CN206410339U - All-weather light thermal photovoltaic integration automatically controls water-both with hot pipe - Google Patents
All-weather light thermal photovoltaic integration automatically controls water-both with hot pipe Download PDFInfo
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- CN206410339U CN206410339U CN201720001885.6U CN201720001885U CN206410339U CN 206410339 U CN206410339 U CN 206410339U CN 201720001885 U CN201720001885 U CN 201720001885U CN 206410339 U CN206410339 U CN 206410339U
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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
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/44—Heat exchange systems
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Abstract
The utility model provides all-weather light thermal photovoltaic integration and automatically controls water-both with hot pipe, and the water heater includes solar water container, support, heat pipe, thermoelectric generation module, battery, cold water circulating system, the controller being connected with each other.Effect of the present utility model is the energy dissipation problem that the water heater efficiently solves that hot water boiling, evaporation are caused in boiler.Water storage box is exchanged heat by cold water inlet and cold water outlet pipe with cooling thermoelectric generation module cold end, can be improved 10~20 DEG C of temperature in water storage box, once be preheated equivalent to from water of the water storage box to solar energy moisturizing, heat is fully used profit.The present apparatus can not only provide the user with hot water, moreover it is possible to sufficiently be generated electricity using the temperature difference between cold water and hot water, energy-conserving and environment-protective are safe and efficient.
Description
Technical field
The utility model is related to solar water heater apparatus field, more particularly to a kind of all-weather light thermal photovoltaic integration
Automatically control water-both with hot pipe.
Background technology
Solar water heater is a kind of photothermal converter, is usually by vacuum glass heat collection tube, storage tank, support and correlation
Annex is constituted, and solar energy is converted into heat energy and relies primarily on vacuum glass heat collection tube.Thermal-collecting tube is high by sunlight shadow surface temperature, collection
Heat pipe opaco temperature is low, and water just produces temperature difference reaction in pipe, recycles the principle that the interior hot water floating cold water of pipe sinks by water
Heating, makes water produce microcirculation and reach required hot water.Because its energy-conserving and environment-protective, it is convenient and cheap the features such as it is more next in wide geographic area
More popularize.
As long as but user's heat water reach 40~50 DEG C just can be with, and solar water heater can heat water to 70~90
DEG C, it might even be possible to higher or even boiling is reached, because heat surplus not only wastes water resource, and continuous heating is to solar energy
The casing and heat sink of water heater will also result in infringement.Meanwhile, the rise of heat sink surface temperature also leads to energy conversion
Efficiency is reduced.When solar irradiation weaker (sleet sky or night), user is often relatively difficult with water, so the common sun
Energy water heater is difficult to meet the demand of user.
At this stage in order to solve solar water heater can not round-the-clock running the problem of, no non-usage following four mode come
Domestic hot-water is provided：1. solar water heater and electric heater are combined；2. solar water heater and gas heater are combined；3.
Use electric heater；4. use gas heater.Four kinds of methods of the above have shortcoming：Electric heater occupies toilet top very
Big a part of space and power consumption is huge；Gas heater is empty due to the insecurity (inflammable and explosive) of combustion gas, particularly toilet
Between narrow and small closing, if occur gas leakage, be difficult to discover, consequence is hardly imaginable.
In daily life, people to the heat energy of solar water heater in addition to having demand, and the demand for electric energy is further
Increase.Present solar water heater function is single, can only produce heat energy, and can not produce electric energy.Therefore, the photo-thermal of solar energy
It is integrated using being integrated with thermo-electric generation, will is the trend of following solar water heater development.
The content of the invention
The drawbacks of for prior art, the purpose of this utility model is to provide a kind of simple in construction, cheap, saves
Environmental protection, safe and efficient all-weather light thermal photovoltaic integration automatically controls water-both with hot pipe, and fraction is not zero to solar water,
Realize solar energy heat utilization and generating integrated.
