CN205402998U - Utilize outdoor sentry box of photovoltaic driven with evaporation cooling air curtain cooling system - Google Patents

Utilize outdoor sentry box of photovoltaic driven with evaporation cooling air curtain cooling system Download PDF

Info

Publication number
CN205402998U
CN205402998U CN201620117017.XU CN201620117017U CN205402998U CN 205402998 U CN205402998 U CN 205402998U CN 201620117017 U CN201620117017 U CN 201620117017U CN 205402998 U CN205402998 U CN 205402998U
Authority
CN
China
Prior art keywords
air
sentry box
curtain
solar energy
outdoor
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201620117017.XU
Other languages
Chinese (zh)
Inventor
黄翔
鞠昊宏
杜生生
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Xian Polytechnic University
Original Assignee
Xian Polytechnic University
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Xian Polytechnic University filed Critical Xian Polytechnic University
Priority to CN201620117017.XU priority Critical patent/CN205402998U/en
Application granted granted Critical
Publication of CN205402998U publication Critical patent/CN205402998U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Landscapes

  • Photovoltaic Devices (AREA)

Abstract

The utility model discloses an utilize outdoor sentry box of photovoltaic driven with evaporation cooling air curtain cooling system, including attached solar photovoltaic board group in outdoor sentry box top surface, set up in outdoor sentry box top and towards the outdoor sentry box in the air curtain of conveying air curtain form the unit and set up the evaporation cooling - electric control integration platform in outdoor sentry box, evaporation cooling - electric control integration platform is organized with the solar photovoltaic board respectively, the air curtain forms the unit connection, and the top of solar photovoltaic board group is provided with foldable rainshelter. The utility model discloses a realized the cooling to outdoor sentry box providing comfortable operational environment for outdoor sentry box personnel on duty in the summer of sweltering heat in effective using natural resources with evaporation cooling air curtain cooling system in outdoor sentry box.

