CN204027264U - The barn system of many thermals source band geothermal tube and air intake dehumidification by condensation - Google Patents
The barn system of many thermals source band geothermal tube and air intake dehumidification by condensation Download PDFInfo
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- CN204027264U CN204027264U CN201420359867.1U CN201420359867U CN204027264U CN 204027264 U CN204027264 U CN 204027264U CN 201420359867 U CN201420359867 U CN 201420359867U CN 204027264 U CN204027264 U CN 204027264U
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- solar energy
- condensation
- closed circuit
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Abstract
The utility model discloses the barn system of a kind of many thermals source band geothermal tube and air intake dehumidification by condensation, comprise: solar energy heat collector, for collecting its inner air of solar energy heating, it forms the 5th closed circuit by pipeline and insulation barn internal communication, and the 5th closed circuit drives by the 3rd air blast; Air energy system, for collecting the air in air energy heating and thermal insulation barn, includes the condenser, evaporimeter and the compressor that join end to end by pipeline successively and form the 4th closed circuit, and wherein condenser is arranged in insulation barn; Air intake dehumidification by condensation device; Geothermal system.Main solar energy and the air of adopting can, to the heating of insulation barn inner air, include and utilize air can carry out to barn air intake air the device of dehumidification by condensation, and store and utilize the geothermal device of unnecessary solar energy.The utility model has overcome the unsettled shortcoming of solar energy, has effectively improved the utilization rate of solar energy and air energy, and energy-conserving and environment-protective are widely applicable, can effectively keep being incubated the temperature and humidity in barn.
Description
Technical field
The utility model relates to a kind of barn system that needs removal moisture drying for timber, medicinal material, cereal, food, seafood, tobacco leaf etc., special particularly a kind of solar energy and many thermals source band geothermal tube of air energy and barn system of air intake dehumidification by condensation utilized.
Background technology
Solar energy has that use cost is low, energy-conserving and environment-protective, advantage that energy is huge, but also because its discontinuity and the dependence to weather, thereby thering is instable shortcoming, need to be used in conjunction with other thermal source.Air can be a kind of inferior heat energy, need to convert it into a small amount of electric energy drive compression machine the heat energy that can use of high-quality, with respect to common Electric heating, still has advantages with low cost, energy-conserving and environment-protective.The in the situation that of current conventional energy resource shortage, solar energy and air can be combined article are toasted, can save a large amount of fuel, be one of important channel solving energy crisis.
At present, in barn system, the application of solar energy and air energy is reached its maturity, but, in most of barn systems now, solar thermal collector is all the top that is directly installed on barn, sets it as the pyrotoxin that is similar to electric heating tube and uses, and has limited the riding position of barn, heat inhomogeneously simultaneously, reduced efficiency; Because the evaporimeter of air energy is positioned at open air, affect use in outdoor temperature compared with easy frosting in low; In the time barn being lowered the temperature or take a breath, normally directly import extraneous air, make the aridity in barn be difficult for maintaining, re-starting to be dried to increase energy consumption; When the heat providing at sun the subject of knowledge and the object of knowledge is greater than required heat, often need to lower the temperature simultaneously or reduce the endotherm area of solar energy equipment, being inconvenient to use, having caused energy waste simultaneously.
Utility model content
In order to address the above problem, the purpose of this utility model is to provide a kind of can stablizing to keep the temperature and humidity in barn and have air intake dehumidification by condensation and many thermals source band geothermal tube of solar heat storage and the barn system of air intake dehumidification by condensation.
The utility model is that the technical scheme that its technical problem of solution adopts is:
The barn system of many thermals source band geothermal tube and air intake dehumidification by condensation, comprising:
Solar energy heat collector, for collecting its inner air of solar energy heating, it forms the 5th closed circuit by pipeline and insulation barn internal communication, and the 5th closed circuit drives by the 3rd air blast;
Air energy system, for collecting the air in air energy heating and thermal insulation barn, includes the condenser, evaporimeter and the compressor that join end to end by pipeline successively and form the 4th closed circuit, and wherein condenser is arranged in insulation barn;
Air intake dehumidification by condensation device, for outside atmosphere and the air of insulation barn inside are exchanged, and carries out dehumidification by condensation to the air entering in insulation barn;
Geothermal system, for collecting and store the unnecessary solar energy of solar energy heat collector, and heats insulation barn.