To achieve the above object, the technical solution adopted in the utility model is integrated to provide a kind of all-weather light thermal photovoltaic
Water-both with hot pipe is automatically controlled, it is characterized in that：The water-both with hot pipe includes solar water container, support, heat pipe, thermoelectric power generation mould
Block, battery, cold water circulating system, controller, solar water container are placed in connection user above the top of support, solar water container
Hot-water line, automatic exhaust steam valve and filling pipe；Tile thermoelectric generation module on the inclined-plane of support, and tile heat in thermoelectric generation module
The bottom of solar water container is inserted in pipe, described heat pipe upper end；It is provided with beside solar water heater on water storage box, water storage box
Side is connected with water inlet pipe, and lower section is connected to filling pipe, tapping pipe, cold water inlet, cold water outlet pipe, and water storage box lower end passes through moisturizing
Pipe is connected with solar water container, and water storage box is connected with by cold water inlet, cold water outlet pipe thermoelectric generation module, forms cold water
The circulatory system；Described filling pipe is provided with magnetic valve one, and water inlet pipe is provided with magnetic valve two, and cold water inlet is provided with electromagnetism
Valve three, cold water outlet pipe is provided with magnetic valve four, and tapping pipe is provided with magnetic valve five, described magnetic valve one, magnetic valve two, electricity
Magnet valve three, magnetic valve four and magnetic valve five are connected by wire with positioned at indoor controller.
Switches set on one side, five groups of wires, one group of wire connection controller, in addition four component is drawn from switches set in controller
Lian Jie not domestic power wire, household electricity wire, electric heater and battery on the left of solar water container.
Battery is disposed within, wire connection battery and thermoelectric generation module, forms closed-loop path；Described battery
Coulometric detector is provided with, described coulometric detector is connected by wire with controller.
The solar water container side is provided with electric heater, temperature inductor, water level sensor one and water level sensor two,
Electric heater is connected by wire with switches set, and water level sensor one is located at solar water container short transverse 1/5th；Water
Position inductor two is located at solar water container short transverse five/everywhere,
The thermoelectric generation module includes absorber plate, P-type conductor, N-type conductor, three pieces of sheet metals and water-filling case, P-type conductor
It is placed side by side with N-type conductor, between space be filled with insulation and thermal insulation material, the upper end of P types conductor and N-type conductor is first passed through
One of sheet metal is connected, then is fitted with absorber plate (thermal source)；The lower end of P-type conductor and N-type conductor first respectively with sheet metal it
2nd, sheet metal three is connected, then is connected with the side that water-filling case has insulating barrier, water-filling case another side contact support；Sheet metal it
Two are set to positive pole, and the three of sheet metal is set to negative pole, is connected between the two of sheet metal, the three of sheet metal and battery by wire,
Form closed circuit.
The beneficial effects of the utility model：
Although the utility model initial cost is higher, there is following obvious advantage：Operating cost is low；Save Interior Space
Between；It is dangerous without gas leakage；Fraction is not zero to solar water.
Thermoelectric generation module is generated electricity using the temperature difference at material two ends, compared with conventional electric power generation technology, with advantages below:
1) without mechanical movement, it is not susceptible to failure；2) automatic start and stopping, electricity is automatically generated when having energy input；Even if 3) generate electricity
Small scale will not also cause efficiency to reduce；4) without peripheral equipment, required space is small.Therefore, thermoelectric power generation technology is too
Sun can generate electricity, waste heat recycles field to have irreplaceable advantage.
The utility model realizes the perfect adaptation of thermoelectric generation module and solar water heater, and the present apparatus can not only be to use
Family provides hot water, moreover it is possible to sufficiently generated electricity using the temperature difference between cold water and hot water, energy-conserving and environment-protective are safe and efficient.
