CN204513849U - The energy comprehensive utilization system of a set of hot spring holiday resort - Google Patents
The energy comprehensive utilization system of a set of hot spring holiday resort Download PDFInfo
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- CN204513849U CN204513849U CN201520186830.8U CN201520186830U CN204513849U CN 204513849 U CN204513849 U CN 204513849U CN 201520186830 U CN201520186830 U CN 201520186830U CN 204513849 U CN204513849 U CN 204513849U
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Abstract
The energy comprehensive utilization system of a set of hot spring holiday resort disclosed in the utility model, comprise buried heat-exchange system, winter heating system, cooling in summer system, indoor circulation system and water charging system, described winter heating system comprises thermal water cistern, water pump group one and sewage dedicated heat exchanger, described buried heat-exchange system delivery port connects water-water jet two, the import of thermal water cistern connects waste water of spring, outlet is communicated with sewage dedicated heat exchanger through water pump group one, sewage dedicated heat exchanger outlet water-water jet two, described water-water jet two exports the outdoor system water inlet being divided into some branch roads and being communicated with corresponding source pump successively after water pump group two, each source pump outdoor system delivery port gathers on total aqueduct, gather rear connection sewage dedicated heat exchanger refluxing opening.The present embodiment utilizes the multiple source heat pump of waste water of spring, buried heat exchange, recuperation of heat, handpiece Water Chilling Units, realize the comprehensive cyclic utilization of hot spring holiday resort refrigeration, heating, the hot water energy, invest low, economic operating cost, energy-saving and emission-reduction, realize the low stain to environment.
Description
Technical field
The utility model relates to a kind of energy utilization technology, is specifically related to the energy comprehensive utilization system of a set of hot spring holiday resort.
Background technology
The energy utilization situation of current holiday resort, mostly be independently prepare hot water for preparing hot water, heating system is traditional heating system, do not take into full account the whole utilization of the energy, waste water of spring, landscape lake equal energy source directly slattern, and well do not recycled, using energy source is unreasonable, cause the wasting of resources extremely, and severe contamination is caused to environment.
Utility model content
The purpose of this utility model is for existing holiday resort energy utilization situation, the energy comprehensive utilization system of a set of hot spring holiday resort is provided, the particularity of this system hot spring holiday resort, utilize the multiple source pumping system of waste water of spring, landscape lake, recuperation of heat, handpiece Water Chilling Units, realize the refrigeration of hot spring holiday resort, heating, the recycling of hot water, invest low, economic operating cost, energy-saving and emission-reduction, realize the low stain to environment.
Technical scheme: the energy comprehensive utilization system of a set of hot spring holiday resort, comprise buried heat-exchange system, winter heating system, cooling in summer system, indoor circulation system and water charging system, described winter heating system comprises thermal water cistern, water pump group one and sewage dedicated heat exchanger, winter heating system is specially: described buried heat-exchange system delivery port connects water-water jet two through aqueduct, the import of thermal water cistern connects waste water of spring, outlet connects water pump group one, water pump group one delivery port connects sewage dedicated heat exchanger through aqueduct, sewage dedicated heat exchanger outlet water-water jet two, thermal water cistern supply channel is provided with control valve, described water-water jet two exports the outdoor system water inlet being divided into some branch roads and being communicated with corresponding source pump successively after water pump group two, each source pump outdoor system delivery port gathers after branch line on total aqueduct, sewage dedicated heat exchanger refluxing opening is communicated with through control valve after gathering, described sewage dedicated heat exchanger side is provided with sewage effluent,
Described cooling in summer system comprises closed cooling tower and water-water jet one, cooling in summer system is specially: described buried heat-exchange system outlet connects water-water jet two through aqueduct, described water-water jet two exports the outdoor system water inlet being divided into some branch roads and being communicated with corresponding source pump successively after water pump group two, each source pump outdoor system delivery port gathers after branch line on total aqueduct, gather rear one end and be communicated with closed cooling tower through control valve, the other end connects water-water jet one water inlet through control valve, after water-water jet one mixes, get back to buried heat-exchange system;
Described indoor circulation system comprises water collector, water knockout drum and water pump group three, each source pump indoor circulation water inlet is through water pump group tee joint water knockout drum delivery port, each source pump indoor circulation delivery port gathers after each branch line on total outlet conduit, gather rear connected set water heater inlet mouth, described water collector delivery port is communicated with water knockout drum water inlet through aqueduct;
Described water charging system comprises the swollen water tank of console mode one, the swollen water tank two of console mode, softened water tank and water outlet device, be specially: described water outlet device one termination municipal administration water, the other end connects softened water tank through aqueduct, softened water tank delivery port divides two branch roads, one tunnel is communicated with water pump group two through the swollen water tank one of console mode, and another road is communicated with water pump group three through the swollen water tank two of console mode.
Based on technique scheme, also heat recovery system is comprised in described cooling in summer system, described heat recovery system comprises boiler and water pump group four, described boiler one end picking out water, other end delivery port through some branch line connected component source pump outdoor system recirculated water water inlets, is communicated with boiler refluxing opening through source pump outdoor system circulation Posterior circle water delivery port through circulating line after water pump group four.
Based on technique scheme, described source pump is 3, and heat recovery system is communicated with wherein 2 source pump.
The beneficial effects of the utility model: the utility model utilizes the particularity of hot spring holiday resort, utilize the multiple source heat pump of waste water of spring, landscape lake (buried heat exchange), recuperation of heat, handpiece Water Chilling Units (closed cooling tower), realize the comprehensive cyclic utilization of hot spring holiday resort refrigeration, heating, the hot water energy, invest low, economic operating cost, energy-saving and emission-reduction, realize the low stain to environment, utilize source of sewage (waste water of spring) heat pump and earth-source hot-pump system winter, realize the preparation of heat supply in winter and health hot water; Transition season, utilizes waste water of spring to realize the preparation of health hot water; Summer utilizes earth source heat pump, recuperation of heat and closed cooling tower system realize the refrigeration in summer and health hot water and preparation.
Accompanying drawing explanation
Fig. 1 is the energy comprehensive utilization system structural representation of the utility model hot spring holiday resort.
Number in the figure: 1 is source pump A, 2 is source pump B, and 3 is source pump C, and 4 is boiler, 5 is closed cooling tower, and 6 is water-water jet one, and 7 is thermal water cistern, and 8 is sewage dedicated heat exchanger, 9 be water pump group one, 10 be water pump group two, 11 is water-water jet two, 12 is the swollen water tank of console mode one, 13 be the swollen water tank two, 14 of console mode is water pump group three, 15 is water collector, and 16 is water knockout drum, and 17 is water pump group four, 18 is water outlet device, and 19 is buried heat-exchange system, and 20 is softened water tank.
Detailed description of the invention
Below in conjunction with embodiment, the utility model is described further, to understand this new technique scheme.
Embodiment 1: the energy comprehensive utilization system of a set of hot spring holiday resort, see Fig. 1, comprise buried heat-exchange system, winter heating system, cooling in summer system, indoor circulation system and water charging system, described winter heating system comprises thermal water cistern 7, water pump group 1 and sewage dedicated heat exchanger 8, and water pump group 1 is also known as sewage source heat pump.Winter heating system is specially: described buried heat-exchange system 19 delivery port connects water-water jet 2 11 through aqueduct, thermal water cistern 7 import connects waste water of spring, outlet connects water pump group 1, water pump group 1 delivery port connects sewage dedicated heat exchanger 8 through aqueduct, sewage dedicated heat exchanger 8 outlet water-water jet 2 11, thermal water cistern supply channel is provided with control valve, waste water of spring mixes in water-water jet two with buried water, and adjustable water temperature, buried heat-exchange system is used as a water compensation mechanism, when waste water of spring water shortage, control valve on thermal water cistern supply channel is closed, only supplied water by buried heat-exchange system.
Described water-water jet 2 11 outlet is divided into the outdoor system water inlet that 3 branch roads are communicated with source pump C3, source pump B2 and source pump A1 from top to bottom successively after water pump group 2 10, three source pump outdoor system delivery ports gather after branch line on total aqueduct, be communicated with sewage dedicated heat exchanger 8 refluxing opening through control valve after gathering, described sewage dedicated heat exchanger 8 side is provided with sewage effluent;
Described cooling in summer system comprises closed cooling tower 5, water-water jet 1 and heat recovery system, be specially: described buried heat-exchange system 19 exports and connects water-water jet 2 11 through aqueduct, under the outlet of described water-water jet 2 11 is divided into 3 routes after water pump group 2 10 and on be communicated with the outdoor system water inlet of source pump C3, source pump B2 and source pump A1 successively, three source pump outdoor system delivery ports gather after branch line on total aqueduct, gather rear one end and be communicated with closed cooling tower 5 through control valve, discharge after closed cooling tower 5 is lowered the temperature.The other end connects water-water jet 1 water inlet through control valve, after water-water jet 1 mixes, get back to buried heat-exchange system 19; Heat due to Summer Indoor cooling discharge is directly dropped into extremely to be wasted, and the present embodiment utilizes the energy in order to maximized, and reduces environmental pollution, in cooling in summer system, be also connected with heat recovery system.Described heat recovery system comprises boiler 4 and water pump group 4 17, described boiler 4 one end picking out water, other end delivery port is communicated with source pump A, B outdoor system recirculated water water inlet respectively through two branch lines after water pump group 4 17, is communicated with boiler refluxing opening through source pump A, B outdoor system circulation Posterior circle water delivery port through circulating line.Water in boiler is after source pump circulation, and the heat of discharging in absorption chamber, temperature rises, and the hot water deposited in boiler can in order to have a bath, to wash the domestic waters such as dish.
Described indoor circulation system comprises water collector 15, water knockout drum 16 and water pump group 3 14, source pump A, B, C indoor circulation water inlet are communicated with water knockout drum 16 delivery port through water pump group 3 14, three source pump indoor circulation delivery ports gather after each branch line on total outlet conduit, gather rear connected set hydrophone 15 water inlet, described water collector 15 delivery port is communicated with water knockout drum water inlet through aqueduct; Form a complete indoor water circulatory system, indoor water circulatory system pipeline is provided with control valve.
In order to ensure hydraulic pressure sufficient in circulation line, also comprise water charging system, described water charging system comprises the swollen water tank of console mode 1, the swollen water tank 2 13 of console mode, softened water tank 20 and water outlet device 18, be specially: water outlet device 18 1 termination municipal administration water, the other end connects softened water tank 20 through aqueduct, and softened water tank 20 delivery port divides two branch roads, and a branch road is communicated with water pump group 2 10 through the swollen water tank 1 of console mode, water pump group 2 10 moisturizing, another branch road is communicated with water pump group 3 14 through the swollen water tank 2 13 of console mode.To water pump group 3 14 moisturizing.
The present embodiment course of work is: ground-source heat pump host in summer (buried heat-exchange system) provides cold to indoor air-conditioning system, first indoor heat is used for preparing domestic hot-water by the earth source heat pump unit (water pump group four) carrying heat reclamation device, having more heat part heat is dispersed in outdoor air by cooling tower, and remaining heat passes to soil by buried heat-exchange system.Winter, ground-source heat pump host provided heat to indoor air-conditioning system, and first heat is provided by the waste water of spring in waste water of spring accumulation of energy pond, inadequate waste heat amount by buried heat-exchange system from soil extract.The heat of the domestic hot-water in excessive season first ground-source heat pump host extracts from the waste water of spring waste water of spring cistern, heat time inadequate by buried heat-exchange system from soil extract.
Claims (3)
1. the energy comprehensive utilization system of a set of hot spring holiday resort, it is characterized in that: comprise buried heat-exchange system, winter heating system, cooling in summer system, indoor circulation system and water charging system, described winter heating system comprises thermal water cistern, water pump group one and sewage dedicated heat exchanger, winter heating system is specially: described buried heat-exchange system delivery port connects water-water jet two through aqueduct, the import of thermal water cistern connects waste water of spring, outlet connects water pump group one, water pump group one delivery port connects sewage dedicated heat exchanger through aqueduct, sewage dedicated heat exchanger outlet water-water jet two, thermal water cistern supply channel is provided with control valve, described water-water jet two exports the outdoor system water inlet being divided into some branch roads and being communicated with corresponding source pump successively after water pump group two, each source pump outdoor system delivery port gathers after branch line on total aqueduct, sewage dedicated heat exchanger refluxing opening is communicated with through control valve after gathering, described sewage dedicated heat exchanger side is provided with sewage effluent,
Described cooling in summer system comprises closed cooling tower and water-water jet one, cooling in summer system is specially: described buried heat-exchange system outlet connects water-water jet two through aqueduct, described water-water jet two exports the outdoor system water inlet being divided into some branch roads and being communicated with corresponding source pump successively after water pump group two, each source pump outdoor system delivery port gathers after branch line on total aqueduct, gather rear one end and be communicated with closed cooling tower through control valve, the other end connects water-water jet one water inlet through control valve, after water-water jet one mixes, get back to buried heat-exchange system;
Described indoor circulation system comprises water collector, water knockout drum and water pump group three, each source pump indoor circulation water inlet is through water pump group tee joint water knockout drum delivery port, each source pump indoor circulation delivery port gathers after each branch line on total outlet conduit, gather rear connected set water heater inlet mouth, described water collector delivery port is communicated with water knockout drum water inlet through aqueduct;
Described water charging system comprises the swollen water tank of console mode one, the swollen water tank two of console mode, softened water tank and water outlet device, be specially: described water outlet device one termination municipal administration water, the other end connects softened water tank through aqueduct, softened water tank delivery port divides two branch roads, one tunnel is communicated with water pump group two through the swollen water tank one of console mode, and another road is communicated with water pump group three through the swollen water tank two of console mode.
2. the energy comprehensive utilization system of hot spring holiday resort according to claim 1, it is characterized in that: in described cooling in summer system, also comprise heat recovery system, described heat recovery system comprises boiler and water pump group four, described boiler one end picking out water, other end delivery port through some branch line connected component source pump outdoor system recirculated water water inlets, is communicated with boiler refluxing opening through source pump outdoor system circulation Posterior circle water delivery port through circulating line after water pump group four.
3. the energy comprehensive utilization system of hot spring holiday resort according to claim 2, is characterized in that: described source pump is 3, and heat recovery system is communicated with wherein 2 source pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520186830.8U CN204513849U (en) | 2015-03-31 | 2015-03-31 | The energy comprehensive utilization system of a set of hot spring holiday resort |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520186830.8U CN204513849U (en) | 2015-03-31 | 2015-03-31 | The energy comprehensive utilization system of a set of hot spring holiday resort |
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| CN204513849U true CN204513849U (en) | 2015-07-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520186830.8U Expired - Fee Related CN204513849U (en) | 2015-03-31 | 2015-03-31 | The energy comprehensive utilization system of a set of hot spring holiday resort |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107806680A (en) * | 2017-10-25 | 2018-03-16 | 天津开发区欧亚设备安装有限公司 | A kind of Central Air conditioning Cold Storage System |
| CN108302594A (en) * | 2017-09-18 | 2018-07-20 | 西南交通大学 | Sewage waste heat suitable for pipe gallery and shallow stratum comprehensive utilization system for heat energy |
-
2015
- 2015-03-31 CN CN201520186830.8U patent/CN204513849U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108302594A (en) * | 2017-09-18 | 2018-07-20 | 西南交通大学 | Sewage waste heat suitable for pipe gallery and shallow stratum comprehensive utilization system for heat energy |
| CN107806680A (en) * | 2017-10-25 | 2018-03-16 | 天津开发区欧亚设备安装有限公司 | A kind of Central Air conditioning Cold Storage System |
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| 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: 20150729 Termination date: 20170331 |