Description

Utilize the outdoor sentry box evaporative cooling air curtain cooling system that photovoltaic drives
Technical field
This utility model belongs to air conditioner technical field, is specifically related to a kind of outdoor sentry box evaporative cooling air curtain cooling system utilizing photovoltaic to drive.
Background technology
In recent years, China occurs hot weather summer again and again, and the persistent period is longer.According to further statistics, summer, the temperature on average of whole nation most area all reached 35 DEG C, and the maximum temperature of some areas is even up to more than 40 DEG C.One empirical data show that, when temperature is higher than 32.2 DEG C, temperature often raises 1 DEG C, and the productivity ratio of people will decline 4.8%.
Firstly, for us, each is individual, and what come with thermal extremes weather is that people are healthy, or even the threat of life security, at present, for outdoor cooling problem but without a kind of effective solution;Secondly, for social production, what extreme hot weather caused is serious economic loss;Again, summer high temperature weather takes place frequently so that the working environment of outwork person becomes abnormal severe, and the cooling problems demand of outwork person and consumer solves;Furthermore the air-conditioning in existing meaning is based on mechanical refrigeration mostly, and outdoor location is all unlimited environment, therefore, existing air-conditioning is not particularly suited for solving the cooling problem of outdoor environment.
In order to improve above-mentioned 4 deficiencies, indirect evaporative cooling technology, air curtain technology and solar photovoltaic technology are combined, constitute and be applicable to outdoor air curtain air-conditioning, and this air curtain air-conditioning and outdoor building structure (such as outdoor sentry box) are combined together, the problem that so can solve open air cooling in summer.Wherein, the electrical problem of air curtain air-conditioning can be reached self-sufficiency by solar photovoltaic generation system, takes full advantage of solar energy;The running of air curtain air-conditioning effectively utilizes natural resources dry air energy and solar energy, it is achieved that the target that energy-conserving and environment-protective, investment and operating cost are low;It addition, utilize indirect evaporative cooling technology also to make full use of the secondary exhausting of indirect evaporating-cooling as cold air curtain while realizing cooling, it is to avoid the waste of the energy.
Utility model content
The purpose of this utility model is in that to provide a kind of outdoor sentry box evaporative cooling air curtain cooling system utilizing photovoltaic to drive, it is simultaneously achieved the cooling to outdoor environment what effectively utilize natural resources, adjustable microenvironment can be created for staff on duty in outdoor sentry box during the broiling summer.
This utility model be employed technical scheme comprise that, utilize the outdoor sentry box evaporative cooling air curtain cooling system that photovoltaic drives, include be arranged at top, outdoor sentry box outer surface solar energy photovoltaic panel group, to be arranged at top, outdoor sentry box upper and carry the air curtain of air curtain form unit and be arranged at the evaporative cooling-Electric control integration platform in outdoor sentry box in outdoor sentry box;Evaporative cooling-Electric control integration platform forms unit with solar energy photovoltaic panel group, air curtain respectively and is connected;Solar energy photovoltaic panel group be provided above collapsible rain shade.
Feature of the present utility model also resides in:
Evaporative cooling-Electric control integration platform, includes platform body, relative on the sidewall of platform body is provided with First air entrance, First air exhaust outlet, and the sidewall of platform body is additionally provided with secondary wind entrance and extraneous water supplement port;It is air conditioning unit that this internal close First air porch of platform is provided with horizontal tube indirect evaporating-cooling, and horizontal tube indirect evaporating-cooling is air conditioning unit to be connected with First air entrance, extraneous water supplement port and air curtain formation unit respectively;This internal close First air exhaust outlet place of platform is provided with exhaust blower, and machine unit shell roof corresponding above exhaust blower is provided with First air return air inlet;Platform is originally internal is additionally provided with solar energy power generating control unit;Solar energy power generating control unit, air curtain air conditioning unit with horizontal tube indirect evaporating-cooling respectively forms unit and is connected;Solar energy power generating control unit connects and composes solar photovoltaic generation system by transmission line of electricity and solar energy photovoltaic panel group, and transmission line of electricity is arranged in the circuit storage passage that outdoor sentry box is arranged.