The addition of absorber plate not only increases the sunlight utilization of solar water heater, and the heat of heat pipe in itself passes through heat absorption
Plate has passed to thermoelectric generation module and has been used for generating electricity, for electric power storage or offer household electricity, while also reducing heat pipe in itself
Wall temperature, reached the effect of cooling so that the thermal efficiency of heat pipe improves 5%~10%.Because wall temperature is too high to be damaged
Heat pipe, and wall temperature is higher, and slin emissivity is higher, and radiate bigger, the capacity usage ratio step-down of integral heat pipe.And heat pipe
In unnecessary heat be utilized, heat is farthest utilized, efficiently solve hot water boiling in boiler, steam
Send out the energy dissipation problem caused.Water storage box is entered by cold water inlet and cold water outlet pipe with cooling thermoelectric generation module cold end
Row heat exchange, can improve 10~20 DEG C of temperature in water storage box, one has been carried out equivalent to from water of the water storage box to solar energy moisturizing
Secondary preheating, makes heat be fully used.
Brief description of the drawings
Fig. 1 is system diagram of the present utility model；
Fig. 2 is the schematic diagram of thermoelectric power generation of the present utility model；
Fig. 3 is the thermoelectric generation module structure chart of scheme one of the present utility model；
Fig. 4 is the thermoelectric generation module structure chart of scheme two of the present utility model；
Fig. 5 is domestic water flow chart of the present utility model.
In figure：
1. the absorber plate 6.P type conductors of 4. double glazing of solar water container 2. controller, 3. heat pipe 5.
The cold water inlet of 11. water storage box of 7.N types conductor 8. water-filling case, 9. radiated rib, 10. battery 12.
13. the hot-water line of 17. tapping pipe of cold water outlet pipe 14. wire, 15. filling pipe, 16. water inlet pipe 18
19. the water level sensor one of 20. electric heater of automatic exhaust steam valve, 21. temperature inductor 22.
23. the switch of switch 12 25. switchs the magnetic valve two of 3 26. magnetic valve 1
28. the insulating barrier of 29. switches set of thermoelectric generation module, 30. sheet metal 1
32. the coulometric detector of 3 33. magnetic valve of magnetic valve, 4 34. magnetic valve 5 35.
36. the adiabatic collets in the 3 39. of 2 38. sheet metals of the sheet metal of water level sensor 2 37.
40. water level sensor 3 41. switchs 4 42. switches sets
Embodiment
Water-both with hot pipe structure is automatically controlled to all-weather light thermal photovoltaic integration of the present utility model with reference to accompanying drawing and enters one
Walk explanation.
It is by thermoelectricity that all-weather light thermal photovoltaic integration of the present utility model, which automatically controls water-both with hot pipe design philosophy,
Electricity generation module produces thermoelectrical potential because of temperature difference, and electric current is produced in the closed circuit, to carry out the storage and utilization of electric energy, control is used
Device processed controls the running that each senses component, switch and valve, and the total energy for cooperating to raising system utilizes
Rate.The utility model realizes the perfect adaptation of thermoelectric generation module and solar water heater.
As shown in figure 1, all-weather light thermal photovoltaic integration of the present utility model automatically controls water-both with hot pipe, including the sun
Energy water tank 1, support, heat pipe 3, thermoelectric generation module 28, battery 10, cold water circulating system, controller 2, solar water container 1 are put
In the top of support, the top of solar water container 1 connection user hot-water line 18, automatic exhaust steam valve 19 and filling pipe 15；Support it is oblique
Tile thermoelectric generation module on face, and tile heat pipe in thermoelectric generation module, and solar water container 1 is inserted in the described upper end of heat pipe 3
Bottom；Water storage box 11 is provided with the side of solar energy hot water tank 1, the top of water storage box 11 is connected with water inlet pipe 16, and lower section is connected to benefit
Water pipe 15, tapping pipe 17, cold water inlet 12, cold water outlet pipe 13, the lower end of water storage box 11 passes through filling pipe 15 and solar energy water
Case 1 is connected, and water storage box 11 is connected with by cold water inlet 12, the thermoelectric generation module 28 of cold water outlet pipe 13, is formed cold water and is followed
Loop system；Described filling pipe 15 is provided with magnetic valve 1, and water inlet pipe 16 is provided with magnetic valve 2 27, cold water inlet 12
Magnetic valve 3 32 is provided with, cold water outlet pipe 13 is provided with magnetic valve 4 33, and tapping pipe 17 is provided with magnetic valve 5 34.Described
Magnetic valve 1, magnetic valve 2 27, magnetic valve 3 32, magnetic valve 4 33 and magnetic valve 5 34 are by wire with being located at interior
Controller 2 connect.The position height that the water storage box 11 is placed is more than the height of solar water container 1, and inside water storage box 11
Reservoir storage is more than in solar water container 1 reservoir storage.Degree inductor 36 is used to detect water temperature.
