CN205641131U - Multiple tank formula solar heating system - Google Patents
Multiple tank formula solar heating system Download PDFInfo
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- CN205641131U CN205641131U CN201620509248.5U CN201620509248U CN205641131U CN 205641131 U CN205641131 U CN 205641131U CN 201620509248 U CN201620509248 U CN 201620509248U CN 205641131 U CN205641131 U CN 205641131U
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Abstract
The utility model discloses a multiple tank formula solar heating system, including setting up at outdoor solar collector, solar collector is including shining the board water tank, shines to be equipped with a plurality of vacuum tubes that are used for the thermal -arrest, heat collector water inlet pipe and the cold water piping connection of circulation, heat collector outlet pipe and the hot water piping connection of circulation on the board water tank, the circulation cold water pipe send water piping connection with time water piping connection, wet return with indoor thermal -arrest outlet pipe of water tank, indoor circulation, and the wet return is equipped with the return water solenoid valve, and indoor thermal -arrest outlet pipe of water tank is equipped with the water pump, and indoor circulation flow pipe is equipped with indoor circulation solenoid valve, indoor thermal -arrest outlet pipe of water tank is connected with indoor thermal -arrest water tank, indoor radiator and indoor thermal -arrest water tank, indoor circulation flow pipe etc. It switches the solenoid valve to be equipped with hot water on the circulation hot -water line. The utility model discloses the small investment, the expense is low, and daily working costs is low, has solved the depreciation of spring and summer autumn idleness of equipment equipment, and solar energy combines dynamic intelligent operating with the electricity.
Description
Technical field
This utility model belongs to field of heating, and this utility model relates to a kind of cleaning heating installation, particularly relates to a kind of multipot type solar energy heating system.
Background technology
Solar heating equipment is to have advocated the emerging energy-conserving product since new forms of energy.Solar heating refers to by heat collector (as flat panel solar heat collecting plate, vacuous solar energy pipe, solar heat pipe etc. absorb the collecting device of solar energy), solar energy is converted into scattered solar energy the hot water of convenient use, the system of room heating is provided to heating end (such as floor heating system, radiator system etc.) by delivery, also known as solar heating system, it is called for short solar heating.
Solar heating is an environment-friendly engineering, and its thermal source unlike common heating system is different, and i.e. common heating is fire coal, electricity, oil, gas etc., and solar heating is to utilize solar energy pollution-free, reproducible.
From the point of view of in theory, as long as solar energy heat collector is enough big, just can produce enough heat energy, but under practical situation be, removing the economic pressures brought of high cost, the space that huge solar energy heat collector takies also universal use to solar heating equipment creates bigger obstruction.Therefore, how to ensure enough heating effects, reducing the volume of solar energy heat collector as far as possible, the cost reducing solar heating equipment is the huge problem faced in solar heating equipment design process.
Utility model content
The purpose of this utility model is to provide the multipot type solar energy heating system of a kind of high-efficiency cleaning.
For realizing above-mentioned utility model purpose, the technical solution of the utility model is: a kind of multipot type solar energy heating system, including the solar thermal collector 1 being disposed in the outdoor, described solar thermal collector 1 includes hanger plate water tank 101, hanger plate water tank 101 is provided with multiple vacuum tube 102 for thermal-arrest, water level sensor and water temperature induction apparatus it is provided with in described hanger plate water tank 101, one end of described hanger plate water tank 101 is provided with heat collector water inlet pipe 103, heat collector outlet pipe 104, heat collector water inlet pipe 103 is connected with circulating water pipe 4, heat collector outlet pipe 104 is connected with circulating hot water pipe 3, solar thermal collector 1 is connected in parallel for multiple；
Described circulating water pipe 4 is passed through indoor, is connected with the water injection pipe 5 for adding water in system, and described water injection pipe 5 other end is connected with tap water water source, and water injection pipe 5 is provided with water strainer 502, water injecting electromagnetic valve 501；Described circulating water pipe 4 is also connected with return pipe 6, return pipe 6 end is connected with indoor heat collection water tank outlet pipe 7, indoor circulation flow pipe 13 respectively, described return pipe 6 is provided with backwater electromagnetic valve 601, described indoor heat collection water tank outlet pipe 7 is provided with the water pump 701 providing Water circulation hydrodynamics, and described indoor circulation flow pipe 13 is provided with indoor circulation electromagnetic valve 1301；