Solar energy power generating control unit, includes solar energy power generating charging-discharging controller, and solar energy power generating charging-discharging controller is connected and constitutes closed-loop path with accumulator battery, and solar energy power generating charging-discharging controller is also connected with inverter;Solar energy power generating charging-discharging controller, air curtain air conditioning unit with horizontal tube indirect evaporating-cooling respectively forms unit and solar energy photovoltaic panel group is connected.
Horizontal tube indirect evaporating-cooling is air conditioning unit, includes machine unit shell, and the two side that machine unit shell is relative is respectively arranged with unit air intake vent, unit blasting air mouth;Unit air intake vent is connected with First air entrance by connecting airduct;After entering by air in machine unit shell, flow direction is disposed with air filter, horizontal tube vapotron and First air pressure fan;Being connected with air curtain formation unit above through secondary air channel of horizontal tube vapotron, First air pressure fan forms unit by primary air piping with air curtain and is connected;Horizontal tube vapotron and First air pressure fan are all connected with solar energy power generating charging-discharging controller.
Air filter adopts low efficient filter;First air pressure fan adopts centrifugal blower.
Horizontal tube vapotron, includes lying pipe heat exchanger, lying pipe heat exchanger be sequentially arranged above water-locator and axial flow blower, axial flow blower is connected with solar energy power generating charging-discharging controller;Lying pipe heat exchanger be arranged below cyclic water tank, between lying pipe heat exchanger and cyclic water tank formed secondary wind runner, the machine unit shell sidewall that secondary wind runner is corresponding is provided with secondary air inlet, secondary air inlet connects with the secondary wind entrance on platform body;Cyclic water tank is connected with water-locator by feed pipe, and feed pipe is provided with water circulating pump, and water circulating pump is connected with solar energy power generating charging-discharging controller;Being provided with cyclic water tank water supplement port on cyclic water tank, cyclic water tank water supplement port is connected with the extraneous water supplement port on platform body by filling pipe.
Water-locator is made up of water distributor and multiple nozzle being uniformly arranged on water distributor and spray towards lying pipe heat exchanger;Lying pipe heat exchanger is made up of many horizontally disposed heat exchanger tubes.
It is provided with flow-harmonization device in secondary wind entrance.
The solar energy photovoltaic panel group side photovoltaic battery panel by the top photovoltaic battery panel being layed on the outer surface of top, outdoor sentry box and around the top edge setting of outdoor sentry box is connected and forms.
Air curtain forms unit and includes the secondary wind curtain air-supply layer and layer of once blowing that go to upper and lower tapering type setting;Secondary wind curtain air-supply layer is close to top, outdoor sentry box and is arranged, secondary wind curtain air-supply layer is connected with secondary air channel, and in secondary wind curtain air-supply layer, secondary air channel mouth of pipe place is provided with secondary wind curtain axial flow blower, secondary wind curtain axial flow blower is connected with secondary wind curtain axial-flow fan motor and solar energy power generating charging-discharging controller successively, secondary wind curtain air-supply layer edge be evenly arranged with multiple secondary wind curtain jet orifice;Once air-supply layer is connected with primary air piping, and the edge of layer of once blowing is evenly arranged with multiple cold wind air outlet.
The beneficial effects of the utility model are in that:
1) outdoor sentry box evaporative cooling air curtain cooling system of the present utility model, by indirect evaporative cooling technology and air curtains shape technology reasonable combination, utilize air curtain to be separated with the external world by sentry box, open air air conditioning area, create adjustable microenvironment for staff on duty in outdoor sentry box.
2) outdoor sentry box evaporative cooling air curtain cooling system of the present utility model, effectively utilizes the secondary exhausting in Indirect Evaporative Cooling Process as cooling air curtain;Owing to the secondary exhausting temperature after indirect evaporating-cooling is lower than ambient temperature, so both created the microenvironment in outdoor sentry box, improve again the cooling efficiency of the internal microenvironment of cooling air curtain.
