards, and all can lock helical gear (11); Described tracking assembly (02), has the function of real-time tracking sun optical axis, to obtain the maximum conversion value of solar energy; Described foot rest system (03), comprises spirit level (4), vernier knob (15), assembly bolt (16), foot rest connects block (17), foot rest (42), locking button (18) and reinforce drill rod (20 '); Described foot rest system (03) has the function adapting to installation landform and adjust Combined lighting system (0) precisely installation, reliable installation.
Described foot rest connects block (17), on it, and connecting assembly seat (14), with the plane skylight (01) of carrier combination formula lighting system (0) and tracking assembly (02), under it, by three foot rests and locking button (18), make Combined lighting system (0) that landform of installing can be adapted to; Three described foot rests insert on the position of underground, are provided with the through hole reinforcing drill rod (20 '), reinforce drill rod (20 ') and squeeze in the ground of installation through through hole, conscientiously to ensure the reliability that Combined lighting system (0) is installed.
Described foot rest connects block (17), and in block triangle, leg-of-mutton center, is provided with the cylindrical hole that assembly seat (14) inserts, the center bottom cylindrical hole, is provided with the circular hole that assembly bolt (16) passes.
The head of described assembly bolt (16) is flat strip shaped, in order to pass the flat round hole set by assembly seat (14) bottom; The head of described assembly bolt (16) is inlaid with spirit level (4), to check the accurate installation of Combined lighting system (0); Described foot rest connects on the position at block (17) three angles, is equipped with vernier knob (15), foot rest (42), locking button (18).
Described twin pneumatic operated valve B(1), comprise, push rod B(2), push rod C(20), lower valve body (21), rear room liquid mouth (22), installation screw (23), sealing ring A(24), square guide pillar (25), cup liquid mouth (26), sealing ring B(27), upper valve body C(30), connect bottom (31), front liquid chamber (33), upper valve body B(34) and rear liquid chamber (35).
Described twin pneumatic operated valve B(1), be by symmetrical upper valve body C(30) and upper valve body B(34) be positioned at be connected bottom (31) on lower valve body (21) fit; Described push rod B(2) and push rod C(20) front end all comprises push rod cup (28), the first half of its head, has longitudinally been eliminated 1/2, has left 1/2 and be designed to arc-shaped, for push rod circular arc head (29), so that push rod cup (28) can realize retreating flexibly between helical gear two helical teeth; Described push rod B(2) and push rod C(20) centre bit of rear end, be equipped with push rod square hole (32), described push rod square hole (32) overlaps on square guide pillar (25).
Described plane skylight (01), adopt water-cooled concentration photovoltaic solar energy lighting technique, have the supplying functional of hot water and electric power concurrently, applicable military affairs, scientific investigation, field that is nomadic, the disaster relief power and heat supply.
Described solar energy mobile power station adopts pneumatic gearing.
Described Combined lighting system (0) is structural design that is detachable, combination; Described plane skylight (01), tracking assembly (02) and foot rest system (03) unit module, realize splitting and combination, to improve the delivered payload capability of delivery vehicle by support bracket bolt (13) and assembly bolt (16); Described solar energy mobile power station determines the installed capacity of solar energy mobile power station with vehicle-mounted ability.
Described control system, is arranged on the automobile as delivery vehicle, described control system, by the equipment of air pressure original paper, electrical equipment original paper and electric power storage distribution.
Accompanying drawing explanation
Accompanying drawing 1 is solar energy mobile power station Combined lighting system (0) overall structure schematic diagram of the present invention.
Accompanying drawing 2 is tracing type Combined lighting system (0) partial structurtes schematic diagram of the present invention.
Accompanying drawing 3 is the structure chart of twin pneumatic operated valve (1) of the present invention.
Accompanying drawing 4 is tracing type Combined lighting system (0) combination of the present invention, splits schematic diagram.
Accompanying drawing 5 is tracing type Combined lighting system (0) tracking sunlight axle schematic diagram of the present invention.
Accompanying drawing 6 is tracing type Combined lighting system (0) array layout schematic diagram of the present invention.
Embodiment
The present invention is described in detail below in conjunction with accompanying drawing.
The mark title of accompanying drawing 1 is: plane skylight (01), follow the tracks of assembly (02), foot rest system (03), twin pneumatic operated valve B(1), push rod B(2), connect supporting (3), spirit level (4), bearing (5), support spin-block (6), chute and slide block (7), push rod A(8), pneumatic operated valve A(9), " L " frame A(10), helical gear (11), cross frame (12), support bracket bolt (13), assembly seat (14), vernier knob (15), assembly bolt (16), foot rest connects block (17), locking button (18), " L " frame B(19), push rod C(20), reinforce drill rod (20 '), plate body (41) and foot rest (42).
The mark title of accompanying drawing 3 is: twin pneumatic operated valve B(1), push rod B(2), push rod C(20), lower valve body (21), rear room liquid mouth (22), installation screw (23), sealing ring A(24), square guide pillar (25), cup liquid mouth (26), sealing ring B(27), push rod cup (28), push rod circular arc head (29), upper valve body C(30), connect bottom (31), push rod square hole (32), front liquid chamber (33), upper valve body B(34) and rear liquid chamber (35).
The present invention is described in detail below in conjunction with accompanying drawing.
As shown in Figure 6, solar energy mobile power station, comprises Combined lighting system (0), vehicle-mounted mobile system and control system.
As shown in Figure 1 and Figure 2, described Combined lighting system (0), by plane skylight (01), follows the tracks of assembly (02), foot rest system (03), three modular unit combinations.
As shown in Figure 1 and Figure 2, described tracking assembly (02), comprise, twin pneumatic operated valve B(1), connect supporting (3), bearing (5), pneumatic operated valve A(9), " L " frame A(10), helical gear (11), assembly seat (14), " L " frame B(19); Pneumatic operated valve A(9) comprise push rod A(8); Described pneumatic operated valve A(9), by " L " frame A(10) be fixed on the top connecting the bearing pedestal supporting (3); Described tracking assembly (02), has the function of real-time tracking sun optical axis, to obtain the maximum conversion value of solar energy.
As shown in Figure 1 and Figure 2, described plane skylight (01), its front faced south is laid with solar panel, and its back side is provided with cross frame (12); On the centre bit of described cross frame (12), be provided with and be connected the support spin-block (6) supporting (3) and be connected.
As shown in Figure 1 and Figure 2, described cross frame (12) is near pneumatic operated valve A(9) vertical frame on, be provided with chute and slide block (7).
As shown in Figure 1 and Figure 2, described pneumatic operated valve A(9), by " L " frame A(10) be fixed on connect supporting (3) bearing pedestal above on; Described pneumatic operated valve A(9) push rod A(8) front end, be connected with the slide block of the chute on the cross frame (12) being arranged in plane skylight (01) back side and slide block (7), along with push rod A(8) motion, plane skylight (01) connection supporting (3) on, can vertical angle be adjusted.
As shown in Figure 1 and Figure 2, described bearing (5) is arranged in the bearing pedestal connecting supporting (3) lower end; Described bearing (5), overlaps on assembly seat (14) consolidation, to realize being installed on the rotary motion that the plane skylight (01) connected in supporting (3) to make level on assembly seat (14).
As shown in Figure 1 and Figure 2, described plane skylight (01) is by pneumatic operated valve A(9) and twin pneumatic operated valve B(1) drive, the adjustment of vertical angle and horizontal angle can be realized, with the axis of real-time plane skylight (01) and sun optical axis keeping parallelism, obtain the solar energy transfer ratio of more than 50%.
As shown in Figure 3,
Described twin pneumatic operated valve B(1), be by symmetrical upper valve body C(30) and upper valve body B(34) be positioned at be connected bottom (31) on lower valve body (21) fit; Described push rod B(2) and push rod C(20) front end all comprises push rod cup (28), the first half of its head, has longitudinally been eliminated 1/2, has left 1/2 and be designed to arc-shaped, for push rod circular arc head (29), so that push rod cup (28) can realize retreating flexibly between helical gear two helical teeth; Described push rod B(2) and push rod C(20) centre bit of rear end, be equipped with push rod square hole (32), described push rod square hole (32) overlaps on square guide pillar (25).
As shown in Figure 1 and Figure 2, described bearing pedestal is provided with " L " frame A(10) installation screw, pneumatic operated valve A(9) by " L " frame A(10) be installed on bearing pedestal.
As shown in Figure 1 and Figure 2, the outside of described bearing pedestal, overlap has helical gear (11) consolidation, and the teeth portion of helical gear (11) stretches into twin pneumatic operated valve B(1) push rod B(2) and push rod C(20) in the space that formed; Described push rod B(2) and push rod C(20) under control system is program control, driven helical gear (11) does the action horizontally rotated forward or backwards, and locks helical gear (11).
