CN204202205U - A kind of double water tank solar energy floor heating combining structure - Google Patents
A kind of double water tank solar energy floor heating combining structure Download PDFInfo
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- CN204202205U CN204202205U CN201420691569.2U CN201420691569U CN204202205U CN 204202205 U CN204202205 U CN 204202205U CN 201420691569 U CN201420691569 U CN 201420691569U CN 204202205 U CN204202205 U CN 204202205U
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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
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/20—Solar thermal
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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
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/70—Hybrid systems, e.g. uninterruptible or back-up power supplies integrating renewable energies
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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 relates to a kind of double water tank solar energy floor heating combining structure, comprise solar panel, solar water heater and floor heating, solar panel comprises battery, controller and switch module, three is connected with wire, solar water heater comprises attemperater, thermal-collecting tube and bracket one, floor heating comprises secondary attemperater, bracket two, coil pipe, water pump, storage tank and deep-well, solar water heater and floor heating all comprise water pipe and magnetic valve, its attemperater and thermal-collecting tube, secondary attemperater and coil pipe, attemperater and secondary attemperater, coil pipe and water pump, coil pipe and storage tank, storage tank and water pump, water pump is all connected by corresponding water pipe with deep-well to deep-well and storage tank, magnetic valve is located at corresponding water pipe head place, bracket one and bracket two support attemperater and secondary attemperater respectively.This combining structure takes full advantage of solar energy, and energy-conserving and environment-protective are easy to use, and solves and the moon, rainy day or night can not produce heat energy problem without solar irradiation.
Description
Technical field
The utility model relates to technical field of solar, and more specifically relating to is a kind of double water tank solar energy floor heating combining structure.
Background technology
At present, solar water heater can only carry out heating water by thermal-collecting tube, and when chance is overcast and rainy or winter solar light application ratio is more weak, user's use water is often more difficult, so solar water heater is just difficult to the demand meeting user.In addition, we know, when summer is hotter or winter is colder, most of user is freezed by air-conditioning or warmed oneself, and therefore a lot of people obtained so-called air conditioner disease.
Summary of the invention
1. the technical problem that will solve
In order to solve the problems of the technologies described above, the utility model provides a kind of double water tank solar energy floor heating combining structure.Solar panel, solar water heater and floor heating combine by this structure effectively, energy-conserving and environment-protective, easy to use, and provide electric power by solar panel to solar water heater, solve and the moon, rainy day or night can not produce heat energy problem without solar irradiation, by floor heating, user room lowered the temperature again or heat up, to the sensation that user is pleasant, thus solving the various problems that user's using air-condition brings.
2. technical scheme
The technical scheme in the invention for solving the technical problem is as follows: a kind of double water tank solar energy floor heating combining structure, comprises solar panel, solar water heater and floor heating, described solar cell slab integral is tiltedly placed on roofing, comprises battery, controller and switch module, three adopts wire to be connected with solar panel, and described solar water heater is Solar Enercy Fission Geyser, comprises attemperater, thermal-collecting tube and bracket one, there is electrical heating block one inside of attemperater, first water level sensor, second water level sensor and temperature sensor one, there is upper hose one outside of attemperater, downcomer one, communicating pipe, cold water pipe one, hot-water line one and the first magnetic valve and the second magnetic valve, attemperater by upper hose one and downcomer together thermal-collecting tube be connected, bracket one supports attemperater, and described floor heating comprises secondary attemperater, bracket two, coil pipe, water pump one, water pump two, storage tank and deep-well, there is electrical heating block two secondary attemperater inside, 3rd water level sensor, 4th water level sensor and temperature sensor two, there is hot-water line two secondary attemperater outside, communicating pipe, upper hose two, downcomer two, warning device and the 3rd magnetic valve, wherein, attemperater was connected with secondary attemperater by communicating pipe, upper hose two one end connects coil pipe, other end auxiliary connection attemperater, upper hose two is provided with water pump one, and bracket two supports secondary attemperater, and coil inlets is provided with two-way valve one and the 4th magnetic valve and the 5th magnetic valve, coil pipe delivery port is provided with two-way valve two and the 6th magnetic valve and the 7th magnetic valve, the water pipe that coil pipe is connected by two-way valve one, one end auxiliary connection attemperater, the other end connects deep-well, the water pipe that coil pipe is connected by two-way valve two, one end auxiliary connection attemperater, the other end connects storage tank, and storage tank outside is provided with outlet pipe, upper hose three and downcomer three, upper hose three is connected with water pump two, and downcomer three connects deep-well, and water pump two outside connects water inlet pipe, upper hose three and the 8th magnetic valve and the 9th magnetic valve, and deep-well is connected with water pump two by water inlet pipe.
Described battery, controller and switch module are connected by wire, controller and switch module are by storage battery power supply, controller controls operation and the stopping of all parts by switch module, and solar panel converts the luminous energy of absorption to electrical power storage in battery.
Described solar water heater is Solar Enercy Fission Geyser, attemperater is placed on ridge, bottom is provided with bracket one (being used for supporting attemperater), thermal-collecting tube is positioned at attemperater lower end, entirety is tiltedly placed on roofing, upper hose one and downcomer one are arranged on attemperater two ends, thermal-collecting tube is connected with attemperater with downcomer one by upper hose one, communicating pipe, cold water pipe one and hot-water line one are arranged on the outside of attemperater, wherein, be arranged on communicating pipe in 3/4 ~ 7/8 altitude range of attemperater, the end of communicating pipe is provided with the first magnetic valve, cold water pipe one is arranged on the top of attemperater, its end is provided with the second magnetic valve, hot-water line one is arranged on 1/2 At The Height of attemperater, under secondary attemperater is placed on eaves, bottom is provided with bracket two (being used for supporting secondary attemperater), secondary attemperater was connected with attemperater by communicating pipe, there is hot-water line two secondary attemperater outside, upper hose two and downcomer two, hot-water line two is user side water, upper hose two and downcomer two are connected two-way valve two and the two-way valve one of coil pipe respectively, wherein, the port that downcomer two is close to secondary attemperater is provided with the 3rd magnetic valve, when user does not want the hot water heating used in secondary attemperater, all the time close by controller the 3rd magnetic valve of issuing orders.
Described electrical heating block one, first water level sensor, second water level sensor and temperature sensor one are connected by wire with controller, first level sensor, the signal collected is passed to controller by the second water level sensor and temperature sensor for a moment, when the temperature of the water in attemperater is lower than 30 degree, the signal collected is passed to controller by temperature sensor for a moment, controller can control to stop when electrical heating block one feedwater is heated to 45 degree, when the water temperature in attemperater reach 70 degree and the position of water level more than the first water level sensor time, and when the water level in secondary attemperater does not reach the position of the 3rd water level sensor, controller can open the first magnetic valve, thus by the hot water in attemperater by flowing to communicating pipe in secondary attemperater, when the water level in attemperater is lower than the second level sensor, controller can open the second magnetic valve, thus cold water can enter in attemperater.
Electrical heating block two in described secondary attemperater, 3rd water level sensor, 4th water level sensor, temperature sensor two and warning device are connected by wire with controller, 3rd water level sensor, the signal collected can be passed to controller by the 4th water level sensor and temperature sensor two, when the water level in secondary attemperater is higher than the 3rd water level sensor, controller can receive signal, all the time the first magnetic valve is closed, when the water level in secondary attemperater is lower than the 4th water level sensor, warning device can receive the order automatic alarm of controller, reminding user does not re-use hot-water line two, when the temperature of the water in secondary attemperater is lower than 30 degree, the signal collected can be passed to controller by temperature sensor two, controller can control to stop when electrical heating block two feedwater is heated to 45 degree.
Described coil inlets is provided with two-way valve one and the 4th magnetic valve and the 5th magnetic valve, two-way valve is termination water inlet pipe one by one, another termination downcomer two, and two-way valve one and downcomer two interface are provided with the 4th magnetic valve, two-way valve one and water inlet tube interface place are provided with the 5th magnetic valve, coil pipe delivery port is provided with two-way valve two and the 6th magnetic valve and the 7th magnetic valve, two-way valve two one end is connected with upper hose two, the other end is connected with outlet pipe, and two-way valve two and upper hose two interface are provided with the 6th magnetic valve, two-way valve two and outlet pipe interface are provided with the 7th magnetic valve.
Described storage tank outside is provided with outlet pipe, upper hose three and downcomer three, outlet pipe one end connects coil pipe, the water in coil pipe is mainly made to flow to storage tank, upper hose three makes the water in storage tank flow in attemperater through water pump two, downcomer is the current depth well made in storage tank, described water pump two outside connects water inlet pipe, upper hose three and the 8th magnetic valve and the 9th magnetic valve, water pump two and water inlet tube interface place are provided with the 8th magnetic valve, water pump two and upper hose three interface are provided with the 9th magnetic valve, when coil pipe needs the water of deep-well, 8th magnetic valve is opened, 9th closed electromagnetic valve, water pump two can make the water of deep-well enter in coil pipe through water inlet pipe, when attemperater water level is lower than the second level sensor, 9th magnetic valve is opened, 8th closed electromagnetic valve, water in storage tank can be drawn in attemperater by water pump two.
Described water level sensor, temperature sensor, switch module, magnetic valve, electrical heating block are all connected with controller with water pump.
Described electrical heating block one and electrical heating block two are used to feedwater heating, and described water pump one and water pump two are that watering cycle provides power.
Described floor heating comes to room refrigeration and heating, when circulate in coil pipe be cold water time, cold water in coil pipe can take away a part of heat in room, thus play refrigerating function, when circulate in coil pipe be hot water time, hot water in coil pipe can leave a part of heat equably in room, thus plays heating function.
3. beneficial effect
The beneficial effects of the utility model there is provided a kind of double water tank solar energy floor heating combining structure, solar panel, solar water heater and floor heating combine by this structure effectively, energy-conserving and environment-protective, easy to use, not only solve and the moon, rainy day or night can not produce heat energy problem without solar irradiation, and solve the various problems that user's using air-condition brings.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation
Fig. 2 is the utility model solar panel and solar water heater double water tank connection diagram
Fig. 3 is the utility model attemperater and floor heating connection diagram
Fig. 4 is heat-preserving water tank for solar water heater profile
Fig. 5 is the secondary attemperater profile of floor heating
In figure: 1-solar panel; 2-battery; 3-controller; 4-switch module; 5-solar water heater; 6-attemperater; 7-thermal-collecting tube; 8-upper hose one; 9-downcomer one; 10-electrical heating block one; 11-first water level sensor; 12-second water level sensor; 13-temperature sensor one; 14-communicating pipe; 15-cold water pipe one; 16-hot-water line one; 17-first magnetic valve; 18-second magnetic valve; 19-bracket one; 20-floor heating; The secondary attemperater of 21-; 22-electrical heating block two; 23-the 3rd water level sensor; 24-the 4th water level sensor; 25-temperature sensor two; 26-hot-water line two; 27-upper hose two; 28-downcomer two; 29-the 3rd magnetic valve; 30-bracket two; 31-coil pipe; 32-two-way valve one; 33-two-way valve two; 34-the 4th magnetic valve; 35-the 5th magnetic valve; 36-the 6th magnetic valve; 37-the 7th magnetic valve; 38-water pump one; 39-water pump two; 40-the 8th magnetic valve; 41-the 9th magnetic valve; 42-storage tank; 43-outlet pipe; 44-upper hose three; 45-downcomer three; 46-water inlet pipe; 47-warning device; 48-deep-well.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the utility model is further illustrated:
A kind of double water tank solar energy floor heating combining structure, comprises solar panel 1, solar water heater 5 and floor heating 20, described solar panel 1 comprises battery 2, controller 3 and switch module 4, three adopts wire to be connected, and described solar water heater 5 is Solar Enercy Fission Geysers, comprises attemperater 6, thermal-collecting tube 7 and bracket 1, there is electrical heating block 1 inside of attemperater 5, first water level sensor 11, second water level sensor 12 and temperature sensor 1, there is upper hose 1 outside of attemperater 5, downcomer 1, communicating pipe 14, cold water pipe 1, hot-water line 1 and the first magnetic valve 17 and the second magnetic valve 18, described floor heating 20 comprises secondary attemperater 21, bracket 2 30, coil pipe 31, water pump 1, water pump 2 39, storage tank 42 and deep-well 48, there is electrical heating block 2 22 secondary attemperater 21 inside, 3rd water level sensor 23, 4th water level sensor 24 and temperature sensor 2 25, there is hot-water line 2 26 secondary attemperater outside, communicating pipe 14, upper hose 2 27, downcomer 2 28, warning device 47 and the 3rd magnetic valve 29, wherein, upper hose 2 27 is provided with water pump 1, coil pipe 31 water inlet is provided with two-way valve 1 and the 4th magnetic valve 34 and the 5th magnetic valve 35, coil pipe 31 delivery port is provided with two-way valve 2 33 and the 6th magnetic valve 36 and the 7th magnetic valve 37, and storage tank 42 outside is provided with outlet pipe 43, upper hose 3 44 and downcomer 3 45, upper hose 3 44 is connected with water pump 2 39, and water pump 2 39 outside connects water inlet pipe 46, upper hose 3 44 and the 8th magnetic valve 40 and the 9th magnetic valve 41, and deep-well 48 is connected with water pump 2 39 by water inlet pipe 46.
When above-mentioned double water tank solar energy floor heating combining structure is run, the first magnetic valve 17 on attemperater 6, second magnetic valve 18, hot-water line 1 is closed, water in attemperater 6 is heated by thermal-collecting tube 7, when temperature reach 70 DEG C and water level more than the position of the first water level sensor 11, when water simultaneously in secondary attemperater 21 does not reach the 3rd water level sensor 23, the information of collection can be passed to controller 3 by temperature sensor 1 and the first water level sensor 11, this Time Controller 3 says the word to switch module 4, thus open the first magnetic valve 17, hot water then in attemperater 6 is through flowing in secondary attemperater 21 communicating pipe 14, and when the hot water in attemperater 6 drops to the position of the second water level sensor 12, then information is passed to controller 3 by the second water level sensor 12, this Time Controller 3 says the word to switch module 4, control the second magnetic valve 18 to open, then cold water enters in incubator 6, until when water level rises to the position of the first water level sensor 11, then the second magnetic valve 18 will cut out.Also have when user's dilutional hyponatremia, when water level is lower than the second water level sensor 12, then controller 3 can say the word to the second magnetic valve 18, then cold water enters attemperater 6, simultaneously, as long as the switch that user opens hot-water line 2 26 just can use the hot water in secondary attemperater 21, when the water level of secondary heat preservation storage water tank 21 reaches the 3rd water level sensor 23, controller 3 can cut out the first magnetic valve 17 all the time, and when the water level in secondary attemperater 21 is lower than the 4th water level sensor 24, then warning device 47 meeting automatic alarm is with reminding user: the water in secondary heat preservation storage water tank 21 is less, please not want reusable heat water pipe 2 26.When run into rainy, snow time, then the hot water temperature of attemperater 6 and secondary attemperater 21 is certain to decline, when then temperature is lower than 30 DEG C, then the signal of collection can be passed to controller 3 by temperature sensor 1 and temperature sensor 2 25, then controller 3 can control electrical heating block 1 and electrical heating block 2 22 heating water, until during temperature to 45 DEG C, electrical heating block 1 and electrical heating block 2 22 can quit work.
Summer, when room needs to freeze, water pump 2 39 can be opened, switch off the pump 1, now, 3rd magnetic valve 29, 4th magnetic valve 34, 6th magnetic valve 36 and the 9th magnetic valve 41 are closed all the time, 5th magnetic valve 35 and the 7th magnetic valve 37 and the 8th magnetic valve 40 are opened, cold water then in deep-well 48 is pumped in coil pipe 31 through water pump 2 39, cold water in absorption chamber in partial heat heat up, water after intensification flows in storage tank 42 through outlet pipe 43, then water pump 2 39 continues to pump cold water and enters in coil pipe 31, so constantly circulation, thus make indoor reach the effect of cooling.When the water in storage tank 42 reaches the position of downcomer 3 45, water can flow in deep-well 48 through downcomer 3 45 automatically, if when attemperater 6 needs to add water simultaneously, water pump 2 39 can be opened, now, 5th magnetic valve 35 and the 7th magnetic valve 37 and the 8th magnetic valve 40 are closed, and the 9th magnetic valve 41 is opened, and the water in storage tank 42 can be delivered in attemperater 6 through upper hose 3 44.
Winter, when room needs to heat, have two kinds of selections, the first opens water pump 1, switch off the pump 2 39, now, the 3rd magnetic valve 29, the 4th magnetic valve 34 and the 6th magnetic valve 36 are opened, and the 5th magnetic valve 35 and the 7th magnetic valve 37 are closed, hot water in secondary attemperater 21 can flow in coil pipe 31, in coil pipe 31, water flows in secondary attemperater 21 through water pump 1 again, constantly circulates, thus room is heated up; The second switches off the pump 1, open water pump 2 39, now, 3rd magnetic valve 29, the 4th magnetic valve 34 and the 6th magnetic valve 36 are closed, 5th magnetic valve 35 and the 7th magnetic valve 37 and the 8th magnetic valve 40 are opened, and make to flow to coil pipe 31 from the warm water in deep-well 48, and then flow in storage tank 42, continuous circulation, thus room is heated up.
Claims (10)
1. a double water tank solar energy floor heating combining structure, comprise solar panel (1), solar water heater (5) and floor heating (20), described solar panel (1) entirety is tiltedly placed on roofing, comprise battery (2), controller (3) and switch module (4), the same solar panel of three (1) adopts wire to be connected, described solar water heater (5) is Solar Enercy Fission Geyser, comprise attemperater (6), thermal-collecting tube (7) and bracket one (19), there is electrical heating block one (10) inside of attemperater (6), first water level sensor (11), second water level sensor (12) and temperature sensor one (13), there is upper hose one (8) outside of attemperater (6), downcomer one (9), communicating pipe (14), cold water pipe one (15), hot-water line one (16) and the first magnetic valve (17) and the second magnetic valve (18), attemperater (6) is connected with the same thermal-collecting tube of downcomer one (9) (7) by upper hose one (8), bracket one (19) supports attemperater (6), described floor heating (20) comprises secondary attemperater (21), bracket two (30), coil pipe (31), water pump one (38), water pump two (39), storage tank (42) and deep-well (48), there is electrical heating block two (22) secondary attemperater (21) inside, 3rd water level sensor (23), 4th water level sensor (24) and temperature sensor two (25), there is hot-water line two (26) secondary attemperater (21) outside, communicating pipe (14), upper hose two (27), downcomer two (28), warning device (47) and the 3rd magnetic valve (29), wherein, attemperater (6) was connected with secondary attemperater (21) by communicating pipe (14), upper hose two (27) one end connects coil pipe (31), other end auxiliary connection attemperater (21), upper hose two (27) is provided with water pump one (38), bracket two (30) supports secondary attemperater (21), coil pipe (31) water inlet is provided with two-way valve the (32) and the 4th magnetic valve (34) and the 5th magnetic valve (35), coil pipe (31) delivery port is provided with two-way valve the two (33) and the 6th magnetic valve (36) and the 7th magnetic valve (37), the water pipe that coil pipe (31) is connected by two-way valve one (32), one end auxiliary connection attemperater (21), the other end connects deep-well (48), the water pipe that coil pipe (31) is connected by two-way valve two (33), one end auxiliary connection attemperater (21), the other end connects storage tank (42), storage tank (42) outside is provided with outlet pipe (43), upper hose three (44) and downcomer three (45), upper hose three (44) is connected with water pump two (39), downcomer three (45) connects deep-well (48), water pump two (39) outside connects water inlet pipe (46), upper hose the three (44) and the 8th magnetic valve (40) and the 9th magnetic valve (41), and deep-well (48) is connected with water pump two (39) by water inlet pipe (46).
2. a kind of double water tank solar energy floor heating combining structure according to claim 1, it is characterized in that: described battery (2), controller (3) and switch module (4) are connected by wire, controller (3) and switch module (4) are powered by battery (2), controller (3) controls operation and the stopping of all parts by switch module (4), and the luminous energy of absorption is converted to electrical power storage in battery (2) by solar panel (1).
3. a kind of double water tank solar energy floor heating combining structure according to claim 1, it is characterized in that: described solar water heater (5) is Solar Enercy Fission Geyser, attemperater (6) is placed on ridge, bottom is provided with bracket one (19) (being used for supporting attemperater (6)), thermal-collecting tube (7) is positioned at attemperater (6) lower end, entirety is tiltedly placed on roofing, upper hose one (8) and downcomer one (9) are arranged on attemperater (6) two ends, thermal-collecting tube (7) is connected with attemperater (6) with downcomer one (9) by upper hose one (8), communicating pipe (14), cold water pipe one (15) and hot-water line one (16) are arranged on the outside of attemperater (6), wherein, be arranged on communicating pipe (14) in 3/4 ~ 7/8 altitude range of attemperater (6), the end of communicating pipe (14) is provided with the first magnetic valve (17), cold water pipe one (15) is arranged on the top of attemperater (6), its end is provided with the second magnetic valve (18), hot-water line one (16) is arranged on 1/2 At The Height of attemperater (6), under secondary attemperater (21) is placed on eaves, bottom is provided with bracket two (30) (being used for supporting secondary attemperater (21)), secondary attemperater (21) was connected with attemperater (6) by communicating pipe (14), there is hot-water line two (26) secondary attemperater (21) outside, upper hose two (27) and downcomer two (28), hot-water line two (26) is user side water, upper hose two (27) and downcomer two (28) are connected two-way valve two (33) and the two-way valve one (32) of coil pipe (31) respectively, wherein, the port that downcomer two (28) is close to secondary attemperater (21) is provided with the 3rd magnetic valve (29), when user does not want to use the hot water heating in secondary attemperater (21), all the time close by controller (3) the 3rd magnetic valve (29) of issuing orders.
4. a kind of double water tank solar energy floor heating combining structure according to claim 1, it is characterized in that: described electrical heating block one (10), first water level sensor (11), second water level sensor (12) and temperature sensor one (13) are connected by wire with controller (3), first level sensor (11), the signal collected can be passed to controller (3) by the second water level sensor (12) and temperature sensor one (13), when the temperature of the water in attemperater (6) is lower than 30 degree, the signal collected can be passed to controller (3) by temperature sensor one (13), controller (3) can control to stop when electrical heating block one (10) feedwater is heated to 45 degree, when the water temperature in attemperater (6) reach 70 degree and the position of water level more than the first water level sensor (11) time, and when the water level in secondary attemperater (21) does not reach the position of the 3rd water level sensor (23), controller (3) can open the first magnetic valve (17), thus by the hot water in attemperater (6) by flowing to communicating pipe (14) in secondary attemperater (21), when the water level in attemperater (6) is lower than the second level sensor (12), controller (3) can open the second magnetic valve (18), thus cold water can enter in attemperater (6).
5. a kind of double water tank solar energy floor heating combining structure according to claim 1, it is characterized in that: the electrical heating block two (22) in described secondary attemperater (21), 3rd water level sensor (23), 4th water level sensor (24), temperature sensor two (25) and warning device (47) are connected by wire with controller (3), 3rd water level sensor (23), the signal collected can be passed to controller (3) by the 4th water level sensor (24) and temperature sensor two (25), when the water level in secondary attemperater (21) is higher than the 3rd water level sensor (23), controller (3) can receive signal, all the time the first magnetic valve (17) is closed, when the water level in secondary attemperater (21) is lower than the 4th water level sensor (24), warning device (47) can receive the order automatic alarm of controller (3), carry out reminding user and do not re-use hot-water line two (26), when the temperature of the water in secondary attemperater (21) is lower than 30 degree, the signal collected can be passed to controller (3) by temperature sensor two (25), controller (3) can control to stop when electrical heating block two (22) feedwater is heated to 45 degree.
6. a kind of double water tank solar energy floor heating combining structure according to claim 1, it is characterized in that: described coil pipe (31) water inlet is provided with two-way valve the (32) and the 4th magnetic valve (34) and the 5th magnetic valve (35), two-way valve one (32) one end taps into water pipe (46), another termination downcomer two (28), and two-way valve one (32) and downcomer two (28) interface are provided with the 4th magnetic valve (34), two-way valve one (32) and water inlet pipe (46) interface are provided with the 5th magnetic valve (35), coil pipe (31) delivery port is provided with two-way valve the two (33) and the 6th magnetic valve (36) and the 7th magnetic valve (37), two-way valve two (33) one end is connected with upper hose two (27), the other end is connected with outlet pipe (43), and two-way valve two (33) and upper hose two (27) interface are provided with the 6th magnetic valve (36), two-way valve two (33) and outlet pipe (43) interface are provided with the 7th magnetic valve (37).
7. a kind of double water tank solar energy floor heating combining structure according to claim 1, it is characterized in that: described storage tank (42) outside is provided with outlet pipe (43), upper hose three (44) and downcomer three (45), outlet pipe (43) one end connects coil pipe (31), the water in coil pipe (31) is mainly made to flow to storage tank (42), upper hose three (44) makes the water in storage tank (42) flow in attemperater (6) through water pump two (39), downcomer (45) is the current depth well (48) made in storage tank (42), described water pump two (39) outside connects water inlet pipe (46), upper hose the three (44) and the 8th magnetic valve (40) and the 9th magnetic valve (41), water pump two (39) and water inlet pipe (46) interface are provided with the 8th magnetic valve (40), water pump two (39) and upper hose three (44) interface are provided with the 9th magnetic valve (41), when coil pipe (31) needs the water of deep-well (48), 8th magnetic valve (40) is opened, 9th magnetic valve (41) cuts out, water pump two (39) can make the water of deep-well (48) enter in coil pipe (39) through water inlet pipe (46), when attemperater (6) water level is lower than the second level sensor (12), 9th magnetic valve (41) is opened, 8th magnetic valve (40) cuts out, water in storage tank (42) can be drawn in attemperater (6) by water pump two (39).
8. a kind of double water tank solar energy floor heating combining structure according to claim 1, is characterized in that: described water level sensor, temperature sensor, switch module (4), magnetic valve, electrical heating block are all connected with controller (3) with water pump.
9. a kind of double water tank solar energy floor heating combining structure according to claim 1, it is characterized in that: described electrical heating block one (10) and electrical heating block two (22) be used to feed water heating, described water pump one (38) and water pump two (39) are that watering cycle provides power.
10. a kind of double water tank solar energy floor heating combining structure according to claim 1, it is characterized in that: described floor heating (20) comes to room refrigeration and heating, in the coil pipe (31) circulation be cold water time, cold water in coil pipe (31) can take away a part of heat in room, thus play refrigerating function, in the coil pipe (31) circulation be hot water time, hot water in coil pipe (31) can leave a part of heat equably in room, thus plays heating function.
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| CN201420691569.2U CN204202205U (en) | 2014-11-06 | 2014-11-06 | A kind of double water tank solar energy floor heating combining structure |
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| CN104791884A (en) * | 2015-04-03 | 2015-07-22 | 俞银星 | Bothway cyclic heating method and heating boiler with bothway circulating system |
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- 2014-11-06 CN CN201420691569.2U patent/CN204202205U/en not_active Expired - Fee Related
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| CN109826461A (en) * | 2019-02-26 | 2019-05-31 | 重庆水利电力职业技术学院 | A kind of green people place groups of building using solar energy |
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