Described indoor heat collection water tank outlet pipe 7 end is connected with indoor heat collection water tank 8, and interior radiator 9 is connected with indoor heat collection water tank 8 by indoor cold water pipe 11；Shown interior radiator 9 other end is connected with Indoor Thermal water pipe 12, and Indoor Thermal water pipe 12 end is connected with indoor circulation flow pipe 13, circulating hot water pipe 3 respectively；
Described circulating hot water pipe 3 is provided with hot water switching solenoid valve 301；
Described indoor heat collection water tank 8 is internal is provided with heater；
The summation of the water capacity of described solar thermal collector 1 is 4-5 times of the water capacity of interior radiator 9, and described indoor heat collection water tank 8 water capacity is 1 times of the water capacity of interior radiator 9；
In hanger plate water tank 101 in water level sensor perception hanger plate water tank 101 during water level deficiency designated water level, water injecting electromagnetic valve 501 is opened, backwater electromagnetic valve 601 cuts out, tap water water source passes through water injection pipe 5 and circulating water pipe 4 water filling in hanger plate water tank 101, when water level arrives designated water level, water injecting electromagnetic valve 501 is closed, and stops water filling；
When in water temperature induction apparatus perception hanger plate water tank 101, water temperature arrives setting value, backwater electromagnetic valve 601, hot water switching solenoid valve 301 are opened, indoor circulation electromagnetic valve 1301 cuts out, and hanger plate water tank 101, circulating hot water pipe 3, Indoor Thermal water pipe 12, interior radiator 9, indoor cold water pipe 11, indoor heat collection water tank 8, indoor heat collection water tank outlet pipe 7, return pipe 6, circulating water pipe 4 form loop of heating outside closed-chamber；
When in water temperature induction apparatus perception hanger plate water tank 101, water temperature does not arrives setting value, backwater electromagnetic valve 601, hot water switching solenoid valve 301 are closed, indoor circulation electromagnetic valve 1301 is opened, the heater of indoor heat collection water tank 8 starts, indoor circulation flow pipe 13, Indoor Thermal water pipe 12, interior radiator 9, indoor cold water pipe 11, indoor heat collection water tank 8, indoor heat collection water tank outlet pipe 7 composition Guan Bi indoor heating loop.
Preferred as one of the present utility model, described hanger plate water tank 101 is cylindrical shape, and cross-sectional diameter is 190-230 mm, length 3m, and vacuum tube 102 cross-sectional diameter is 57mm, length 1.8 m, and each hanger plate water tank 101 is equipped with 36 vacuum tubes 102.
Further, indoor heat collection water tank 8 is cylindric, including tank body 801, tank body 801 bottom is provided with water inlet 803, described indoor cold water pipe 11 is connected with water inlet 803, tank body 801 top is provided with outlet 802, described indoor heat collection water tank outlet pipe 7 is connected with outlet, it is provided with heater in the middle part of tank body 801, heater is electrically heated rod 807, electrically heated rod 807 one end is stretched in tank body 801, the other end connects power supply through tank body 801 tank wall, sewage draining exit 806 it is provided with bottom tank body 801, tank body 801 top is provided with pressure relief opening 805, pressure relief opening 805 is built with relief valve 808；Tank body 801 outer surface is enclosed with heat insulation layer 804.
Further, described Indoor Thermal water pipe 12 is connected to domestic hot-water's pipe 10.
Further, described hanger plate water tank 101, circulating hot water pipe 3, circulating water pipe 4 outer surface are equipped with heat-insulation layer, and circulating hot water pipe 3, circulating water pipe 4 outer surface are provided with temp control electric heating cable.
The beneficial effects of the utility model are:
This utility model is compared to other solar energy heating system small investments in the market, and expense is low.In the case of equal heat supply, day-to-day operation expense is significantly less than central heating, fuel oil coal gas electric boiler, it is also possible to realize annual bathing function, solves the native system spring and summer autumn idleness of equipment, the problem that equipment depreciation is accelerated.Solar energy and electric perfect adaptation, the dynamic and intelligent method of operation, running cost is preferably minimized.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is indoor heat collection water tank structural representation.
Detailed description of the invention
Below in conjunction with accompanying drawing to this utility model, the technical scheme in this utility model embodiment is clearly and completely described.
