CN205669896U - A kind of novel air conditioning system - Google Patents
A kind of novel air conditioning system Download PDFInfo
- Publication number
- CN205669896U CN205669896U CN201620322802.9U CN201620322802U CN205669896U CN 205669896 U CN205669896 U CN 205669896U CN 201620322802 U CN201620322802 U CN 201620322802U CN 205669896 U CN205669896 U CN 205669896U
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Abstract
The utility model discloses a kind of novel air conditioning system, be made up of water for bathing collection device, purifier, attemperater, solar thermal collector, hot water storage tank, user's end, source pump, hot-water boiler, underground pipe, filling pipe, water pump, valve；It is characterized in that the outlet of described solar thermal collector is connected with the high temperature side entrance of hot water storage tank by pipeline, and solar thermal collector entrance connects the high temperature side outlet of hot water storage tank by being installed with the pipeline of water pump；The beneficial effects of the utility model are, by the used heat had a bath and solar energy earth-source hot-pump system use in conjunction, not only to have reused the heat in waste water of bath, and by wastewater collection in water for bathing collection device, and recycling after purifying by purifier；This utility model stable performance, can meet the demand of people with summer in the winter time.
Description
Technical field
This utility model relates to a kind of novel air conditioning system, belongs to and heats, freezes and the application of geothermal energy utilization.
Background technology
People are in bath center, and used hot water is directly discharged into sewer by pipeline, and the temperature of these water is the biggest
In 20 DEG C, it is directly discharged into sewer, not only wastes water, and waste heat.Earth source heat pump is the sky of a kind of energy-conserving and environment-protective
Conditioning technology, is with soil as Cooling and Heat Source, and winter takes heat from soil, and summer is heat extraction in soil, to realize the heating to building
Purpose with refrigeration.It addition, China's shortage of fresh water, water pollutes especially severe, waste water of bath after high purification, uses
In earth source heat pump, it will be greatly saved freshwater resources.
At north cold area heat load of heating system in winter more than summer air conditioning load, when being used alone soil source heat pump, exist
The rough sledding that Soil Thermal is unbalance, this can cause underground temperature to reduce year by year, thus reduce operation of heat pump efficiency.And the sun
Although energy-earth-source hot-pump system can solve Soil Thermal unbalance, but it is unstable, is restricted by a lot of situations, such as weather
Deng.
Summary of the invention
The purpose of this utility model is to provide a kind of novel air conditioning system, it is thus possible to the heat made full use of in waste water of bath
Amount, saving water resource, the Soil Thermal unbalance in the soil source heat pump application process of north cold area can also be solved simultaneously.
A kind of novel air conditioning system, by water for bathing collection device (1), purifier (2), attemperater (3), solar energy collection
Hot device (4), hot water storage tank (5), user's end (6), source pump (7), hot-water boiler (8), underground pipe (9), filling pipe (10),
Valve one (61), valve two (62), valve three (63), valve four (64), valve five (65), valve six (66), valve seven (67),
Valve eight (68), valve nine (69), valve ten (610), valve ten one (611), valve ten two (612), valve ten three (613),
Valve ten four (614), water pump one (71), water pump two (72), water pump three (73), water pump four (74), water pump five (75), water pump six
(76) composition；It is characterized in that described solar thermal collector (4) outlet high temperature side entrance phase by pipeline with hot water storage tank (5)
Connect, and solar thermal collector (4) entrance goes out by being installed with the high temperature side of pipeline connection hot water storage tank (5) of water pump one (71)
Mouthful；Described underground pipe (9) outlet by be provided with water pump two (72), valve one (61) pipeline and be provided with water pump three (73),
Valve three (63), the pipeline of valve four (64) connect the low temperature side entrance of hot water storage tank (5) and entering of source pump (7) respectively
Mouthful, the entrance of underground pipe (9) is by being provided with the pipeline of valve two (62) and being provided with valve five (65), the pipe of valve six (66)
Road is connected with the low-temperature outlet of hot water storage tank (5) and the outlet of source pump (7) respectively；Described source pump (7) and user end
End (6) connects；Described water for bathing collection device (1) is connected with purifier (2) by being provided with the pipeline of water pump six (76), and
Bathing water purification devices (2) is connected with attemperater (3) by pipeline；Described attemperater (3) is by being provided with valve eight
(68), the pipeline of water pump four (74) and the pipeline being provided with valve seven (67) connect hot water storage tank (5) and water pump three (73) respectively
Connect；Described hot-water boiler (8) is connected with water pump five (75) by pipeline, and water pump five (75) is by being provided with valve 13
(613) pipeline and the pipeline being provided with valve nine (69) are connected with hot water storage tank (5) and source pump (7) respectively；Described storage
Boiler (5), hot-water boiler (8) and underground pipe (9) are all connected with filling pipe (10).