As shown in Figure 1, described solar energy mobile power station adopts pneumatic gearing.
As shown in Figure 4, described solar energy mobile power station tracing type Combined lighting system (0) is capable of being combined, the structural design of fractionation, comprise, plane skylight (01), tracking assembly (02) and foot rest system (03) unit module, each unit module realizes detachable and combination by support bracket bolt (13) and assembly bolt (16).
As shown in Figure 4, described Combined lighting system (0) is capable of being combined, the structural design of fractionation, improves the delivered payload capability of flowing instrument.
As shown in Figure 6, described solar energy mobile power station tracing type Combined lighting system (0), respectively by pneumatic operated valve A(9) and twin pneumatic operated valve B(1) realize the vertical angle of Combined lighting system (0) and the adjustment of horizontal angle, with the axis ensureing the plane skylight (01) in Combined lighting system (0) all the time with sunlight axle keeping parallelism, to obtain the maximum conversion value of solar energy.
As shown in Figure 6, described Combined lighting system (0) is structural design that is detachable, combination; Described plane skylight (01), tracking assembly (02) and foot rest system (03) unit module, realize splitting and combination, to improve the delivered payload capability of delivery vehicle by support bracket bolt (13) and assembly bolt (16); Described solar energy mobile power station determines the installed capacity of solar energy mobile power station with vehicle-mounted ability.
As shown in Figure 6, described control system, comprises, air pressure device, electric device and electric power storage controller switching equipment, is arranged in the automobile as delivery vehicle; Described automobile not only solves the flowing task of solar energy mobile power station, also doubles as the Control and Schedule room of solar energy mobile power station.
Claims (3)
1. solar energy mobile power station, comprises, Combined lighting system (0), vehicle-mounted mobile system and control system; Described Combined lighting system (0), has real-time tracking sun optical axis and function that is detachable, combination; It is characterized in that, described Combined lighting system (0), comprises, plane skylight (01), tracking assembly (02), foot rest system (03) three modular unit; Described plane skylight (01), comprises, plate body (41), support spin-block (6), chute and slide block (7), cross frame (12), support bracket bolt (13); Described cross frame (12) is positioned at plate body (41) back side; Described cross frame (12) center, is provided with and is connected the support spin-block (6) supporting (3) top and connect, and cross frame (12) is near pneumatic operated valve A(9) vertical frame on, be provided with chute and slide block (7); Slide block in described chute and slide block (7), with pneumatic operated valve A(9) in push rod A(8) upper end connect, along with push rod A(8) move up and down, be installed on the plate body (41) on cross frame (12), the adjustment of vertical angle can be done connecting in supporting (3); Described tracking assembly (02), comprises, twin pneumatic operated valve B(1), connect supporting (3), bearing (5), pneumatic operated valve A(9), " L " frame A(10), helical gear (11), assembly seat (14), " L " frame B(19); Pneumatic operated valve A(9) comprise push rod A(8), described pneumatic operated valve A(9), by " L " frame A(10) be fixed on the top connecting the bearing pedestal supporting (3); Described bearing pedestal is provided with " L " frame A(10) installation screw, pneumatic operated valve A(9) by " L " frame A(10) be installed on bearing pedestal; Described connection supporting (3), its upper end connects with support spin-block (6), and be the pillar of carrying plane skylight (01), its lower end is then the bearing pedestal of bearing (5); Described connection supporting (3) is overlapped on assembly seat (14) by bearing (5) consolidation; The outside of the bearing pedestal of described connection supporting (3) lower end, overlap has helical gear (11) consolidation; Described helical gear (11) is at twin pneumatic operated valve B(1) push rod B(2) and push rod C(20) drive under do horizontally rotating of both forward and reverse directions, make connection support (3) can rotate on assembly seat (14); Described twin pneumatic operated valve B(1), by " L " frame B(19) be fixedly mounted on the below of assembly seat (14); The teeth portion of described helical gear (11) stretches into twin pneumatic operated valve B(1) push rod B(2) with push rod C(20) in the space that formed; Described push rod B(2) and push rod C(20) under control system is program control, driven helical gear (11) does the action horizontally rotated forward or backwards, and all can lock helical gear (11); Described tracking assembly (02), has the function of real-time tracking sun optical axis, to obtain the maximum conversion value of solar energy; Described foot rest system (03), comprises spirit level (4), vernier knob (15), assembly bolt (16), foot rest connects block (17), foot rest (42), locking button (18) and reinforce drill rod (20 '); Described foot rest system (03) has the function adapting to installation landform and adjust Combined lighting system (0) precisely installation, reliable installation; Described foot rest connects block (17), on it, and connecting assembly seat (14), with the plane skylight (01) of carrier combination formula lighting system (0) and tracking assembly (02), under it, by three foot rests and locking button (18), make Combined lighting system (0) that landform of installing can be adapted to; Three described foot rests insert on the position of underground, are provided with the through hole reinforcing drill rod (20 '), reinforce drill rod (20 ') and squeeze in the ground of installation through through hole, conscientiously to ensure the reliability that Combined lighting system (0) is installed; Described foot rest connects block (17), and in block triangle, leg-of-mutton center, is provided with the cylindrical hole that assembly seat (14) inserts, the center bottom cylindrical hole, is provided with the circular hole that assembly bolt (16) passes; The head of described assembly bolt (16) is flat strip shaped, in order to pass the flat round hole set by assembly seat (14) bottom; The head of described assembly bolt (16) is inlaid with spirit level (4), to check the accurate installation of Combined lighting system (0); Described foot rest connects on the position at block (17) three angles, is equipped with vernier knob (15), foot rest (42), locking button (18); Described twin pneumatic operated valve B(1), comprise, push rod B(2), push rod C(20), lower valve body (21), rear room liquid mouth (22), installation screw (23), sealing ring A(24), square guide pillar (25), cup liquid mouth (26), sealing ring B(27), upper valve body C(30), connect bottom (31), front liquid chamber (33), upper valve body B(34) and rear liquid chamber (35); Symmetrical upper valve body C(30) and upper valve body B(34) be positioned at be connected bottom (31) on lower valve body (21) fit; Described push rod B(2) and push rod C(20) front end all comprises push rod cup (28), the first half of its head, has longitudinally been eliminated 1/2, has left 1/2 and be designed to arc-shaped, for push rod circular arc head (29), so that push rod cup (28) can realize retreating flexibly between helical gear two helical teeth; Described push rod B(2) and push rod C(20) centre bit of rear end, be equipped with push rod square hole (32), described push rod square hole (32) overlaps on square guide pillar (25); Described plane skylight (01), adopt water-cooled concentration photovoltaic solar energy lighting technique, have the supplying functional of hot water and electric power concurrently, applicable military affairs, scientific investigation, field that is nomadic, the disaster relief power and heat supply.
2. solar energy mobile power station according to claim 1, is characterized in that, described Combined lighting system (0), is structural design that is detachable, combination; Described plane skylight (01), tracking assembly (02) and foot rest system (03) unit module, realize splitting and combination, to improve the delivered payload capability of delivery vehicle by support bracket bolt (13) and assembly bolt (16); Described solar energy mobile power station determines the installed capacity of solar energy mobile power station with vehicle-mounted ability.
3. solar energy mobile power station according to claim 1, is characterized in that, described control system, is arranged on the automobile as delivery vehicle, described control system, comprises the equipment of air pressure original paper, electrical equipment original paper and electric power storage distribution.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210373953.3A CN102891633B (en) | 2012-10-05 | 2012-10-05 | Solar energy mobile power station |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210373953.3A CN102891633B (en) | 2012-10-05 | 2012-10-05 | Solar energy mobile power station |
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| Publication Number | Publication Date |
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| CN102891633A CN102891633A (en) | 2013-01-23 |
| CN102891633B true CN102891633B (en) | 2015-09-09 |
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| CN104682848B (en) * | 2015-03-20 | 2016-08-17 | 中信博新能源科技（苏州）有限公司 | Support beam and the fixedly adjustable solar photovoltaic bracket of rotary shaft multiplexing |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201332367Y (en) * | 2008-12-30 | 2009-10-21 | 王新愚 | Solar energy movable power station |
| CN202798527U (en) * | 2012-10-05 | 2013-03-13 | 李万红 | Solar mobile power station |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201332367Y (en) * | 2008-12-30 | 2009-10-21 | 王新愚 | Solar energy movable power station |
| CN202798527U (en) * | 2012-10-05 | 2013-03-13 | 李万红 | Solar mobile power station |
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