As shown in Figure 1, 2, a kind of multipot type solar energy heating system, including the solar thermal collector 1 being disposed in the outdoor, solar thermal collector 1 includes that hanger plate water tank 101, hanger plate water tank 101 are provided with multiple vacuum tube 102 for thermal-arrest, described hanger plate water tank 101 is cylindrical shape, cross-sectional diameter is 190-230 mm, length 3m, and vacuum tube 102 cross-sectional diameter is 57mm, length 1.8 m, each hanger plate water tank 101 is equipped with 36 vacuum tubes 102.
Through many experiments, on the daytime having sunlight, Beijing area December is to February.In the case of outdoor temperature 3-6 DEG C, the morning 10 .-11 point, the water of the 18 of 2.2kg DEG C can be heated to 40 DEG C by a vacuum tube, improves 5 DEG C per half an hour afterwards, the water of the 18 of 3.1kg DEG C can be heated to 35 DEG C, improves 5 DEG C per half an hour afterwards.Thus calculating, 36 57mm vacuum tubes are arranged in pairs or groups with 190-230mm water tank, and solar absorption efficiency is the highest, and heats is best, and in tank, water temperature can arrive 60-70 DEG C.
Water level sensor (not shown) and water temperature induction apparatus (not shown) it is provided with in described hanger plate water tank 101, one end of described hanger plate water tank 101 is provided with heat collector water inlet pipe 103, heat collector outlet pipe 104, heat collector water inlet pipe 103 is connected with circulating water pipe 4, heat collector outlet pipe 104 is connected with circulating hot water pipe 3, and solar thermal collector 1 is connected in parallel for multiple.
Described circulating water pipe 4 is passed through indoor, is connected with the water injection pipe 5 for adding water in system, and described water injection pipe 5 other end is connected with tap water water source, and water injection pipe 5 is provided with water strainer 502, water injecting electromagnetic valve 501；Described circulating water pipe 4 is also connected with return pipe 6, return pipe 6 end is connected with indoor heat collection water tank outlet pipe 7, indoor circulation flow pipe 13 respectively, described return pipe 6 is provided with backwater electromagnetic valve 601, described indoor heat collection water tank outlet pipe 7 is provided with the water pump 701 providing Water circulation hydrodynamics, and described indoor circulation flow pipe 13 is provided with indoor circulation electromagnetic valve 1301.
Described indoor heat collection water tank outlet pipe 7 end is connected with indoor heat collection water tank 8, and interior radiator 9 is connected with indoor heat collection water tank 8 by indoor cold water pipe 11；Shown interior radiator 9 other end is connected with Indoor Thermal water pipe 12, and Indoor Thermal water pipe 12 end is connected with indoor circulation flow pipe 13, circulating hot water pipe 3 respectively；Described Indoor Thermal water pipe 12 is connected to domestic hot-water's pipe 10.
Indoor heat collection water tank 8 is cylindric, including tank body 801, tank body 801 bottom is provided with water inlet 803, described indoor cold water pipe 11 is connected with water inlet 803, tank body 801 top is provided with outlet 802, described indoor heat collection water tank outlet pipe 7 is connected with outlet, it is provided with heater in the middle part of tank body 801, heater is electrically heated rod 807, electrically heated rod 807 one end is stretched in tank body 801, the other end connects power supply through tank body 801 tank wall, sewage draining exit 806 it is provided with bottom tank body 801, tank body 801 top is provided with pressure relief opening 805, pressure relief opening 805 is built with relief valve 808；Tank body 801 outer surface is enclosed with heat insulation layer 804.
Described circulating hot water pipe 3 is provided with hot water switching solenoid valve 301；Described hanger plate water tank 101, circulating hot water pipe 3, circulating water pipe 4 outer surface are equipped with heat-insulation layer (not shown), and circulating hot water pipe 3, circulating water pipe 4 outer surface are provided with temp control electric heating cable (not shown).
The summation of the water capacity of described solar thermal collector 1 is 5 times of the water capacity of interior radiator 9, and described indoor heat collection water tank 8 water capacity is 1 times of the water capacity of interior radiator 9.
In hanger plate water tank 101 in water level sensor perception hanger plate water tank 101 during water level deficiency designated water level, water injecting electromagnetic valve 501 is opened, backwater electromagnetic valve 601 cuts out, tap water water source passes through water injection pipe 5 and circulating water pipe 4 water filling in hanger plate water tank 101, when water level arrives designated water level, water injecting electromagnetic valve 501 is closed, and stops water filling.