The beneficial effects of the utility model are the used heat having a bath and the system combined application of solar energy-ground source heat pump, no
But reuse the heat in waste water of bath, and by wastewater collection in water for bathing collection device (1), and filled by purification
Put after (2) purify and reuse；This utility model stable performance, can meet the demand of people with summer in the winter time.
Accompanying drawing explanation
Fig. 1 is principle schematic of the present utility model.
In figure, water for bathing collection device (1), purifier (2), attemperater (3), solar thermal collector (4), accumulation of heat water
Case (5), user's end (6), source pump (7), hot-water boiler (8), underground pipe (9), filling pipe (10), valve one (61), valve
Door two (62), valve three (63), valve four (64), valve five (65), valve six (66), valve seven (67), valve eight (68), valve
Door nine (69), valve ten (610), valve ten one (611), valve ten two (612), valve ten three (613), valve ten four (614),
Water pump one (71), water pump two (72), water pump three (73), water pump four (74), water pump five (75), water pump six (76).
Detailed description of the invention
It is below better embodiment of the present utility model, but the most therefore limits protection domain of the present utility model.
As it can be seen, a kind of novel air conditioning system, by water for bathing collection device (1), purifier (2), attemperater
(3), solar thermal collector (4), hot water storage tank (5), user's end (6), source pump (7), hot-water boiler (8), underground pipe
(9), filling pipe (10), valve one (61), valve two (62), valve three (63), valve four (64), valve five (65), valve six
(66), valve seven (67), valve eight (68), valve nine (69), valve ten (610), valve ten one (611), valve 12
(612), valve ten three (613), valve ten four (614), water pump one (71), water pump two (72), water pump three (73), water pump four
(74), water pump five (75), water pump six (76) composition；It is characterized in that described solar thermal collector (4) exports by pipeline and accumulation of heat
The high temperature side entrance of water tank (5) is connected, and solar thermal collector (4) entrance connects storage by being installed with the pipeline of water pump one (71)
The high temperature side outlet of boiler (5)；Described underground pipe (9) exports by being provided with water pump two (72), the pipeline of valve one (61)
With water pump three (73) is installed, valve three (63), the pipeline of valve four (64) connect the low temperature side entrance of hot water storage tank (5) respectively
With the entrance of source pump (7), the entrance of underground pipe (9) is by being provided with the pipeline of valve two (62) and being provided with valve five
(65), the pipeline of valve six (66) is connected with the low-temperature outlet of hot water storage tank (5) and the outlet of source pump (7) respectively；Described
Source pump (7) is connected with user's end (6)；Described water for bathing collection device (1) is by being provided with the pipeline of water pump six (76)
It is connected with purifier (2), and bathing water purification devices (2) is connected with attemperater (3) by pipeline；Described attemperater
(3) by being provided with valve eight (68), the pipeline of water pump four (74) and being provided with the pipeline of valve seven (67) and connect accumulation of heat respectively
Water tank (5) and water pump three (73) connect；Described hot-water boiler (8) is connected with water pump five (75) by pipeline, and water pump five (75)
By be provided with valve ten three (613) pipeline and be provided with the pipeline of valve nine (69) respectively with hot water storage tank (5) and heat pump
Unit (7) connects；Described hot water storage tank (5), hot-water boiler (8) and underground pipe (9) are all connected with filling pipe (10).