Adopt said structure, solar energy heat collector loops heat exchange taking air as medium by pipeline with insulation barn, make to be incubated in barn to be heated evenly and to have improved heat-insulating property simultaneously, and its riding position is not subject to the restriction of solar energy heat collector; Air energy system can be used as supplementing of solar thermal collection system, ensures the stable of the interior temperature of barn; Air intake dehumidification by condensation device to external world air is dried and exchanges the function that has cooling and purify air with the air of insulation barn inside; Geothermal system can be collected unnecessary solar energy and store in the time that solar energy is superfluous, can utilize the solar energy of storage to heat insulation barn in the time that solar energy is not enough, has improved the utilization rate of solar energy, energy-conserving and environment-protective.
Concrete, air intake dehumidification by condensation device includes air setting dehumidifier, is built in air setting coil pipe, the 4th air blast and several brethaids in air setting dehumidifier, described brethaid includes and is communicated with two paths outside and insulation barn inside, wherein a path is communicated with the 4th air blast, air setting dehumidifier successively, and described air setting dehumidifier includes the air inlet being communicated with outside atmosphere; Described air setting coil pipe is arranged in the 4th closed circuit and between evaporimeter and compressor.
More specifically, solar energy heat collector includes solar energy air heat collector and solar energy vacuum tube heat collector, wherein solar energy air heat collector forms the 5th closed circuit by pipeline and insulation barn internal communication, and solar energy vacuum tube heat collector is connected with solar energy air heat collector.Geothermal system includes ground heating tube, attemperater, solar heat pickup coil, the second circulating pump and the 3rd circulating pump, wherein ground heating tube is arranged on the internal ground of insulation barn, and be connected to form the second closed circuit by pipeline and attemperater, this second closed circuit is driven by the second circulating pump, solar heat pickup coil is arranged in solar energy air heat collector and is connected with solar energy vacuum tube heat collector, and being connected to form the 3rd closed circuit with attemperater by pipeline, the 3rd closed circuit is driven by the 3rd circulating pump.
As improvement of the present utility model, in air energy system, also include and be arranged in the 4th closed circuit and be set in turn in waste heat recovery coil pipe, heat recovery heat exchanger and the cut-off equipment between condenser and evaporimeter, and join end to end by pipeline successively and form afterheat recycling water tank, the first circulating pump and the defrost heat exchanger of the first closed circuit, wherein, waste heat recovery coil pipe is built in afterheat recycling water tank, together with heat recovery heat exchanger, defrost heat exchanger abut against with evaporimeter three.This structure can be stored in unnecessary air in afterheat recycling water tank, when ambient temperature is too low while causing frosting, the heat storing in afterheat recycling water tank is delivered in defrost heat exchanger by the first closed circuit, be passed to again with defrost heat exchanger near heat recovery heat exchanger and evaporimeter in, reach the effect of defrost.
As further improvement of the utility model, it also includes air preheater and is built in the air preheat coil pipe in air preheater; Wherein, air preheat coil pipe is arranged in the 4th closed circuit and between condenser and waste heat recovery coil pipe, and air preheater is arranged on the path between air intake dehumidification by condensation device and insulation barn.More than device can utilize air to carry out preheating to the air that enters insulation barn, is conducive to keep the stable of the interior temperature of insulation barn, reduces energy consumption.
Further improve as of the present utility model, in insulation barn, increase electric heating tube, can be used as supplementing of solar energy and air energy, keep the temperature stabilization in barn.
In air setting dehumidifier, can also increase drainpipe and airstrainer, wherein drainpipe is arranged on the bottom of air setting dehumidifier, and airstrainer is arranged on the air inlet place that air setting dehumidifier is communicated with outside atmosphere.Airstrainer can prevent that big dust particle from entering in barn, and isolated moisture in deaeration in time of drainpipe, ensures the normal operation of system.
The beneficial effects of the utility model are: because the utility model has mainly adopted solar energy and three kinds of mode heat supplies successively of air energy, and utilize geothermal system to store unnecessary solar energy, with the use in solar energy deficiency, energy-conserving and environment-protective, effectively improve the utilization rate to solar energy, overcome the shortcoming of solar continuous ability; Adopt the method transferring heat of air exchange, make the interior temperature of barn even, improved the heat-insulating property of insulation barn simultaneously; Increase the defrosting device that utilizes air energy, can adapt to use under cold snap; Utilize air to have carried out dehumidifying and waste heat to the air intake air of barn, be beneficial to the humiture keeping in barn stable, reduce energy consumption.
Brief description of the drawings
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Fig. 1 is overall diagram of the present utility model;
Fig. 2 is the structure chart of geothermal system in the utility model;
Fig. 3 is the partial enlarged drawing of A part in Fig. 2;
Fig. 4 is the sectional view of solar energy heat collector in the utility model.
Detailed description of the invention
Referring to figs. 1 through Fig. 4, the barn system of many thermals source band geothermal tube and air intake dehumidification by condensation, comprise: solar energy heat collector 20, for collecting its inner air of solar energy heating, it forms the 5th closed circuit by pipeline and insulation barn 11 internal communication, and the 5th closed circuit drives by the 3rd air blast 23; Air energy system 30, for collecting the air in air energy heating and thermal insulation barn 11, includes the condenser 31, evaporimeter 35 and the compressor 36 that join end to end by pipeline successively and form the 4th closed circuit, and wherein condenser 31 is arranged in insulation barn 11; Air intake dehumidification by condensation device 60, for outside atmosphere and the air of insulation barn 11 inside are exchanged, and carries out dehumidification by condensation to the air entering in insulation barn 11; Geothermal system 70, for collecting and store the unnecessary solar energy of solar energy heat collector 20, and heats insulation barn 11.
Concrete, air intake dehumidification by condensation device 60 includes air setting dehumidifier 64, is built in air setting coil pipe 62, the 4th air blast 17 and several brethaids 69 in air setting dehumidifier 64, brethaid 69 includes and is communicated with two paths outside and insulation barn 11 inside, wherein a path is communicated with the 4th air blast 17, air setting dehumidifier 64 successively, air setting dehumidifier 64 includes the air inlet 65 being communicated with outside atmosphere, and air setting coil pipe 62 is arranged in the 4th closed circuit and between evaporimeter 35 and compressor 36.
More specifically, solar energy heat collector 20 includes solar energy air heat collector 21 and solar energy vacuum tube heat collector 22, wherein solar energy air heat collector 21 forms the 5th closed circuit by pipeline and insulation barn 11 internal communication, and solar energy vacuum tube heat collector 22 is connected with solar energy air heat collector 21.Geothermal system 70 includes ground heating tube 71, attemperater 72, solar heat pickup coil 78, the second circulating pump 73 and the 3rd circulating pump 77, wherein ground heating tube 71 is arranged on the internal ground of insulation barn 11, and be connected to form the second closed circuit by pipeline and attemperater 72, this second closed circuit is driven by the second circulating pump 73, solar heat pickup coil 78 is arranged in solar energy air heat collector 21 and is connected with solar energy vacuum tube heat collector 22, and be connected to form the 3rd closed circuit with attemperater 72 by pipeline, the 3rd closed circuit is driven by the 3rd circulating pump 77.
As improvement of the present utility model, in air energy system 30, also include and be arranged in the 4th closed circuit and be set in turn in waste heat recovery coil pipe 32, heat recovery heat exchanger 33 and the cut-off equipment 34 between condenser 31 and evaporimeter 35, and join end to end by pipeline successively and form afterheat recycling water tank 37, the first circulating pump 38 and the defrost heat exchanger 39 of the first closed circuit, wherein, waste heat recovery coil pipe 32 is built in afterheat recycling water tank 37, together with heat recovery heat exchanger 33, defrost heat exchanger 39 abut against with evaporimeter 35 threes.This structure can be stored in unnecessary air in afterheat recycling water tank 37, when ambient temperature is too low while causing frosting, the heat storing in afterheat recycling water tank 37 is delivered in defrost heat exchanger 39 by the first closed circuit, be passed to again with defrost heat exchanger 39 near heat recovery heat exchanger 33 and evaporimeter 35 in, reach the effect of defrost, can effectively reduce energy consumption and adapt to using in cold snap.
As further improvement of the utility model, it also includes air preheater 63 and is built in the air preheat coil pipe 61 in air preheater 63; Wherein, air preheat coil pipe 61 is arranged in the 4th closed circuit and between condenser 31 and waste heat recovery coil pipe 32, and air preheater 63 is arranged on the path between air intake dehumidification by condensation device 60 and insulation barn 11.More than device can utilize air to carry out preheating to the air that enters insulation barn 11, is conducive to keep the stable of insulation barn 11 interior temperature, reduces energy consumption.
Further improve as of the present utility model, at the interior increase electric heating tube 13 of insulation barn 11, can be used as supplementing of solar energy and air energy, keep the temperature stabilization in insulation barn 11.
In air setting dehumidifier 64, can also increase drainpipe 67 and airstrainer 66, wherein drainpipe 67 is arranged on the bottom of air setting dehumidifier 64, and airstrainer 66 is arranged on air inlet 65 places that air setting dehumidifier 64 is communicated with outside atmosphere.Airstrainer 66 can prevent that big dust particle from entering in insulation barn 11, and 67, drainpipe is isolated moisture in deaeration in time, the normal operation of guarantee system.
In insulation, barn 11 is interior can also increase by a humidifier 16, for too dry in insulation barn 11 or improve the humidity in insulation barn 11 while needing more high humility.
Humidifier 16 is widely used in this area, and its structure and principle for those skilled in the art know, are not separately described further at this.
The foregoing is only preferential embodiment of the present utility model, as long as within the technical scheme that realizes the utility model object with basic identical means all belongs to protection domain of the present utility model.
Claims (9)
1. the barn system of more than thermal source band geothermal tube and air intake dehumidification by condensation, is characterized in that comprising:
Solar energy heat collector (20), for collecting its inner air of solar energy heating, it forms the 5th closed circuit by pipeline and insulation barn (11) internal communication, and the 5th closed circuit drives by the 3rd air blast (23);
Air energy system (30), be used for collecting the air in air energy heating and thermal insulation barn (11), include the condenser (31), evaporimeter (35) and the compressor (36) that join end to end by pipeline successively and form the 4th closed circuit, wherein condenser (31) is arranged in insulation barn (11);
Air intake dehumidification by condensation device (60), for the inner air of outside atmosphere and insulation barn (11) is exchanged, and carries out dehumidification by condensation to the air entering in insulation barn (11);
Geothermal system (70), for collecting and store the unnecessary solar energy of solar energy heat collector (20), and heats insulation barn (11).
2. the barn system of many thermals source band geothermal tube according to claim 1 and air intake dehumidification by condensation, it is characterized in that: described air intake dehumidification by condensation device (60) includes air setting dehumidifier (64), be built in the air setting coil pipe (62) in air setting dehumidifier (64), the 4th air blast (17) and several brethaids (69), described brethaid (69) includes and is communicated with outside two paths inner with insulation barn (11), wherein a path is communicated with the 4th air blast (17) and air setting dehumidifier (64) successively, described air setting dehumidifier (64) includes the air inlet (65) being communicated with outside atmosphere, described air setting coil pipe (62) be arranged in the 4th closed circuit and be positioned at evaporimeter (35) and compressor (36) between.
3. the barn system of many thermals source band geothermal tube according to claim 2 and air intake dehumidification by condensation, it is characterized in that: described air setting dehumidifier (64) also includes drainpipe (67) and airstrainer (66), described drainpipe (67) is arranged on the bottom of air setting dehumidifier (64), and described airstrainer (66) is arranged on the air inlet (65) that air setting dehumidifier (64) is communicated with outside atmosphere and locates.
4. the barn system of many thermals source band geothermal tube according to claim 1 and air intake dehumidification by condensation, it is characterized in that: described solar energy heat collector (20) includes solar energy air heat collector (21) and solar energy vacuum tube heat collector (22), wherein solar energy air heat collector (21) forms the 5th closed circuit by pipeline and insulation barn (11) internal communication, and solar energy vacuum tube heat collector (22) is connected with solar energy air heat collector (21).
5. the barn system of many thermals source band geothermal tube according to claim 4 and air intake dehumidification by condensation, it is characterized in that: described geothermal system (70) includes ground heating tube (71), attemperater (72), solar heat pickup coil (78), the second circulating pump (73) and the 3rd circulating pump (77), wherein ground heating tube (71) is arranged on the internal ground of insulation barn (11), and be connected to form the second closed circuit by pipeline and attemperater (72), this second closed circuit is driven by the second circulating pump (73), solar heat pickup coil (78) is arranged in solar energy air heat collector (21) and is connected with solar energy vacuum tube heat collector (22), and be connected to form the 3rd closed circuit with attemperater (72) by pipeline, the 3rd closed circuit is driven by the 3rd circulating pump (77).
6. the barn system of many thermals source band geothermal tube according to claim 1 and air intake dehumidification by condensation, it is characterized in that: in described air energy system (30), also include be arranged in the 4th closed circuit and be set in turn in condenser (31) and evaporimeter (35) between waste heat recovery coil pipe (32), heat recovery heat exchanger (33) and cut-off equipment (34), and join end to end by pipeline successively and form the afterheat recycling water tank (37) of the first closed circuit, the first circulating pump (38) and defrost heat exchanger (39), wherein, waste heat recovery coil pipe (32) is built in afterheat recycling water tank (37), heat recovery heat exchanger (33), defrost heat exchanger (39) and evaporimeter (35) three abut against together.
7. the barn system of many thermals source band geothermal tube according to claim 6 and air intake dehumidification by condensation, is characterized in that: it also includes air preheater (63) and is built in the air preheat coil pipe (61) in air preheater (63); Wherein, air preheat coil pipe (61) be arranged in the 4th closed circuit and be positioned at condenser (31) and waste heat recovery coil pipe (32) between, air preheater (63) is arranged on the path between air intake dehumidification by condensation device (60) and insulation barn (11).
8. the barn system of many thermals source band geothermal tube according to claim 1 and air intake dehumidification by condensation, is characterized in that: it also includes the electric heating tube (13) being arranged in insulation barn (11).
9. the barn system of many thermals source band geothermal tube according to claim 1 and air intake dehumidification by condensation, is characterized in that: it also includes the humidifier (16) being arranged in insulation barn (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420359867.1U CN204027264U (en) | 2014-06-30 | 2014-06-30 | The barn system of many thermals source band geothermal tube and air intake dehumidification by condensation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420359867.1U CN204027264U (en) | 2014-06-30 | 2014-06-30 | The barn system of many thermals source band geothermal tube and air intake dehumidification by condensation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204027264U true CN204027264U (en) | 2014-12-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420359867.1U Expired - Fee Related CN204027264U (en) | 2014-06-30 | 2014-06-30 | The barn system of many thermals source band geothermal tube and air intake dehumidification by condensation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204027264U (en) |
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2014
- 2014-06-30 CN CN201420359867.1U patent/CN204027264U/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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141217 Termination date: 20190630 |