3) outdoor sentry box evaporative cooling air curtain cooling system of the present utility model have employed evaporation cooling technique, does not use mechanical refrigeration, it is to avoid CFCs is to atmospheric pollution, and achieving environmental protection and energy saving in whole process of refrigerastion.
4) outdoor sentry box evaporative cooling air curtain cooling system of the present utility model, electric energy needed for its internal power-consuming component provides by solar photovoltaic generation system, and unnecessary electricity can also supply the 360 ° of sentry box such as photographic head and the traffic lights auxiliary equipment installed on outdoor sentry box.
5) outdoor sentry box evaporative cooling air curtain cooling system of the present utility model takes full advantage of natural resources dry air energy and solar energy, makes the personnel worked in outdoor sentry box eliminate the sun in summer and is exposed to the sun and the hardship of temperature sweltering heat.
6) outdoor sentry box evaporative cooling air curtain cooling system of the present utility model adopts all-fresh air, greatly improves the air quality of the internal microenvironment in outdoor sentry box.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model open air sentry box evaporative cooling air curtain cooling system;
Fig. 2 is the external structure schematic diagram of evaporative cooling in this utility model open air sentry box evaporative cooling air curtain cooling system-Electric control integration platform;
Fig. 3 is the top view of indirect evaporation cooling air processor group in this utility model open air sentry box evaporative cooling air curtain cooling system;
Fig. 4 is the side view that in this utility model open air sentry box evaporative cooling air curtain cooling system, air curtain forms unit;
Fig. 5 is the upward view that in this utility model open air sentry box evaporative cooling air curtain cooling system, air curtain forms unit.
null1. side photovoltaic battery panel in figure,2. top photovoltaic battery panel,3. secondary wind curtain axial flow blower,4. secondary wind curtain air-supply layer,5. once blow layer,6. secondary air channel,7. primary air piping,8. axial flow blower,9. First air entrance,10. air filter,11. feed pipe,12. water circulating pump,13. cyclic water tank,14. lying pipe heat exchanger,15. First air pressure fan,16. First air return air inlet,17. First air exhaust outlet,18. water-locator,19. solar energy power generating charging-discharging controller,20. accumulator battery,21. inverter,22. exhaust blower,23. cyclic water tank water supplement port,24. secondary wind curtain axial-flow fan motor,25. filling pipe,26. secondary wind curtain jet orifice,27. cold wind air outlet,28. circuit storage passage,29. extraneous water supplement port,30. unit air intake vent,31. platform body,32. unit blasting air mouth,33. top, outdoor sentry box,34. secondary wind entrance,35. current equalizer,36. connection airduct.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, this utility model is described in detail.
This utility model utilizes the outdoor sentry box evaporative cooling air curtain cooling system that photovoltaic drives, its structure as it is shown in figure 1, include is arranged at outdoor sentry box and pushes up the solar energy photovoltaic panel group of 33 outer surfaces, be arranged on top, outdoor sentry box 33 and carry the air curtain of air curtain form unit and be arranged at the evaporative cooling-Electric control integration platform in outdoor sentry box in outdoor sentry box;Evaporative cooling-Electric control integration platform forms unit with solar energy photovoltaic panel group, air curtain respectively and is connected;Solar energy photovoltaic panel group be provided above collapsible rain shade, when the big rainy day, collapsible rain shade can be fully opened, cover solar energy photovoltaic panel group, solar energy photovoltaic panel group is made to wash away from heavy rain, have during sunlight can be folded up by collapsible rain shade, allow solar energy photovoltaic panel group fully absorb sunlight.
Evaporative cooling-Electric control integration platform, as shown in Figures 1 and 2, include platform body 31, relative on the sidewall of platform body 31 be provided with First air entrance 9, First air exhaust outlet 17, the sidewall of platform body 31 is additionally provided with secondary wind entrance 34 and extraneous water supplement port 29;In platform body 31, First air entrance 9 place being provided with horizontal tube indirect evaporating-cooling air conditioning unit, horizontal tube indirect evaporating-cooling is air conditioning unit to be connected with First air entrance 9, extraneous water supplement port 29 and air curtain formation unit respectively;In platform body 31, First air exhaust outlet 17 place is provided with exhaust blower 22, machine unit shell roof corresponding above exhaust blower 22 is provided with First air return air inlet 16;Solar energy power generating control unit it is additionally provided with in platform body 31, solar energy power generating control unit, air curtain air conditioning unit with horizontal tube indirect evaporating-cooling respectively forms unit and is connected, solar energy power generating control unit connects and composes solar photovoltaic generation system by transmission line of electricity and solar energy photovoltaic panel group, transmission line of electricity is arranged in the circuit storage passage 28 that outdoor sentry box is arranged, prevent transmission line of electricity from exposing, cause dangerous.
It is provided with volume control damper in First air entrance 9 and First air exhaust outlet 17;As in figure 2 it is shown, be provided with flow-harmonization device 35 in secondary wind entrance 34.
Solar energy power generating control unit, as shown in Figure 3, including solar energy power generating charging-discharging controller 19, solar energy power generating charging-discharging controller 19 is connected with accumulator battery 20 and constitutes closed-loop path, and solar energy power generating charging-discharging controller 19 is also connected with inverter 21;As it is shown in figure 1, solar energy power generating charging-discharging controller 19, air curtain air conditioning unit with horizontal tube indirect evaporating-cooling respectively forms unit and solar energy photovoltaic panel group is connected.
Horizontal tube indirect evaporating-cooling is air conditioning unit, its structure is as shown in Figures 1 and 3, including machine unit shell, the two side that machine unit shell is relative is respectively arranged with unit air intake vent 30, unit blasting air mouth 32, unit air intake vent 30 is connected with First air entrance 9 by connecting airduct 36;After entering by air in machine unit shell, flow direction is disposed with air filter 10, horizontal tube vapotron and First air pressure fan 15, being connected with air curtain formation unit above through secondary air channel 6 of horizontal tube vapotron, First air pressure fan 15 forms unit by primary air piping 7 with air curtain and is connected, and horizontal tube vapotron and First air pressure fan 15 are all connected with solar energy power generating charging-discharging controller 19.
Air filter 10 adopts low efficient filter;First air pressure fan 15 adopts centrifugal blower.
Horizontal tube vapotron, as it is shown in figure 1, include lying pipe heat exchanger 14, lying pipe heat exchanger 14 be sequentially arranged above water-locator 18 and axial flow blower 8, axial flow blower 8 is connected with solar energy power generating charging-discharging controller 19;Lying pipe heat exchanger 14 be arranged below cyclic water tank 13, secondary wind runner is formed between lying pipe heat exchanger 14 and cyclic water tank 13, being provided with secondary air inlet on the machine unit shell sidewall that secondary wind runner is corresponding, secondary air inlet connects with the secondary wind entrance 34 on platform body 31;Cyclic water tank 13 is connected with water-locator 18 by feed pipe 11, and feed pipe 11 is provided with water circulating pump 12, and water circulating pump 12 is connected with solar energy power generating charging-discharging controller 19;Being provided with cyclic water tank water supplement port 23 on cyclic water tank 13, cyclic water tank water supplement port 23 is connected with the extraneous water supplement port 29 on platform body 31 by filling pipe 25.
Water-locator 18 is made up of water distributor and multiple nozzle being uniformly arranged on water distributor and spray towards lying pipe heat exchanger 14.Lying pipe heat exchanger 14 is made up of many horizontally disposed heat exchanger tubes.
As shown in Fig. 1 and Fig. 4, solar energy photovoltaic panel group is by being layed in the top photovoltaic battery panel 2 pushing up on 33 outer surfaces in outdoor sentry box and pushing up the side photovoltaic battery panel 1 that 33 edges arrange around outdoor sentry box and be connected and form.
Air curtain forms unit, such as Fig. 1, shown in Fig. 4 and Fig. 5, include and present, the tapering type secondary wind curtain air-supply layer 4 of lower setting and layer 5 of once blowing, secondary wind curtain air-supply layer 4 is close to top 33 setting of outdoor sentry box, secondary wind curtain air-supply layer 4 is connected with secondary air channel 6, and in secondary wind curtain air-supply layer 4, secondary air channel 6 mouth of pipe place is provided with secondary wind curtain axial flow blower 3, secondary wind curtain axial flow blower 3 successively with secondary wind curtain axial-flow fan motor 24, solar energy power generating charging-discharging controller 19 connects, secondary wind curtain air-supply layer 4 edge be evenly arranged with multiple secondary wind curtain jet orifice 26;Once air-supply layer 5 is connected with primary air piping 7, and the edge of layer 5 of once blowing is evenly arranged with multiple cold wind air outlet 27.
This utility model utilizes the outdoor sentry box evaporative cooling air curtain cooling system that photovoltaic drives, and its work process is specific as follows:
(1) be combined air conditioning unit for horizontal tube indirect evaporating-cooling with air curtain formation unit, be used for the cooling to outdoor sentry box, its method particularly includes:
Outdoor air enters in evaporative cooling-Electric control integration platform by First air entrance 9, connection airduct 36 carry and enter through unit air intake vent 30 horizontal tube indirect evaporating-cooling air conditioning unit in;
First by primary air filter 10 (i.e. low efficient filter), it is filtered, forms clean air;Afterwards, clean air flows in horizontal tube vapotron, carries out hot and humid area at lying pipe heat exchanger 14 place with the water under water-locator 18 spray, forms cold wind;Cold wind enters to be sent into by primary air piping 7 in primary air piping 7 once in air-supply layer 5 at the flows by action of First air pressure fan 15, by the cold wind air outlet 27 arranged on layer 5 of once blowing, cold wind is sent in the sentry box microenvironment formed by cold air curtain, lower the temperature for the staff in sentry box;Air in the microenvironment of outdoor sentry box is then discharged by First air return air inlet 16, First air exhaust outlet 17 respectively under the effect of exhaust blower 22.
The sentry box microenvironment formed by cold air curtain, its concrete generation type is as follows:
Secondary wind successively through secondary wind entrance 34, secondary air inlet enter horizontal tube indirect evaporating-cooling air conditioning unit in, secondary exhausting is formed after flowing through lying pipe heat exchanger 14, secondary exhausting is admitted in secondary air channel 6 under the effect of axial flow blower 8, operating along with secondary wind curtain axial flow blower 3, secondary exhausting is admitted to again in secondary wind curtain air-supply layer 4, final ejection by secondary wind curtain jet orifice 26 forms cold air curtain, namely forms outdoor sentry box microenvironment.
(2) workflow of solar photovoltaic generation system is as follows:
Being provided with solar energy photovoltaic panel group in solar photovoltaic generation system, in order to be able to fully absorb solar energy and be used, solar energy photovoltaic panel group adopts side photovoltaic battery panel 1 and top photovoltaic battery panel 2 to be connected as a single entity composition;Side photovoltaic battery panel 1 and top photovoltaic battery panel 2 can absorb solar energy from different perspectives, the electric energy of its generation first processes through solar energy power generating charging-discharging controller 19, then electric energy is stored in accumulator battery 20 (being composed in series by multiple accumulator), electric energy in accumulator battery 20 after the conversion of inverter 21 again by solar energy power generating charging-discharging controller 19 distribute supply horizontal tube indirect evaporating-cooling air conditioning unit in power-consuming component (axial flow blower 8, water circulating pump 12 and First air pressure fan 15) and secondary wind curtain axial flow blower 3, the electricity needed for work is provided for them.
This utility model utilizes the outdoor sentry box evaporative cooling air curtain cooling system that photovoltaic drives to be mainly used in summer, effectively can carry out cooling process for outdoor sentry box (such as crow, duty guard house), it is ensured that in sentry box, security personnel provides comfortable environment out of doors.This utility model utilizes the outdoor sentry box evaporative cooling air curtain cooling system that photovoltaic drives, its innovation is in that: original outdoor sentry box platform has been improved, the space making full use of its inside arranges the parts such as air conditioning unit, the solar energy power generating control unit of horizontal tube indirect evaporating-cooling, and the space being simultaneously also effectively utilized in top, outdoor sentry box 33 arranges separate secondary wind curtain air-supply layer 4 and layer 5 of once blowing;In the running of whole air-conditioning, make full use of the air conditioning unit secondary exhausting of horizontal tube indirect evaporating-cooling as the internal microenvironment in the outdoor sentry box of isolation and extraneous air curtain barrier;Pushed up by sentry box out of doors and ambient light volt cell panel 1 and top photovoltaic battery panel 2 are set outside 33, solar energy is fully absorbed in order to generate electricity with different angles, the electric energy produced can supply power-consuming component after solar energy power generating control unit processes and use, it is also possible to the 360 ° of sentry box such as photographic head and traffic lights auxiliary equipment for arranging in outdoor sentry box are powered.

Claims (10)

1. utilize the outdoor sentry box evaporative cooling air curtain cooling system that photovoltaic drives, it is characterized in that, include be arranged at top, outdoor sentry box (33) outer surface solar energy photovoltaic panel group, to be arranged at outdoor top, sentry box (33) upper and carry the air curtain of air curtain form unit and be arranged at the evaporative cooling-Electric control integration platform in outdoor sentry box in outdoor sentry box;Described evaporative cooling-Electric control integration platform forms unit with solar energy photovoltaic panel group, air curtain respectively and is connected;Described solar energy photovoltaic panel group be provided above collapsible rain shade.
2. outdoor sentry box evaporative cooling air curtain cooling system according to claim 1, it is characterized in that, described evaporative cooling-Electric control integration platform, include platform body (31), relative on the sidewall of described platform body (31) it is provided with First air entrance (9), First air exhaust outlet (17), the sidewall of described platform body (31) is additionally provided with secondary wind entrance (34) and extraneous water supplement port (29);
In described platform body (31), First air entrance (9) place being provided with horizontal tube indirect evaporating-cooling air conditioning unit, described horizontal tube indirect evaporating-cooling is air conditioning unit to be connected with First air entrance (9), extraneous water supplement port (29) and air curtain formation unit respectively;In described platform body (31), First air exhaust outlet (17) place is provided with exhaust blower (22), the machine unit shell roof that described exhaust blower (22) top is corresponding is provided with First air return air inlet (16);It is additionally provided with solar energy power generating control unit in described platform body (31);
Described solar energy power generating control unit, air curtain air conditioning unit with horizontal tube indirect evaporating-cooling respectively forms unit and is connected;
Described solar energy power generating control unit connects and composes solar photovoltaic generation system by transmission line of electricity and solar energy photovoltaic panel group, and described transmission line of electricity is arranged in circuit storage passage (28) that outdoor sentry box is arranged.
3. outdoor sentry box evaporative cooling air curtain cooling system according to claim 1 and 2, it is characterized in that, described solar energy power generating control unit, include solar energy power generating charging-discharging controller (19), described solar energy power generating charging-discharging controller (19) is connected with accumulator battery (20) and constitutes closed-loop path, and described solar energy power generating charging-discharging controller (19) is also connected with inverter (21);
Described solar energy power generating charging-discharging controller (19), solar energy photovoltaic panel group air conditioning unit with horizontal tube indirect evaporating-cooling respectively and air curtain form unit and are connected.
4. outdoor sentry box evaporative cooling air curtain cooling system according to claim 3, it is characterized in that, described horizontal tube indirect evaporating-cooling is air conditioning unit, include machine unit shell, the two side that described machine unit shell is relative is respectively arranged with unit air intake vent (30), unit blasting air mouth (32);Described unit air intake vent (30) is connected with First air entrance (9) by connecting airduct (36);
After entering by air in described machine unit shell, flow direction is disposed with air filter (10), horizontal tube vapotron and First air pressure fan (15);
Being connected with air curtain formation unit above through secondary air channel (6) of described horizontal tube vapotron, described First air pressure fan (15) forms unit by primary air piping (7) with air curtain and is connected;
Described horizontal tube vapotron and First air pressure fan (15) are all connected with solar energy power generating charging-discharging controller (19).
5. outdoor sentry box evaporative cooling air curtain cooling system according to claim 4, it is characterised in that described air filter (10) adopts low efficient filter;
Described First air pressure fan (15) adopts centrifugal blower.
6. outdoor sentry box evaporative cooling air curtain cooling system according to claim 4, it is characterized in that, described horizontal tube vapotron, include lying pipe heat exchanger (14), described lying pipe heat exchanger (14) be sequentially arranged above water-locator (18) and axial flow blower (8), described axial flow blower (8) is connected with solar energy power generating charging-discharging controller (19);
Described lying pipe heat exchanger (14) be arranged below cyclic water tank (13), secondary wind runner is formed between described lying pipe heat exchanger (14) and cyclic water tank (13), being provided with secondary air inlet on the machine unit shell sidewall that described secondary wind runner is corresponding, described secondary air inlet connects with the secondary wind entrance (34) on platform body (31);
Described cyclic water tank (13) is connected with water-locator (18) by feed pipe (11), being provided with water circulating pump (12) on described feed pipe (11), described water circulating pump (12) is connected with solar energy power generating charging-discharging controller (19);
Being provided with cyclic water tank water supplement port (23) on described cyclic water tank (13), described cyclic water tank water supplement port (23) is connected with the extraneous water supplement port (29) on platform body (31) by filling pipe (25).
7. outdoor sentry box evaporative cooling air curtain cooling system according to claim 6, it is characterized in that, described water-locator (18) is made up of water distributor and multiple nozzle being uniformly arranged on water distributor and spray towards lying pipe heat exchanger (14);
Described lying pipe heat exchanger (14) is made up of many horizontally disposed heat exchanger tubes.
8. outdoor sentry box evaporative cooling air curtain cooling system according to claim 6, it is characterised in that be provided with current equalizer in described secondary wind entrance (34).
9. outdoor sentry box evaporative cooling air curtain cooling system according to claim 3, it is characterized in that, the described solar energy photovoltaic panel group side photovoltaic battery panel (1) by the top photovoltaic battery panel (2) being layed on (33) outer surface of top, outdoor sentry box and around the setting of outdoor sentry box top (33) edge is connected and forms.
10. outdoor sentry box evaporative cooling air curtain cooling system according to claim 3, it is characterised in that described air curtain forms unit and includes secondary wind curtain air-supply layer (4) and layer (5) of once blowing that go to upper and lower tapering type setting;
Described secondary wind curtain air-supply layer (4) is close to outdoor top, sentry box (33) and is arranged, described secondary wind curtain air-supply layer (4) is connected with secondary air channel (6), and in secondary wind curtain air-supply layer (4), secondary air channel (6) mouth of pipe place is provided with secondary wind curtain axial flow blower (3), described secondary wind curtain axial flow blower (3) is connected with secondary wind curtain axial-flow fan motor (24) and solar energy power generating charging-discharging controller (19) successively, described secondary wind curtain air-supply layer (4) edge be evenly arranged with multiple secondary wind curtain jet orifice (26);
Described layer (5) of once blowing is connected with primary air piping (7), and the described edge once blowing layer (5) is evenly arranged with multiple cold wind air outlet (27).
CN201620117017.XU 2016-02-05 2016-02-05 Utilize outdoor sentry box of photovoltaic driven with evaporation cooling air curtain cooling system Expired - Fee Related CN205402998U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620117017.XU CN205402998U (en) 2016-02-05 2016-02-05 Utilize outdoor sentry box of photovoltaic driven with evaporation cooling air curtain cooling system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620117017.XU CN205402998U (en) 2016-02-05 2016-02-05 Utilize outdoor sentry box of photovoltaic driven with evaporation cooling air curtain cooling system

Publications (1)

Publication Number Publication Date
CN205402998U true CN205402998U (en) 2016-07-27

Family

ID=56450727

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620117017.XU Expired - Fee Related CN205402998U (en) 2016-02-05 2016-02-05 Utilize outdoor sentry box of photovoltaic driven with evaporation cooling air curtain cooling system

Country Status (1)

Country Link
CN (1) CN205402998U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109989596A (en) * 2017-12-29 2019-07-09 深圳蓝梦环保科技有限公司 A kind of method of air insulated in bus shelter and its space

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109989596A (en) * 2017-12-29 2019-07-09 深圳蓝梦环保科技有限公司 A kind of method of air insulated in bus shelter and its space

Similar Documents

Publication Publication Date Title
CN104197443B (en) Integrate the air-conditioning system of regenerative resource, self adaptation, cascaded utilization of energy
CN105864928A (en) Thin-film solar cell driving type outdoor evaporative cooling air curtain umbrella
CN103900177A (en) Evaporative cooling air-conditioning system with power provided based on wind-solar hybrid power generation
CN203687257U (en) Solar driving type indirect/direct evaporation cooling air conditioning unit
CN104566711B (en) The photovoltaic drive-type Evaporative Cooling Air-conditioning System combined is utilized with rainwater recycle
CN105649198A (en) Building energy-saving photovoltaic system
CN204084695U (en) The aircondition that a kind of energy gradient utilizes
CN207555852U (en) A kind of underground heat exchange formula full heat recovery fresh air processing system
CN205402998U (en) Utilize outdoor sentry box of photovoltaic driven with evaporation cooling air curtain cooling system
CN106895524A (en) It is used for the cooling system of radiation tail end with reference to the water side evaporation cooling of photovoltaic generation
CN205753598U (en) A kind of emperature-lowering energy-saving system for building
CN205224350U (en) Tripe formula photovoltaic building facade and tripe formula photovoltaic curtain wall
CN204678566U (en) The energy-saving Evaporative Cooling Air-conditioning System of anti-freeze formula
CN204669742U (en) A kind of base station outdoor integrated cabinet
CN205448122U (en) Joint air conditioning system's ventilation photovoltaic window
CN104791933A (en) Anti-icing type evaporative cooling air conditioning system based on photovoltaic driving
CN205530668U (en) Collect solar energy and wind energy in aeration cooling of an organic whole building
CN203757928U (en) Evaporative cooling air conditioner with wind-solar complementary power generation being power source
CN204077292U (en) Utilize the coach air conditioner that thin-film solar cells drives
CN204593688U (en) Based on the bus stop cooling system of wind light mutual complementing power generation
CN204421240U (en) Utilize based on rainwater recycle and drive the Evaporative Cooling Air-conditioning System of combining with photovoltaic
CN203628892U (en) Automatic-control solar power generation evaporative cooling air conditioner used for bus station
CN207990839U (en) A kind of bus platform Evaporative Cooling Air-conditioning System of scene joint driving
CN205677294U (en) Band fan water cycle temperature control bus platform
CN207230806U (en) Split-type air conditioner is directly driven with reference to the photovoltaic of coil pipe and direct evaporating-cooling technology

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20160727

Termination date: 20170205