When in water temperature induction apparatus perception hanger plate water tank 101, water temperature arrives setting value, backwater electromagnetic valve 601, hot water switching solenoid valve 301 are opened, indoor circulation electromagnetic valve 1301 cuts out, and hanger plate water tank 101, circulating hot water pipe 3, Indoor Thermal water pipe 12, interior radiator 9, indoor cold water pipe 11, indoor heat collection water tank 8, indoor heat collection water tank outlet pipe 7, return pipe 6, circulating water pipe 4 form loop of heating outside closed-chamber.
When in water temperature induction apparatus perception hanger plate water tank 101, water temperature does not arrives setting value, backwater electromagnetic valve 601, hot water switching solenoid valve 301 are closed, indoor circulation electromagnetic valve 1301 is opened, the heater of indoor heat collection water tank 8 starts, indoor circulation flow pipe 13, Indoor Thermal water pipe 12, interior radiator 9, indoor cold water pipe 11, indoor heat collection water tank 8, indoor heat collection water tank outlet pipe 7 composition Guan Bi indoor heating loop.
Through repetition test, solar thermal collector water-retention total amount is 4-5 times of interior radiator water consumption, when described indoor heat collection water tank water capacity is 1 times of the water capacity of interior radiator, the solar energy of system, heat energy transformation efficiency are best, heating effect is best, in the confession warm season of 4 months, no matter Changes in weather how, indoor temperature can be controlled in constant temperature 18-22 DEG C, the heating cost of the heating area of every square metre is only 20-30 unit, it is capable of minimumization of cost, also reaches the minimum power consumption of similar heating system of the same trade simultaneously.
Described embodiment is only a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.
Claims (5)
1. a multipot type solar energy heating system, including the solar thermal collector (1) being disposed in the outdoor, it is characterized in that, described solar thermal collector (1) includes hanger plate water tank (101), hanger plate water tank (101) is provided with multiple vacuum tube for thermal-arrest (102), it is provided with water level sensor and water temperature induction apparatus in described hanger plate water tank (101), one end of described hanger plate water tank (101) is provided with heat collector water inlet pipe (103), heat collector outlet pipe (104), heat collector water inlet pipe (103) is connected with circulating water pipe (4), heat collector outlet pipe (104) is connected with circulating hot water pipe (3), solar thermal collector (1) is multiple being connected in parallel；
Described circulating water pipe (4) is passed through indoor, is connected with the water injection pipe (5) for adding water in system, and described water injection pipe (5) other end is connected with tap water water source, and water injection pipe (5) is provided with water strainer (502), water injecting electromagnetic valve (501)；Described circulating water pipe (4) is also connected with return pipe (6), return pipe (6) end is connected with indoor heat collection water tank outlet pipe (7), indoor circulation flow pipe (13) respectively, described return pipe (6) is provided with backwater electromagnetic valve (601), described indoor heat collection water tank outlet pipe (7) is provided with the water pump (701) providing Water circulation hydrodynamics, and described indoor circulation flow pipe (13) is provided with indoor circulation electromagnetic valve (1301)；
Described indoor heat collection water tank outlet pipe (7) end is connected with indoor heat collection water tank (8), and interior radiator (9) is connected with indoor heat collection water tank (8) by indoor cold water pipe (11)；Shown interior radiator (9) other end is connected with Indoor Thermal water pipe (12), and Indoor Thermal water pipe (12) end is connected with indoor circulation flow pipe (13), circulating hot water pipe (3) respectively；
Described circulating hot water pipe (3) is provided with hot water switching solenoid valve (301)；
Described indoor heat collection water tank (8) is internal is provided with heater；
The summation of the water capacity of described solar thermal collector (1) is 4-5 times of the water capacity of interior radiator (9), and described indoor heat collection water tank (8) water capacity is 1 times of the water capacity of interior radiator (9)；
During hanger plate water tank (101) interior water level sensor perception hanger plate water tank (101) interior water level deficiency designated water level, water injecting electromagnetic valve (501) is opened, backwater electromagnetic valve (601) cuts out, tap water water source passes through water injection pipe (5) and circulating water pipe (4) water filling in hanger plate water tank (101), when water level arrives designated water level, water injecting electromagnetic valve (501) is closed, and stops water filling；
When water temperature induction apparatus perception hanger plate water tank (101) interior water temperature arrives setting value, backwater electromagnetic valve (601), hot water switching solenoid valve (301) are opened, indoor circulation electromagnetic valve (1301) cuts out, loop of heating outside hanger plate water tank (101), circulating hot water pipe (3), Indoor Thermal water pipe (12), interior radiator (9), indoor cold water pipe (11), indoor heat collection water tank (8), indoor heat collection water tank outlet pipe (7), return pipe (6), circulating water pipe (4) composition closed-chamber；
When water temperature induction apparatus perception hanger plate water tank (101) interior water temperature does not arrives setting value, backwater electromagnetic valve (601), hot water switching solenoid valve (301) are closed, indoor circulation electromagnetic valve (1301) is opened, the heater of indoor heat collection water tank (8) starts, indoor circulation flow pipe (13), Indoor Thermal water pipe (12), interior radiator (9), indoor cold water pipe (11), indoor heat collection water tank (8), indoor heat collection water tank outlet pipe (7) composition Guan Bi indoor heating loop.