Switches set 42 controller on one side, from switches set 42 draw five groups of wires, one group of wire connection controller 2, in addition
Four groups connect domestic power wire, household electricity wire, electric heater 20 and battery 10 on the left of solar water container respectively.Store
Battery 10 is disposed within, the connection battery 10 of wire 14 and thermoelectric generation module 28, forms closed-loop path.
The side of solar water container 1 is provided with electric heater 20, temperature inductor 21, water level sensor 1 and water level sense
Device 2 36 is answered, electric heater 20 is connected by wire with switches set 42, water level sensor 1 is located at the height side of solar water container 1
To at 1/5th；Water level sensor 2 36 is located at the short transverse five of solar water container 1/everywhere；Temperature inductor 21 is used for
Detect water temperature.
As shown in Figure 2,3, the thermoelectric generation module 28 includes absorber plate 5, P-type conductor 6, N types conductor 7, three blocks of metals
Piece and water-filling case 8, P-type conductor 6 and N-type conductor 7 are placed side by side, between space be filled with insulation and thermal insulation material 39, P-type conductor
6 and the upper end of N-type conductor 7 first pass through the connection of one of sheet metal 30, then be connected with thermal source, i.e. absorber plate 5；P-type conductor 6 and N-type
The lower end of conductor 72 37, the 3 38 of sheet metal being connected first respectively with sheet metal, then be connected with low-temperature receiver, i.e. water-filling case 8, with filling
The side that water tank 8 is contacted has insulating barrier 31, water-filling case another side contact support；The 2 37 of sheet metal are set to positive pole, sheet metal
3 38 be set to negative pole, connected between the 2 37 of sheet metal, the 3 38 of sheet metal and battery 10 by wire, form close ring
Road.
Low-temperature receiver is also chosen as radiated rib 9, as shown in figure 4, the lower end of P-type conductor 6 and N-type conductor 7 first respectively with metal
The 2 37 of piece, 3 38 connections of sheet metal, then with low-temperature receiver be that radiated rib 9 is connected.
As shown in figure 1, the described surface of heat pipe 3 scribbles solar selective absorbing coatings and corrosion-inhibiting coating, it is stainless steel snake
Shape pulsating heat pipe.Pulsating heat pipe is made up of a number of thin straight pipeline and a number of elbow, when internal diameter of the pipeline is enough
Hour, pipeline is extracted after vacuum, the working medium in pipe will form phase interstitial fluid, vapour plunger in pipe.Vapour-liquid plunger is interspersed
Shape, after external heat source is heated, vapour post can be expanded, and promote the motion of fluid column, and when vapour, fluid column plug, reciprocating vibration is moved in pipe
When, heat pipe can just realize efficient, quick heat transfer process.1. pulsating heat pipe is simple in construction, small volume, maintenance cost is made
It is low.Pulsating heat pipe does not need liquid-sucking core, without external accessory, reduces use and operating cost.2. good heat-transfer,
Good heat conductivity.Pulsating heat pipe by Working fluid phase changing in addition to being conducted heat, and pulsating heat pipe is also by the vibration of vapour-liquid post, and transmission working medium shows
Heat；Under rational operational factor, the heat flow density of pulsating heat pipe can be evaporated phenomenon very much without conventional heat pipe greatly,
The heat transport limitation of heat pipe will be significantly higher than general heat pipe.3. the adaptability of heat pipe is good.The profile of pulsating heat pipe can arbitrarily be bent,
And bringing-up section and cooling section can arbitrarily be chosen, heat pipe can work under arbitrary angle and different mode of heatings, and this is just big
Its adaptability is increased greatly.The material of heat pipe 3 is stainless steel.Stainless steel material is cheap and wear-resistant, and anti-pressure ability is high, arteries and veins
Dynamic inside heat pipe is because vapour, the reciprocating motion of fluid column plug, and stainless steel heat pipe can be born than larger fatigue damage.Heat pipe 3 is cold
But section is totally submerged in solar water container 1, increases the area of condensation segment, accelerates heat exchange.There is solar spectrum choosing on the surface of heat pipe 3
Selecting property coating and corrosion-inhibiting coating.
