CN205383722U - Energy -conserving integrated system in cold and hot source of building with concurrent heating function - Google Patents
Energy -conserving integrated system in cold and hot source of building with concurrent heating function Download PDFInfo
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- CN205383722U CN205383722U CN201620102467.1U CN201620102467U CN205383722U CN 205383722 U CN205383722 U CN 205383722U CN 201620102467 U CN201620102467 U CN 201620102467U CN 205383722 U CN205383722 U CN 205383722U
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Abstract
The utility model discloses an energy -conserving integrated system in cold and hot source of building with concurrent heating function, including screw rod cooling water set, vertical couple of line pipe steam water heat exchanger of heating, the water tank that condenses, gas -distributing cylinder, air cooled heat pump, heat storage tank, plate heat exchanger, life hot water steam water heat exchanger, hot water water supply installation and plate heat exchanger intelligence temperature control system, because the utility model discloses introduce the energy -conserving integrated system in cold and hot source of building with the municipal heat supply pipe network, avoided two sets of systems independently to occupy bigger space. The utility model discloses refrigeration and winter heating adopt same pipe network in summer, have saved the construction investment. The utility model discloses a heat source part has included municipal heat supply pipe network and air cooled heat pump, has ensured heating system's reliability service. The utility model discloses increase city steam concurrent heating pipeline, when the heat that provides as air cooled heat pump is not enough, can start city steam concurrent heating pipeline, ensured the hydrothermal capacity supply of premises.
Description
Technical field
This utility model relates to the central air conditioner system of a kind of building, particularly a kind of Cool & Heat Source of Buildings system.
Background technology
The design of the Cooling and Heat Source of building central air conditioner system greatly affects initial cost and the operating cost of air conditioning system, simultaneously because the energy resource structure of domestic each department, policy guidance, environmental requirement difference all can affect the economic rationality of Scheme Choice.
In prior art, the Cooling and Heat Source configuration of central air conditioner system includes kinds of schemes: as: water cooled chiller+boiler configuration, pump type heat unit, lithium bromide absorption-type machine unit and chilling air conditioning system etc., these allocation plans are respectively arranged with quality in actual use, for a concrete building, how to effectively utilize space, can reduce expenditure of construction can realize again energy-conservation purpose be developer must faced by a problem.
Utility model content
For solving the problems referred to above that prior art exists, this utility model to design one can effectively utilize space, can reduce expenditure of construction and can reduce again the Cool & Heat Source of Buildings energy-saving integrated system with concurrent heating function of energy consumption.
nullTo achieve these goals，The technical solution of the utility model is as follows: a kind of Cool & Heat Source of Buildings energy-saving integrated system with concurrent heating function，Including screw water cooling machine set、The vertical double corrugated pipe vapor-water heat exchanger of heating、Chilled water pump、Cooling water pump、Cooling tower、Electric water treatment device A、Electric water treatment device B、Condensate tank、Water supply tank、Water knockout drum、Water collector、Gas-distributing cylinder、Desuperheating water self-con-tained unit、Water hammer-resistant steam automatic pump group、Steam-water separator group、Steam pilot-operated type pressure-reducing station A、Aerosol type mechanical type attemperator、Gas-distributing cylinder floating ball hydrophobic water valve group、Steam pilot-operated type pressure-reducing station B、Heating vapor-water heat exchanger intelligence vapor (steam) temperature regulates system、Heating vapor-water heat exchanger condensed water drain valve group、Air-cooled heat pump、Hot water storage tank、Plate type heat exchanger、Domestic hot-water's vapor-water heat exchanger、Condensate circulating pump、Domestic hot-water's heat cycles pump、Heat pump cycle pump、Hot water water supply installation、Domestic hot-water regulates system by vapor-water heat exchanger intelligence vapor (steam) temperature、Domestic hot-water regulates system with condensed water drain valve group and plate type heat exchanger intelligent temperature；
Described screw water cooling machine set includes two screw chillers in parallel；