Multipot type solar energy heating system the most according to claim 1, it is characterized in that, described hanger plate water tank (101) is cylindrical shape, cross-sectional diameter is 190-230 mm, length 3m, vacuum tube (102) cross-sectional diameter is 57mm, length 1.8 m, and each hanger plate water tank (101) is equipped with 36 vacuum tubes (102).
nullMultipot type solar energy heating system the most according to claim 1，It is characterized in that，Indoor heat collection water tank (8) is cylindric，Including tank body (801)，Tank body (801) bottom is provided with water inlet (803)，Described indoor cold water pipe (11) is connected with water inlet (803)，Tank body (801) top is provided with outlet (802)，Described indoor heat collection water tank outlet pipe (7) is connected with outlet，Tank body (801) middle part is provided with heater，Heater is electrically heated rod (807)，Electrically heated rod (807) one end is stretched in tank body (801)，The other end connects power supply through tank body (801) tank wall，Tank body (801) bottom is provided with sewage draining exit (806)，Tank body (801) top is provided with pressure relief opening (805)，Pressure relief opening (805) is built with relief valve (808)；Tank body (801) outer surface is enclosed with heat insulation layer (804).
Multipot type solar energy heating system the most according to claim 1, it is characterised in that described Indoor Thermal water pipe (12) is connected to domestic hot-water's pipe (10).
Multipot type solar energy heating system the most according to claim 1, it is characterized in that, described hanger plate water tank (101), circulating hot water pipe (3), circulating water pipe (4) outer surface are equipped with heat-insulation layer, and circulating hot water pipe (3), circulating water pipe (4) outer surface are provided with temp control electric heating cable.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620509248.5U CN205641131U (en) | 2016-05-30 | 2016-05-30 | Multiple tank formula solar heating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620509248.5U CN205641131U (en) | 2016-05-30 | 2016-05-30 | Multiple tank formula solar heating system |
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| Publication Number | Publication Date |
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| CN205641131U true CN205641131U (en) | 2016-10-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620509248.5U Expired - Fee Related CN205641131U (en) | 2016-05-30 | 2016-05-30 | Multiple tank formula solar heating system |
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| CN (1) | CN205641131U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105864870A (en) * | 2016-05-30 | 2016-08-17 | 北京天赐馨圆清洁能源科技有限责任公司 | Multi-tank type solar heating system |
| CN107024004A (en) * | 2017-04-13 | 2017-08-08 | 王体会 | A kind of electric-heating water energy storage heating and solar energy water energy storage heating complementary system |
-
2016
- 2016-05-30 CN CN201620509248.5U patent/CN205641131U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105864870A (en) * | 2016-05-30 | 2016-08-17 | 北京天赐馨圆清洁能源科技有限责任公司 | Multi-tank type solar heating system |
| CN105864870B (en) * | 2016-05-30 | 2018-08-28 | 北京天赐馨圆清洁能源科技有限责任公司 | Multipot type solar energy heating system |
| CN107024004A (en) * | 2017-04-13 | 2017-08-08 | 王体会 | A kind of electric-heating water energy storage heating and solar energy water energy storage heating complementary system |
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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: 20161012 Termination date: 20180530 |