As shown in Figure 3 and Figure 4, one block of double glazing 4 of heat pipe 3 outer cover.Double glazing 4 is considered to solar radiation
Absorption, through etc. factor, double glazing 4 can absorb more solar radiations, and the glass solar radiation of transmission also can be less.In
Empty glass 4 has a certain distance with heat pipe 3.Convection losses can increase accordingly with the rise of absorber plate 5 and the temperature of heat pipe 3,
Heat transfer free convection loss changes with double glazing 4 to the change of heat absorption transposition heat pipe 3 and the distance of absorber plate 5, works as spacing
In 40mm or so, the NATURAL CONVECTION COEFFICIENT OF HEAT under different temperatures situation all reaches a relatively few value, although continue to increase
Interlayer spacing, can further reduce NATURAL CONVECTION COEFFICIENT OF HEAT, but influence little to overall heat loss difference.Consider heat absorption
The behaviour in service of transposition and the contour structure size of heat collector, it is determined that air blanketing spacing is chosen for 40mm.
As shown in figures 1 and 3, operation principle of the invention is that sunlight is irradiated on solar water heater, a part of heat
Absorbed by heat pipe 3, the principle for the phase-change heat transfer that absorbed heat using pulsating heat pipe 3, by the cool water heating in pipe, internal working medium and solar energy
Water in water tank 1 quickly exchanges heat, and heats water；Another part sunlight is irradiated to the surface of absorber plate 5, while the heat that heat pipe 3 is distributed
Amount also has part to be dispersed on absorber plate 5, and the heat that absorber plate 5 absorbs is the thermal source of thermoelectric generation module 28, is sent out using thermoelectricity
There is the temperature difference at thermoelectric material two ends in electric module 28, it is closed circuit in the case of produce the principle of electric current, be external connection using thermoelectrical potential
Closed-loop path produce electric current, for battery 10 store electric energy.The low-temperature receiver of thermoelectric generation module 28 has two kinds of solutions.Scheme
One, low-temperature receiver is that the cold water in water-filling case 8, with water-filling case 8 is exchanged heat so that heat constantly passes to cold water.Water-filling case 8, storage
Water tank 11, cold water inlet 16 and cold water outlet pipe 13 collectively form a cold water circulating system.Heated cold water passes through pipe
Road is exchanged heat with the water in water storage box 11, allows heat to be released.The heat in water storage box 11 is discharged into equivalent to retaining
Water in case 11 preheat.When solar water container 1 needs moisturizing, the moisturizing of solar water container 1 is given by water storage box 11.No
Only increased into the water temperature in solar water container 1, improve energy utilization efficiency, and in cold winter, feed-water preheating
Can be with antifreeze.In scheme two, low-temperature receiver is radiated rib 9, is delivered to the heat on radiated rib 9, is dispersed into air so that
The heat of low-temperature receiver is discharged in time.Two schemes can make the normally operation, and drive external load of thermoelectric generation module 28,
Load in the present invention is battery 10.
Both the above method, method one is simple in construction；Method two, it is complex, but capacity usage ratio is high, thermoelectric power generation
Module 28 it is more efficient.The electric energy stored in battery 10 can be by wire 14 to indoor household electrical equipment such as mobile phone, electric heating
Hydrophone, the power supply such as charger baby when sunlight is not enough, can pass through the electric heater 20 installed in the inside of solar water container 1
Water to the inside is heated, and is improved water temperature, it is met use requirement.Certainly, not enough power supply in battery 10 is so that the sun
In the case that water that can be in water heater is heated to the temperature that needs, power supply can be changed to family expenses and powered, can by domestic power,
Water by electric heater 20 to the inside is heated.