Below in conjunction with the accompanying drawings 1, its detailed description of the invention is illustrated by a point different mode operating mode:
Water supplement pattern: after water for bathing is collected by water for bathing collection device (1), now waste water of bath temperature is more than 20 DEG C,
The power provided through water pump six (76) is transported to purifier (2), after waste water of bath is cleaned device (2) purification, and conveying
In attemperater (3), now the temperature of water reduces to 20 DEG C, and whole process is all incubated.When the water level in attemperater (3) is high
After going out setting value, carry out moisturizing to hot water storage tank (5) and underground pipe (9).Open water pump one (71), water pump three (73), water pump
Four (74), switch off the pump two (72), water pump five (75), water pump six (76)；Open valve three (63), valve four (64), valve five
(65), valve six (66), valve seven (67), valve eight (68), close valve one (61), valve two (62), valve nine (69), valve
Door ten (610), valve ten one (611), valve ten two (612), valve ten three (613), valve ten four (614), attemperater (3)
In warm water under the power that water pump four (74) and water pump three (73) provide, be respectively delivered to hot water storage tank (5) and source pump
(7), in, carry out moisturizing, then the circulation by respective system, make the water yield fill whole system.When rate of water make-up deficiency, open valve
Ten one (611), valve ten two (612), carries out moisturizing with filling pipe (10).When the water level in hot water storage tank (5) is higher than setting value
Afterwards, switch off the pump one (71), water pump four (74), close valve eight (68).
Winter mode one: when the heating initial stage, when heating load is the highest, only runs soil source heat pump system, i.e. merely with
Underground pipe (9) runs the heating of soil source heat pump heating condition as thermal source.Now, valve three (63), valve four (64), valve are opened
Door five (65), valve six (66), close valve one (61), valve two (62), valve seven (67), valve eight (68), valve nine
(69), valve ten (610), valve ten one (611), valve ten two (612), valve ten three (613), valve ten four (614).Open
Water pump one (71), water pump three (73), switch off the pump two (72), water pump four (74), water pump five (75), water pump six (76).Thermal source follows
The power that ring water is provided by water pump three (73) by underground pipe (9) is transported to source pump (7), in source pump (7)
Heat circulation, finally heat is flowed to user's end (6).
Winter mode two: along with the increase of heating load, soil occurs when thermal balance is lacked of proper care, and only utilizes attemperater (3)
In warm water as thermal source direct heating.In the winter time on the basis of pattern one, open valve valve seven (67), valve nine (69),
Close valve three (63), valve four (64), valve five (65), valve six (66), water pump three (73) provide power reservoir
(3) warm water in is transported to source pump (7), finally heat is flowed to user's end (6), from source pump (7) out
Water, under the power that water pump five (75) provides, enters into hot-water boiler (8), heats.On the other hand, water pump two is opened
(72), open valve one (61), valve two (62), valve four (64), valve six (66), the recirculated water in underground pipe (9) is led to
The power that crossing water pump two (72) provides is transported in hot water storage tank (5), carries out heat exchange, heat exchange with the hot water in hot water storage tank (5)
After recirculated water again heat is transported in soil, store heat, soil is in Restoration stage.When water in attemperater (3)
Temperature, less than setting value or during water shortage, is user's heat supply with underground pipe (9) again.