The cooling water water return outlet of described screw water cooling machine set connects the cooling water mouth of screw water cooling machine set again after being sequentially connected with cooling tower, cooling water pump and electric water treatment device A, constitute chilled(cooling) water return (CWR)；
The chilled water water return outlet of described screw water cooling machine set connects the chilled water feed water inlet of screw water cooling machine set again after being sequentially connected with electric water treatment device B, chilled water pump, water collector and water knockout drum, constitute chilled water circuit；Pipeline between chilled water pump and water collector is connected to water supply tank；
The hot water side feed water inlet of described heating vertical double corrugated pipe vapor-water heat exchanger connects the hot water side water return outlet of the vertical double corrugated pipe vapor-water heat exchanger of heating again after being sequentially connected with water knockout drum, water collector, chilled water pump and electric water treatment device B, constitute the hot-water return of the vertical double corrugated pipe vapor-water heat exchanger hot water side of heating；
The steam side of the vertical double corrugated pipe vapor-water heat exchanger of described heating regulates system connection gas-distributing cylinder, its condensation-water drain for steam ports through heating vapor-water heat exchanger intelligence vapor (steam) temperature and is connected to condensate tank successively after heating vapor-water heat exchanger condensed water drain valve group and water hammer-resistant steam automatic pump group, constitutes the steam side pipeline of the vertical double corrugated pipe vapor-water heat exchanger of heating；
The entrance of the condensation side of described plate type heat exchanger regulates system through plate type heat exchanger intelligent temperature and is connected with condensate tank, is then connected to the outlet of the condensation side of plate type heat exchanger, constitutes condensed water loop；
After the entrance of the hot water side of described plate type heat exchanger is sequentially connected with domestic hot-water's heat cycles pump and hot water storage tank, it is connected to the outlet of the hot water side of plate type heat exchanger, constitutes domestic hot-water loop；
Described domestic hot-water regulates system through domestic hot-water by vapor-water heat exchanger intelligence vapor (steam) temperature with the steam inlet of vapor-water heat exchanger steam side and is connected to gas-distributing cylinder, constitutes steam concurrent heating pipeline；Domestic hot-water is connected to condensate tank through domestic hot-water by condensed water drain valve group with the condensation-water drain of vapor-water heat exchanger steam side；
The hot water side of described domestic hot-water's vapor-water heat exchanger is in parallel with the hot water side of plate type heat exchanger, and its hot water side entrance is connected to hot water storage tank through domestic hot-water's heat cycles pump；The outlet of its hot water side is directly connected to hot water storage tank；
The entrance of the hot water side of described domestic hot-water's vapor-water heat exchanger also has a pipeline with butterfly valve to be connected with the outlet of the hot water side of plate type heat exchanger；
Described hot water storage tank connects back to hot water storage tank again through heat pump cycle pump and air-cooled heat pump, constitutes heat pump cycle water loop；Described hot water storage tank is connected with hot water water supply installation, constitutes hot water feeding pipe road；
Described gas-distributing cylinder is also sequentially connected with aerosol type mechanical type attemperator, steam pilot-operated type pressure-reducing station A and steam-water separator group, and the entrance of steam-water separator group connects urban heating network through effusion meter, constitutes steam pipework；Aerosol type mechanical type attemperator is also connected with condensate tank through desuperheating water self-con-tained unit；
Described condensate tank connects garage air curtain system；
Described gas-distributing cylinder is also connected with gas-distributing cylinder floating ball hydrophobic water valve group and steam pilot-operated type pressure-reducing station B respectively；Steam pilot-operated type pressure-reducing station B connects garage air curtain system；
Described heating vapor-water heat exchanger intelligence vapor (steam) temperature regulates system and also has a pipeline to be directly connected with water hammer-resistant steam automatic pump group.
Further, described heating vapor-water heat exchanger intelligence vapor (steam) temperature regulates system and also has a pipeline to be directly connected with water hammer-resistant steam automatic pump group.
Further, described water supply tank is additionally provided with tap water water pipe and discharge pipe line.
Further, described hot water storage tank is provided with tap water water pipe and discharge pipe line.
Further, described condensation water tank is provided with tap water water pipe and discharge pipe line.
Further, whole system also includes automatic control system, temperature sensor, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer, described automatic control system is connected with temperature sensor, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer respectively, and the quantity of described temperature sensor, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer has multiple.
Operation principle of the present utility model and method are as follows:
Low-temperature receiver of the present utility model is provided by screw water cooling machine set, and thermal source is provided by urban heating network and air-cooled heat pump.Air-cooled heat pump provides hot water supply for the user in building for a long time, if the heat that air-cooled heat pump provides is inadequate, is then provided additional heat by urban heating network.Screw water cooling machine set provides chilled water in summer for the user in building.Urban heating network provides heating steam in winter for building.The heating network of heating in winter and the cooling pipe network of cooling in summer adopt same pipe network.Automatic control system is according to being automatically opened or closed corresponding electric control valve season, and carries out the control of heat supply or cooling according to the information of relevant device and the temperature sensor at position, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer.
The entrance of the hot water side of domestic hot-water's vapor-water heat exchanger of the present utility model also has a pipeline with butterfly valve to be connected with the outlet of the hot water side of plate type heat exchanger, initial operating stage is for for flushing of pipeline, running participates in circulate for the domestic hot-water of hot water storage tank, make the temperature equalization of hot water storage tank.
Compared with prior art, this utility model has the advantages that
1, owing to urban heating network is incorporated into the Cooling and Heat Source energy-saving integrated system of building by this utility model, it is to avoid two cover systems independently take bigger space.
2, this utility model adopts same pipe network at cooling in summer and Winter heat supply, saves construction investment.
3, thermal source part of the present utility model includes urban heating network and air-cooled heat pump, it is ensured that the reliability service of heating system, energy-conserving and environment-protective.
4, this utility model adds city steam concurrent heating pipeline, when the heat that air-cooled heat pump provides is inadequate, it is possible to start city steam concurrent heating pipeline, it is ensured that enough supplies of hot water in building.
Accompanying drawing explanation
This utility model only has 1, accompanying drawing, wherein:
Fig. 1 is structural representation of the present utility model.
nullIn figure: 1、Screw water cooling machine set，2、The vertical double corrugated pipe vapor-water heat exchanger of heating，3、Chilled water pump，4、Cooling water pump，5、Cooling tower，6、Electric water treatment device A，7、Electric water treatment device B，8、Condensate tank，9、Water supply tank，10、Water knockout drum，11、Water collector，12、Gas-distributing cylinder，13、Desuperheating water self-con-tained unit，14、Water hammer-resistant steam automatic pump group，15、Steam-water separator group，16、Steam pilot-operated type pressure-reducing station A，17、Aerosol type mechanical type attemperator，18、Gas-distributing cylinder floating ball hydrophobic water valve group，19、Steam pilot-operated type pressure-reducing station B，20、Heating vapor-water heat exchanger intelligence vapor (steam) temperature regulates system，21、Heating vapor-water heat exchanger condensed water drain valve group，22、Air-cooled heat pump，23、Hot water storage tank，24、Plate type heat exchanger，25、Domestic hot-water's vapor-water heat exchanger，26、Condensate circulating pump，27、Domestic hot-water's heat cycles pump，28、Heat pump cycle pump，29、Hot water water supply installation，30、Domestic hot-water regulates system by vapor-water heat exchanger intelligence vapor (steam) temperature，31、Domestic hot-water is by condensed water drain valve group，32、Plate type heat exchanger intelligent temperature regulates system.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is further described through.nullAs shown in Figure 1，A kind of Cool & Heat Source of Buildings energy-saving integrated system with concurrent heating function，Including screw water cooling machine set 1、The vertical double corrugated pipe vapor-water heat exchanger 2 of heating、Chilled water pump 3、Cooling water pump 4、Cooling tower 5、Electric water treatment device A6、Electric water treatment device B7、Condensate tank 8、Water supply tank 9、Water knockout drum 10、Water collector 11、Gas-distributing cylinder 12、Desuperheating water self-con-tained unit 13、Water hammer-resistant steam automatic pump group 14、Steam-water separator group 15、Steam pilot-operated type pressure-reducing station A16、Aerosol type mechanical type attemperator 17、Gas-distributing cylinder floating ball hydrophobic water valve group 18、Steam pilot-operated type pressure-reducing station B19、Heating vapor-water heat exchanger intelligence vapor (steam) temperature regulates system 20、Heating vapor-water heat exchanger condensed water drain valve group 21、Air-cooled heat pump 22、Hot water storage tank 23、Plate type heat exchanger 24、Domestic hot-water's vapor-water heat exchanger 25、Condensate circulating pump 26、Domestic hot-water's heat cycles pump 27、Heat pump cycle pump 28、Hot water water supply installation 29、Domestic hot-water regulates system 30 by vapor-water heat exchanger intelligence vapor (steam) temperature、Domestic hot-water regulates system 32 with condensed water drain valve group 31 and plate type heat exchanger intelligent temperature；
Described screw water cooling machine set 1 includes two screw chillers in parallel；
The cooling water water return outlet of described screw water cooling machine set 1 connects the cooling water mouth of screw water cooling machine set 1 again after being sequentially connected with cooling tower 5, cooling water pump 4 and electric water treatment device A6, constitute chilled(cooling) water return (CWR)；
The chilled water water return outlet of described screw water cooling machine set 1 connects the chilled water feed water inlet of screw water cooling machine set 1 again after being sequentially connected with electric water treatment device B7, chilled water pump 3, water collector 11 and water knockout drum 10, constitute chilled water circuit；Pipeline between chilled water pump 3 and water collector 11 is connected to water supply tank 9；
The hot water side feed water inlet of described heating vertical double corrugated pipe vapor-water heat exchanger 2 connects the hot water side water return outlet of the vertical double corrugated pipe vapor-water heat exchanger 2 of heating again after being sequentially connected with water knockout drum 10, water collector 11, chilled water pump 3 and electric water treatment device B7, constitute the hot-water return of heating vertical double corrugated pipe vapor-water heat exchanger 2 hot water side；
The steam side of the vertical double corrugated pipe vapor-water heat exchanger 2 of described heating connects gas-distributing cylinder 12, its condensation-water drain for steam ports through heating vapor-water heat exchanger intelligence vapor (steam) temperature adjustment system 20 and is connected to condensate tank 8 successively after heating vapor-water heat exchanger condensed water drain valve group 21 and water hammer-resistant steam automatic pump group 14, constitutes the steam side pipeline of the vertical double corrugated pipe vapor-water heat exchanger 2 of heating；
The entrance of the condensation side of described plate type heat exchanger 24 regulates system 32 through plate type heat exchanger intelligent temperature and is connected with condensate tank 8, is then connected to the outlet of the condensation side of plate type heat exchanger 24, constitutes condensed water loop；
After the entrance of the hot water side of described plate type heat exchanger 24 is sequentially connected with domestic hot-water's heat cycles pump 27 and hot water storage tank 23, it is connected to the outlet of the hot water side of plate type heat exchanger 24, constitutes domestic hot-water loop；
Described domestic hot-water regulates system 30 through domestic hot-water by vapor-water heat exchanger intelligence vapor (steam) temperature with the steam inlet of vapor-water heat exchanger steam side and is connected to gas-distributing cylinder 12, constitutes steam concurrent heating pipeline；Domestic hot-water is connected to condensate tank 8 through domestic hot-water by condensed water drain valve group 31 with the condensation-water drain of vapor-water heat exchanger steam side；
The hot water side of described domestic hot-water's vapor-water heat exchanger 25 is in parallel with the hot water side of plate type heat exchanger 24, and its hot water side entrance is connected to hot water storage tank 23 through domestic hot-water's heat cycles pump 27；The outlet of its hot water side is directly connected to hot water storage tank 23；
The entrance of the hot water side of described domestic hot-water's vapor-water heat exchanger 25 also has a pipeline with butterfly valve to be connected with the outlet of the hot water side of plate type heat exchanger 24；
Described hot water storage tank 23 connects back to hot water storage tank 23 again through heat pump cycle pump 28 and air-cooled heat pump 22, constitutes heat pump cycle water loop；Described hot water storage tank 23 is connected with hot water water supply installation 29, constitutes hot water feeding pipe road；
Described gas-distributing cylinder 12 is also sequentially connected with aerosol type mechanical type attemperator 17, steam pilot-operated type pressure-reducing station A16 and steam-water separator group 15, and the entrance of steam-water separator group 15 connects urban heating network through effusion meter, constitutes steam pipework；Aerosol type mechanical type attemperator 17 is also connected with condensate tank 8 through desuperheating water self-con-tained unit 13；
Described condensate tank 8 connects garage air curtain system；
Described gas-distributing cylinder 12 is also connected with gas-distributing cylinder floating ball hydrophobic water valve group 18 and steam pilot-operated type pressure-reducing station B19 respectively；Steam pilot-operated type pressure-reducing station B19 connects garage air curtain system；
Described heating vapor-water heat exchanger intelligence vapor (steam) temperature regulates system 20 and also has a pipeline to be directly connected with water hammer-resistant steam automatic pump group 14.
Further, described heating vapor-water heat exchanger intelligence vapor (steam) temperature regulates system 20 and also has a pipeline to be directly connected with water hammer-resistant steam automatic pump group 14.
Further, described water supply tank 9 is additionally provided with tap water water pipe and discharge pipe line.
Further, described hot water storage tank 23 is provided with tap water water pipe and discharge pipe line.
Further, described condensation water tank is provided with tap water water pipe and discharge pipe line.
Further, whole system also includes automatic control system, temperature sensor, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer, described automatic control system is connected with temperature sensor, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer respectively, and the quantity of described temperature sensor, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer has multiple.
Operation principle of the present utility model and method are as follows:
Low-temperature receiver of the present utility model is provided by screw water cooling machine set 1, and thermal source is provided by urban heating network and air-cooled heat pump 22.Air-cooled heat pump 22 provides hot water supply for the user in building for a long time, if the heat that air-cooled heat pump 22 provides is inadequate, is then provided additional heat by urban heating network.Screw water cooling machine set 1 provides chilled water in summer for the user in building.Urban heating network provides heating steam in winter for building.The heating network of heating in winter and the cooling pipe network of cooling in summer adopt same pipe network.Automatic control system is according to being automatically opened or closed corresponding electric control valve season, and carries out the control of heat supply or cooling according to the information of relevant device and the temperature sensor at position, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer.
The entrance of the hot water side of domestic hot-water's vapor-water heat exchanger 25 of the present utility model also has a pipeline with butterfly valve to be connected with the outlet of the hot water side of plate type heat exchanger 24, initial operating stage is for for flushing of pipeline, running participates in circulate for the domestic hot-water of hot water storage tank 23, make the temperature equalization of hot water storage tank 23.
This utility model is not limited to the present embodiment, any equivalent concepts in the technical scope that this utility model discloses or change, is all classified as protection domain of the present utility model.
Claims (6)
- null1. a Cool & Heat Source of Buildings energy-saving integrated system with concurrent heating function，It is characterized in that: include screw water cooling machine set (1)、The vertical double corrugated pipe vapor-water heat exchanger (2) of heating、Chilled water pump (3)、Cooling water pump (4)、Cooling tower (5)、Electric water treatment device A (6)、Electric water treatment device B (7)、Condensate tank (8)、Water supply tank (9)、Water knockout drum (10)、Water collector (11)、Gas-distributing cylinder (12)、Desuperheating water self-con-tained unit (13)、Water hammer-resistant steam automatic pump group (14)、Steam-water separator group (15)、Steam pilot-operated type pressure-reducing station A (16)、Aerosol type mechanical type attemperator (17)、Gas-distributing cylinder floating ball hydrophobic water valve group (18)、Steam pilot-operated type pressure-reducing station B (19)、Heating vapor-water heat exchanger intelligence vapor (steam) temperature regulates system (20)、Heating vapor-water heat exchanger condensed water drain valve group (21)、Air-cooled heat pump (22)、Hot water storage tank (23)、Plate type heat exchanger (24)、Domestic hot-water's vapor-water heat exchanger (25)、Condensate circulating pump (26)、Domestic hot-water's heat cycles pump (27)、Heat pump cycle pump (28)、Hot water water supply installation (29)、Domestic hot-water regulates system (30) by vapor-water heat exchanger intelligence vapor (steam) temperature、Domestic hot-water regulates system (32) with condensed water drain valve group (31) and plate type heat exchanger intelligent temperature；Described screw water cooling machine set (1) includes two screw chillers in parallel；The cooling water water return outlet of described screw water cooling machine set (1) connects the cooling water mouth of screw water cooling machine set (1) again after being sequentially connected with cooling tower (5), cooling water pump (4) and electric water treatment device A (6), constitute chilled(cooling) water return (CWR)；The chilled water water return outlet of described screw water cooling machine set (1) connects the chilled water feed water inlet of screw water cooling machine set (1) again after being sequentially connected with electric water treatment device B (7), chilled water pump (3), water collector (11) and water knockout drum (10), constitute chilled water circuit；Pipeline between chilled water pump (3) and water collector (11) is connected to water supply tank (9)；The hot water side feed water inlet of described heating vertical double corrugated pipe vapor-water heat exchanger (2) connects the hot water side water return outlet of the vertical double corrugated pipe vapor-water heat exchanger (2) of heating again after being sequentially connected with water knockout drum (10), water collector (11), chilled water pump (3) and electric water treatment device B (7), constitute the hot-water return of heating vertical double corrugated pipe vapor-water heat exchanger (2) hot water side；The steam side of the vertical double corrugated pipe vapor-water heat exchanger (2) of described heating regulates system (20) connection gas-distributing cylinder (12) for steam ports through heating vapor-water heat exchanger intelligence vapor (steam) temperature, its condensation-water drain is connected to condensate tank (8) successively after heating vapor-water heat exchanger condensed water drain valve group (21) and water hammer-resistant steam automatic pump group (14), constitutes the steam side pipeline of the vertical double corrugated pipe vapor-water heat exchanger (2) of heating；The entrance of the condensation side of described plate type heat exchanger (24) regulates system (32) through plate type heat exchanger intelligent temperature, condensate circulating pump (26) is connected with condensate tank (8), then it is connected to the outlet of the condensation side of plate type heat exchanger (24), constitutes condensed water loop；After the entrance of the hot water side of described plate type heat exchanger (24) is sequentially connected with domestic hot-water's heat cycles pump (27) and hot water storage tank (23), it is connected to the outlet of the hot water side of plate type heat exchanger (24), constitutes domestic hot-water loop；Described domestic hot-water regulates system (30) through domestic hot-water by vapor-water heat exchanger intelligence vapor (steam) temperature with the steam inlet of vapor-water heat exchanger steam side and is connected to gas-distributing cylinder (12), constitutes steam concurrent heating pipeline；Domestic hot-water is connected to condensate tank (8) through domestic hot-water with condensed water drain valve group (31) with the condensation-water drain of vapor-water heat exchanger steam side；The hot water side of described domestic hot-water's vapor-water heat exchanger (25) is in parallel with the hot water side of plate type heat exchanger (24), and its hot water side entrance is connected to hot water storage tank (23) through domestic hot-water's heat cycles pump (27)；The outlet of its hot water side is directly connected to hot water storage tank (23)；The entrance of the hot water side of described domestic hot-water's vapor-water heat exchanger (25) also has a pipeline with butterfly valve to be connected with the outlet of the hot water side of plate type heat exchanger (24)；Described hot water storage tank (23) connects back to hot water storage tank (23) again through heat pump cycle pump (28) and air-cooled heat pump (22), constitutes heat pump cycle water loop；Described hot water storage tank (23) is connected with hot water water supply installation (29), constitutes hot water feeding pipe road；Described gas-distributing cylinder (12) is also sequentially connected with aerosol type mechanical type attemperator (17), steam pilot-operated type pressure-reducing station A (16) and steam-water separator group (15), the entrance of steam-water separator group (15) connects urban heating network through effusion meter, constitutes steam pipework；Aerosol type mechanical type attemperator (17) is also connected with condensate tank (8) through desuperheating water self-con-tained unit (13)；Described condensate tank (8) connects garage air curtain system；Described gas-distributing cylinder (12) is also connected with gas-distributing cylinder floating ball hydrophobic water valve group (18) and steam pilot-operated type pressure-reducing station B (19) respectively；Steam pilot-operated type pressure-reducing station B (19) connects garage air curtain system；Described heating vapor-water heat exchanger intelligence vapor (steam) temperature regulates system (20) and also has a pipeline to be directly connected with water hammer-resistant steam automatic pump group (14).
- 2. a Cool & Heat Source of Buildings energy-saving integrated system as claimed in claim 1 with concurrent heating function, it is characterised in that: described heating vapor-water heat exchanger intelligence vapor (steam) temperature regulates system (20) and also has a pipeline to be directly connected with water hammer-resistant steam automatic pump group (14).
- 3. a Cool & Heat Source of Buildings energy-saving integrated system as claimed in claim 1 with concurrent heating function, it is characterised in that: described water supply tank (9) is additionally provided with tap water water pipe and discharge pipe line.
- 4. a Cool & Heat Source of Buildings energy-saving integrated system as claimed in claim 1 with concurrent heating function, it is characterised in that: described hot water storage tank (23) is provided with tap water water pipe and discharge pipe line.
- 5. a Cool & Heat Source of Buildings energy-saving integrated system as claimed in claim 1 with concurrent heating function, it is characterised in that: described condensation water tank is provided with tap water water pipe and discharge pipe line.
- 6. a Cool & Heat Source of Buildings energy-saving integrated system as claimed in claim 1 with concurrent heating function, it is characterized in that: whole system also includes automatic control system, temperature sensor, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer, described automatic control system is connected with temperature sensor, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer respectively, and the quantity of described temperature sensor, electromagnetic flowmeter, liquid level sensor, electric control valve, Pressure gauge and thermometer has multiple.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620102467.1U CN205383722U (en) | 2016-02-01 | 2016-02-01 | Energy -conserving integrated system in cold and hot source of building with concurrent heating function |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620102467.1U CN205383722U (en) | 2016-02-01 | 2016-02-01 | Energy -conserving integrated system in cold and hot source of building with concurrent heating function |
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| CN205383722U true CN205383722U (en) | 2016-07-13 |
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| CN201620102467.1U Active CN205383722U (en) | 2016-02-01 | 2016-02-01 | Energy -conserving integrated system in cold and hot source of building with concurrent heating function |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108973078A (en) * | 2018-08-22 | 2018-12-11 | 宝天高科（广东）有限公司 | A kind of PVC low ratio foamed plate water-cooling system and its water-cooling method |
| CN113883577A (en) * | 2021-09-16 | 2022-01-04 | 华能兰州新区热电有限公司 | Intelligent supply system for central heating temporary hot water |
-
2016
- 2016-02-01 CN CN201620102467.1U patent/CN205383722U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108973078A (en) * | 2018-08-22 | 2018-12-11 | 宝天高科（广东）有限公司 | A kind of PVC low ratio foamed plate water-cooling system and its water-cooling method |
| CN113883577A (en) * | 2021-09-16 | 2022-01-04 | 华能兰州新区热电有限公司 | Intelligent supply system for central heating temporary hot water |
| CN113883577B (en) * | 2021-09-16 | 2022-10-14 | 华能兰州新区热电有限公司 | Intelligent supply system for central heating temporary hot water |
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