Concrete operations flow as shown in figure 5, when water level sensor detect in solar water container 1 water it is not enough when, controller 2
The magnetic valve 1 on filling pipe 15 can be opened, water intaking valve is closed, is mended by the water in water storage box 11 to solar water container 1
Water-filling, detects after water reached requirement after the water level sensor 2 36 in solar water container 1, can feed back to controller 2；
Then the magnetic valve 1 on filling pipe 15 is closed, and the magnetic valve 2 27 on water inlet pipe 16 is automatically opened up, and treats water level sense in water tank
Device 3 40 is answered to detect after water fills it up with, magnetic valve 2 27 is closed automatically.When temperature inductor 21 is detected in solar water container 1
Water temperature it is inadequate when, controller 2 can first from battery 10 coulometric detector 35 obtain data, check electricity in battery 10
Whether there is residue, if there is residue, open the switch 1 in switches set 42, switch 2 24, switch 3 25, switch 4 41 are closed
If now family needs the electric energy in battery 10, switch 2 24 can be opened by controller 2, pass through the electricity in battery 10
Electric heater 20 in supply, solar water container 1 is devoted oneself to work, and after temperature inductor 21, which detects temperature, meets requirement, is opened
Switch 1 in pass group 42 is closed；If remaining without electricity, switch 3 25, switch 4 41 are opened by controller 2, to electric power storage
Pond 10 and electric heater 20 are powered simultaneously, and after the electricity in battery 10 is full, switch 3 25 is closed, and is treated in solar water container 1
Temperature reach after use requirement, switch 4 41 close.
Claims (7)
1. a kind of all-weather light thermal photovoltaic integration automatically controls water-both with hot pipe, it is characterized in that：The water-both with hot pipe is included too
Positive energy water tank (1), support, heat pipe (3), thermoelectric generation module (28), battery (10), cold water circulating system, controller (2),
Solar water container (1) is placed in connection user's hot-water line (18), automatic exhaust steam valve above the top of support, solar water container (1)
And filling pipe (15) (19)；Tile thermoelectric generation module on the inclined-plane of support, and tile heat pipe, described heat in thermoelectric generation module
Manage the bottom of (3) upper end insertion solar water container (1)；Water storage box (11), water storage box are provided with beside solar energy hot water tank (1)
(11) top is connected with water inlet pipe (16), and lower section is connected to filling pipe (15), tapping pipe (17), cold water inlet (12), cold water and gone out
Water pipe (13), water storage box (11) lower end is connected by filling pipe (15) with solar water container (1), and water storage box (11) is with passing through cold water
Water inlet pipe (12), cold water outlet pipe (13) thermoelectric generation module (28) connection, form cold water circulating system；Described filling pipe
(15) magnetic valve one (26) is provided with, water inlet pipe (16) is provided with magnetic valve two (27), and cold water inlet (12) is provided with electromagnetism
Valve three (32), cold water outlet pipe (13) is provided with magnetic valve four (33), and tapping pipe (17) is provided with magnetic valve five (34), described
Magnetic valve one (26), magnetic valve two (27), magnetic valve three (32), magnetic valve four (33) and magnetic valve five (34) by wire with
Connected positioned at indoor controller (2)；
Switches set (42) controller on one side, from switches set (42) draw five groups of wires, one group of wire connection controller (2), separately
Outer four groups connect domestic power wire, household electricity wire, electric heater (20) and battery on the left of solar water container respectively
(10)；
Battery (10) is disposed within, wire (14) connection battery (10) and thermoelectric generation module (28), forms closed-loop path.
2. all-weather light thermal photovoltaic integration according to claim 1 automatically controls water-both with hot pipe, it is characterized in that：It is described
Battery (10) be provided with coulometric detector (35), described coulometric detector (35) is connected by wire with controller (2).
3. all-weather light thermal photovoltaic integration according to claim 1 automatically controls water-both with hot pipe, it is characterized in that：It is described
Solar water container (1) side is provided with electric heater (20), temperature inductor (21), water level sensor one (22) and water level sensor
Two (36), electric heater (20) is connected by wire with switches set (42), and water level sensor one (22) is located at solar water container (1)
At short transverse 1/5th；Water level sensor two (36) is located at solar water container (1) short transverse five/everywhere.
4. all-weather light thermal photovoltaic integration according to claim 1 automatically controls water-both with hot pipe, it is characterized in that：It is described
Thermoelectric generation module (28) includes absorber plate (5), P-type conductor (6), N-type conductor (7), three pieces of sheet metals and water-filling case (8), p-type
Conductor (6) and N-type conductor (7) are placed side by side, between space be filled with insulation and thermal insulation material (39), P-type conductor (6) and N-type
The upper end of conductor (7) first passes through one of sheet metal (30) connection, then is fitted with absorber plate (5)；P-type conductor (6) and N-type conductor
(7) two (37), three (38) of sheet metal of lower end first respectively with sheet metal are connected, then have insulating barrier (31) with water-filling case (8)
The side connection, water-filling case another side contact support；Two (37) of sheet metal are set to positive pole, and three (38) of sheet metal are set to negative
Pole, is connected between two (37) of sheet metal, three (38) of sheet metal and battery (10) by wire, forms closed circuit.
5. all-weather light thermal photovoltaic integration according to claim 1 automatically controls water-both with hot pipe, it is characterized in that：It is described
Thermoelectric generation module (28) low-temperature receiver be water-filling case (8) or radiated rib (9).
6. all-weather light thermal photovoltaic integration according to claim 1 automatically controls water-both with hot pipe, it is characterized in that：It is described
Heat pipe (3) surface scribble solar selective absorbing coatings and corrosion-inhibiting coating, be the snakelike pulsating heat pipe of stainless steel.
7. all-weather light thermal photovoltaic integration according to claim 1 automatically controls water-both with hot pipe, it is characterized in that：It is described
The position height that water storage box (11) is placed is more than solar water container (1) height, and the internal reservoir storage of water storage box (11) is more than too
Reservoir storage in positive energy water tank (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720001885.6U CN206410339U (en) | 2017-01-03 | 2017-01-03 | All-weather light thermal photovoltaic integration automatically controls water-both with hot pipe |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720001885.6U CN206410339U (en) | 2017-01-03 | 2017-01-03 | All-weather light thermal photovoltaic integration automatically controls water-both with hot pipe |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106766237A (en) * | 2017-01-03 | 2017-05-31 | 天津城建大学 | All-weather light thermal photovoltaic integration automatically controls water-both with hot pipe |
| CN108006995A (en) * | 2017-11-20 | 2018-05-08 | 泰州隆基乐叶光伏科技有限公司 | A kind of integrated photovoltaic photo-thermal water filtration water cooling energy resource system |
| CN112073004A (en) * | 2020-08-24 | 2020-12-11 | 广州沐风信息科技有限公司 | Solar power generation equipment |
-
2017
- 2017-01-03 CN CN201720001885.6U patent/CN206410339U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106766237A (en) * | 2017-01-03 | 2017-05-31 | 天津城建大学 | All-weather light thermal photovoltaic integration automatically controls water-both with hot pipe |
| CN108006995A (en) * | 2017-11-20 | 2018-05-08 | 泰州隆基乐叶光伏科技有限公司 | A kind of integrated photovoltaic photo-thermal water filtration water cooling energy resource system |
| CN108006995B (en) * | 2017-11-20 | 2023-05-05 | 泰州隆基乐叶光伏科技有限公司 | Integrated photovoltaic photo-thermal water filtering water-cooling energy system |
| CN112073004A (en) * | 2020-08-24 | 2020-12-11 | 广州沐风信息科技有限公司 | Solar power generation equipment |
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