Summer mode: in this mode, switches off the pump two (72), water pump four (74), closes valve one (61), valve two
(62), valve seven (67), valve eight (68), valve nine (69), valve ten one (611), valve ten two (612).Run soil source
Heat pump, i.e. runs soil source heat pump cooling condition merely with underground pipe (9) as low-temperature receiver, opens water pump three (73), opens
Valve three (63), valve four (64), valve five (65), valve six (66), the heat at colod-application family passes through user's end (6), is followed
Ring water is brought into source pump (7), through the kind of refrigeration cycle of source pump (7), heat is transported to underground pipe (9), is discharged into
In soil.On the other hand, open water pump five (75), open valve ten three (613), valve ten four (614), by hot water storage tank (5)
In hot water and warm water in attemperater (3) under the power that water pump five (75) provides, be transported in hot-water boiler (8), enter
Row heating, after being used by a user, is again introduced in water for bathing collection device (1), so circulates.The most i.e. decrease non-renewable
The burning of the energy, protects again environment, has saved again water resource.
This utility model, by the used heat of water for bathing and the system combined operation of solar energy-ground source heat pump, well solves soil
The problem that heat is unbalance, saves water resource, and simple to operate, practical.
Claims (1)
1. a novel air conditioning system, by water for bathing collection device (1), purifier (2), attemperater (3), solar energy heating
Device (4), hot water storage tank (5), user's end (6), source pump (7), hot-water boiler (8), underground pipe (9), filling pipe (10), valve
Door one (61), valve two (62), valve three (63), valve four (64), valve five (65), valve six (66), valve seven (67), valve
Door eight (68), valve nine (69), valve ten (610), valve ten one (611), valve ten two (612), valve ten three (613), valve
Men Shisi (614), water pump one (71), water pump two (72), water pump three (73), water pump four (74), water pump five (75), water pump six (76)
Composition；It is characterized in that described solar thermal collector (4) outlet is connected by the high temperature side entrance of pipeline with hot water storage tank (5), and
Solar thermal collector (4) entrance connects the high temperature side of hot water storage tank (5) and exports by being installed with the pipeline of water pump one (71)；Described
Underground pipe (9) outlet is by being provided with water pump two (72), the pipeline of valve one (61) and being provided with water pump three (73), valve three
(63), the pipeline of valve four (64) connect low temperature side entrance and the entrance of source pump (7) of hot water storage tank (5) respectively, buried
The entrance of pipe (9) is by being provided with the pipeline of valve two (62) and being provided with the pipeline difference of valve five (65), valve six (66)
It is connected with the low-temperature outlet of hot water storage tank (5) and the outlet of source pump (7)；Described source pump (7) is with user's end (6) even
Connect；Described water for bathing collection device (1) is connected with purifier (2) by being provided with the pipeline of water pump six (76), and water for bathing
Purifier (2) is connected with attemperater (3) by pipeline；Described attemperater (3) is by being provided with valve eight (68), water pump
The pipeline of four (74) and the pipeline being provided with valve seven (67) connect hot water storage tank (5) respectively and water pump three (73) connects；Described
Hot-water boiler (8) is connected with water pump five (75) by pipeline, and water pump five (75) is by being provided with the pipeline of valve ten three (613)
It is connected with hot water storage tank (5) and source pump (7) respectively with the pipeline being provided with valve nine (69)；Described hot water storage tank (5), heat
Homogeneous solution-type reactor (8) and underground pipe (9) are all connected with filling pipe (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620322802.9U CN205669896U (en) | 2016-04-12 | 2016-04-12 | A kind of novel air conditioning system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620322802.9U CN205669896U (en) | 2016-04-12 | 2016-04-12 | A kind of novel air conditioning system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205669896U true CN205669896U (en) | 2016-11-02 |
Family
ID=57193791
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620322802.9U Expired - Fee Related CN205669896U (en) | 2016-04-12 | 2016-04-12 | A kind of novel air conditioning system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205669896U (en) |
-
2016
- 2016-04-12 CN CN201620322802.9U patent/CN205669896U/en not_active Expired - Fee Related
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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 |
Granted publication date: 20161102 Termination date: 20170412 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |