CN207729761U - A kind of water energy storage equipment with jet pipe Combined cloth hydrophone - Google Patents
A kind of water energy storage equipment with jet pipe Combined cloth hydrophone Download PDFInfo
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- CN207729761U CN207729761U CN201820074075.8U CN201820074075U CN207729761U CN 207729761 U CN207729761 U CN 207729761U CN 201820074075 U CN201820074075 U CN 201820074075U CN 207729761 U CN207729761 U CN 207729761U
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- jet pipe
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- cloth hydrophone
- combined cloth
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Abstract
The utility model discloses a kind of water energy storage equipments with jet pipe Combined cloth hydrophone,It is provided with jet pipe Combined cloth hydrophone,The jet pipe Combined cloth hydrophone includes disc type water distributor,Jet pipe,Orifice plate water distributing plate,Several first trepannings are distributed in disc type water distributor side,Pitch-row and aperture are determined according to design discharge,The jet pipe connects orifice plate water distributing plate,The jet pipe is fixed on the top of orifice plate water distributing plate,The jet pipe is divided into the ring-type of multiple circular disc type water distributors,Along orifice plate water distributing plate center, the jet stream length of tube shortens successively outward,The jet stream length of tube and pipe diameter are determined according to design discharge and jet pipe position,The jet pipe is up and down,The orifice plate water distributing plate is uniformly arranged the second trepanning along center,Pitch-row and aperture are determined according to design discharge,The jet pipe (3) is set to by second trepanning on the orifice plate water distributing plate (4),The jet pipe Combined cloth hydrophone includes upper layer combined type water distributor and lower layer's Combined cloth hydrophone,The upper layer combined type water distributor and lower layer's Combined cloth hydrophone are mirrored into and are arranged symmetrically,It is located at the top and bottom of energy storage equipment.The device water distribution is uniform, and energy storage efficiency is high.
Description
Technical field
The utility model is related to a kind of water energy storage equipments, are stored more particularly, to a kind of water with jet pipe Combined cloth hydrophone
It can device.
Background technology
Water cold storage technology, be using water as medium, by the sensible heat of water come store cold in the way of.When cold-storage, air-conditioning master
Machine is stored 4~7 DEG C of cold water using the low ebb electricity price time, when letting cool, is released cold water from the bottom of energy storage tank, is sent to sky
End, the high-temperature water after heat exchange is adjusted to return energy storage tank.Water cold storage technology be using water the temperature difference carry out cold-storage, can directly with often
Air-conditioning system matching is advised, without increasing other equipment.
Since country carries out tou power price to user and expands the measure of peak valley price difference, so night electricity price and electricity on daytime
That there are electricity prices is poor for valence, and the electricity of the low ebb electricity price at night is used, the electricity charge can be greatlyd save.It is rapidly modern in economic development
It, the economic benefit of Cool Storage Technology will be increasingly apparent.
Chilled water storage system is to store cold using the sensible heat of water, and air-conditioner set stores after chilling the water to the temperature of demand
It is supplied for the cold of next day in energy storage tank, eliminates refrigeration duty.The size for storing cold (stores cold depending on energy storage tank size
Water water) and the cold-storage temperature difference.One high performance cold accumulation system, can be by maintaining the higher cold-storage temperature difference more to store
Cold.Meanwhile the maintenance of the temperature difference can be stored water temperature by reduction, improve return water temperature, and prevent energy storage tank mixed for return water
It the technological means such as closes to realize.
In Water cold storage technology, the problem of most critical is the form of water distributor in energy storage tank, and main purpose is to prevent from changing
High-temperature water after heat heating, which flows back to after energy storage tank to mix with water at low temperature, causes loss of refrigeration capacity.Chilled water storage system is various informative, can root
Classify according to different characteristics, wherein natural layering cold-storage method is simple, effective, is to ensure that chilled water storage system is the most economical and high
The method of effect, but how simply and effectively to realize water natural layering, it is the key point that Water cold storage technology develops to today.
Utility model content
The utility model provides a kind of water energy storage equipment of the Combined cloth hydrophone with jet pipe, and it is efficient to solve energy storage tank
The cloth water problems of natural layering, it is described that its technical solution is as follows：
A kind of water energy storage equipment of the Combined cloth hydrophone with jet pipe, the water energy storage equipment are provided with jet pipe combination
Formula water distributor 1, the jet pipe Combined cloth hydrophone include disc type water distributor 2, jet pipe 3, orifice plate water distributing plate 4, the circle
Several first trepannings 21 are distributed in 2 side of disc type water distributor, and pitch-row and aperture are determined according to design discharge, and the jet pipe 3 connects
The orifice plate water distributing plate 4 is connect, the jet pipe 3 is fixed on the top or lower part of the orifice plate water distributing plate 4, and the jet pipe 3 divides
At the ring-type of multiple circular disc type water distributors, the jet pipe 3 along the outside jet stream length of tube in 4 center of orifice plate water distributing plate according to
Secondary to shorten, 3 length of the jet pipe and pipe diameter determine that about 3 jet pipe is passed through according to design discharge and jet pipe position
Logical, the orifice plate water distributing plate 4 is uniformly arranged the second trepanning along center, and pitch-row and aperture are determined according to design discharge, the jet stream
Pipe (3) is set to by second trepanning on the orifice plate water distributing plate (4), and the jet pipe Combined cloth hydrophone 1 includes upper
Layer jet pipe Combined cloth hydrophone 5 and lower layer's jet pipe Combined cloth hydrophone 6,5 He of upper layer jet pipe Combined cloth hydrophone
Lower layer's jet pipe Combined cloth hydrophone 6 is arranged in mirror symmetry, is located at the top and bottom of the water energy storage equipment.
The upper layer jet pipe Combined cloth hydrophone 5 connects the high-temperature conduit 7 of air-conditioning system, lower layer's jet pipe combination
Formula water distributor 6 connects the low temperature water pipe 8 of air-conditioning system.
Temperature sensor is set inside the water energy storage equipment, the temperature sensor along water energy storage equipment from top to bottom or
It is uniformly distributed from left to right, the temperature sensor is connected with acquisition system, and the temperature sensor data of the acquisition can be shown
Show the natural layering situation of water in the water energy storage equipment.
The jet pipe of the upper layer jet pipe Combined cloth hydrophone 5 positioned at the top of upper layer orifice plate water distributing plate 4, under described
The jet pipe of layer jet pipe Combined cloth hydrophone 6 is located at the lower part of lower layer's orifice plate water distributing plate 4.
The connection type of the jet pipe 3 and the orifice plate water distributing plate 4 includes that electric welding connection and screwed connection are fixed.
The number of rows of the first trepanning 21 that 2 side of disc type water distributor opens up setting and the water energy storage equipment size and
Design water flow is related.
The jet pipe 2 is divided into several annular distributions, and cyclic annular quantity has with the water energy storage equipment size and design discharge
It closes.
The advantages of the utility model and good effect are：Compared with traditional water energy storage equipment, the water distribution of the utility model
Mode can be reduced effectively due to unavailable space caused by water distributor position in energy storage tank, effective to improve making for energy storage tank
With rate, the uniformity of flow is increased, effectively reduces thermoclinic thickness, effectively raise the cold-storage of energy storage tank and is released
Cold energy power.
Description of the drawings
Fig. 1 is the water energy storage equipment schematic diagram of the Combined cloth hydrophone with jet pipe；
Fig. 2 is the Combined cloth hydrophone vertical view with jet pipe；
Fig. 3 is the disc type water distributor schematic diagram；
Fig. 4 is the distribution schematic diagram of the jet pipe；
Specific implementation mode
In order to be more clearly understood that the above objects, features, and advantages of the utility model, below in conjunction with the accompanying drawings and have
The utility model is further described in detail in body embodiment.It should be noted that in the absence of conflict, this Shen
The feature in embodiment and embodiment please can be combined with each other.
Many details are elaborated in the following description in order to fully understand the utility model, still, this practicality
Novel to be implemented different from other modes described here using other, therefore, the scope of protection of the utility model is simultaneously
It is not limited by following public specific embodiment.
It is illustrated by taking cold-storage as an example below.
A kind of water energy storage equipment of the Combined cloth hydrophone with jet pipe, including by disc type water distributor 2, jet pipe
3 and the jet pipe Combined cloth hydrophone 1 that collectively constitutes of orifice plate water distributing plate 4, pass through the arrangement side of jet pipe Combined cloth hydrophone 1
Formula can effectively improve the cold-storage ability of water energy storage equipment.
As shown in Fig. 2, the jet pipe Combined cloth hydrophone 1 includes disc type water distributor 2, jet pipe 3, orifice plate water distributing plate
4, several first trepannings 21 are distributed in 2 side of disc type water distributor, and pitch-row and aperture are determined according to design discharge, described to penetrate
Flow tube 3 connects the orifice plate water distributing plate 4, and the jet pipe 3 is fixed on the top of orifice plate water distributing plate 4, and the jet pipe 3 is scattered in
The ring-type of multiple circular disc type water distributors 2, as shown in figure 4, the jet pipe 3 is along the outside jet pipe in 4 center of orifice plate water distributing plate 3
Length shortens successively, and 3 length of the jet pipe and pipe diameter are determined according to design discharge and 3 position of jet pipe, the jet pipe 3
Up and down, the orifice plate water distributing plate 4 is uniformly arranged several second trepannings along center, and pitch-row and aperture are determined according to design discharge
Fixed, the jet pipe (3) is set to by second trepanning on the orifice plate water distributing plate (4), the jet pipe Combined cloth
Hydrophone includes upper layer jet pipe Combined cloth hydrophone 5 and lower layer's jet pipe Combined cloth hydrophone 6, the upper layer jet pipe combined type
Water distributor 5 and lower layer's jet pipe Combined cloth hydrophone 6 are mirrored into and are arranged symmetrically, and are located at the top and bottom of energy storage equipment.
As shown in Fig. 2, the jet pipe 3 is scattered in the ring-type of multiple circular disc type water distributors 2, it is fixed on orifice plate water distribution
On plate 4, second trepanning is opened in the position that jet pipe 3 is fixedly connected with orifice plate water distributing plate 4.
As shown in Figure 1, the water energy storage equipment with jet pipe Combined cloth hydrophone of the utility model includes energy storage tank, connection
Upper pyrometer water pipe 7, lower part low temperature water pipe 8 inside and outside energy storage tank, the upper layer jet pipe group being connected with upper pyrometer water pipe 7
Box-like water distributor 5 and the lower layer's jet pipe Combined cloth hydrophone 6 being connected with lower part low temperature water pipe 8.
The energy storage tank can be round energy storage tank, for storing hot and cold water, and detect the temperature of its place environment, will
Temperature information sends acquisition system to；
The upper pyrometer water pipe 7, for flowing in or out air-conditioning returned calefactory water；
The lower part low temperature water pipe 8, for flowing in or out cold water；
The disc type water distributor 2 is used for water distribution uniformity, low speed water outlet；
3 combined pore plate water distributing plate 4 of the jet pipe keeps water equal through jet pipe 3 and orifice plate water distributing plate 4 for reducing flow velocity
It is even slowly to flow in or out energy storage tank.
Arrangement of the water distributor inside the energy storage tank is as described below：
Top inside energy storage tank, upper pyrometer water pipe 7 connect upper layer jet pipe Combined cloth hydrophone 5, are penetrated on upper layer
The side of the disc type water distributor 2 of flow tube Combined cloth hydrophone 5 opens up a certain number of the first trepannings 21 for meeting design requirement,
The lower surface setting orifice plate water distributing plate 4 of the disc type water distributor 2, jet pipe 3, jet pipe 3 is arranged in 4 upper surface of orifice plate water distributing plate
Length size and orifice plate water distributing plate 4 the number of openings and size need to pass through it is stringent calculate, so that water is uniformly slowly flowed into accumulation of energy
In tank.
Lower part inside energy storage tank, lower part low temperature water pipe 8 connect lower layer's jet pipe Combined cloth hydrophone 6, lower layer's jet stream
Pipe Combined cloth hydrophone 6 is with 5 complete mirror image of upper layer jet pipe Combined cloth hydrophone, in lower layer's jet pipe Combined cloth hydrophone 6
The upper surface setting orifice plate water distributing plate 4 of disc type water distributor 2, jet pipe 3, the length of jet pipe 3 is arranged in 4 lower surface of orifice plate water distributing plate
The number of openings and size of short size and orifice plate water distributing plate 4 need to pass through stringent calculating, and water is made uniformly slowly to flow into energy storage tank.
When energy storage tank needs cold-storage, the lower water of temperature is from lower part low temperature water pipe 8, through lower layer's jet pipe combined type water distribution
Device 6 flows slowly into energy storage tank, since the water density of different water temperatures is different, utilizes temperature in the principle original energy storage tank of natural layering
Higher water nature buoyance lift gets up, and temperature is lower to be sink to bottom under water, after water reach a certain height, the higher water of temperature
It is flowed out from upper pyrometer water pipe 7 through upper layer jet pipe Combined cloth hydrophone 5, until the lower water of temperature stores full energy storage tank.
When energy storage tank needs to release cold, the lower chilled water of temperature is through lower jet pipe Combined cloth hydrophone 6 from lower part low temperature
Water pipe 8 flows out, and the higher water of temperature is again by upper pyrometer water pipe 7 through upper jet pipe combined type after air-conditioning system end is exchanged heat
Water distributor 5 is slowly uniform to be flowed into energy storage tank, until the chilled water temperature in energy storage tank does not meet end refrigeration requirement,
Cold process is released to terminate.
Since energy storage tank internal upper part water temperature is higher, bottom water temperature is relatively low, and flow velocity is enough slowly and uniform, so in high/low temperature
A mesolimnion can be formed between water.Thermoclinic thickness determines that thermocline thickness is thinner by the form and structure of water distributor, cloth
Hydrophone water distribution uniformity effect is better.
Further, above-mentioned apparatus can also have the characteristics that, and the effect of the water distributor is exactly by making flow with close
The form of degree stream is slowly into energy storage tank, reduces flow and enters impact of the energy storage tank to storage water, promotes thermoclinic formation,
And by reducing issuable immixture, thermoclinic presence is maintained, is reduced to thermoclinic destruction.
As it can be seen that the advantages of the utility model and good effect are：Compared with traditional water energy storage equipment, the utility model
Water distribution manner can be reduced effectively in energy storage tank due to unavailable space caused by water distributor position, effectively improve energy storage tank
Utilization rate, increase the uniformity of flow, effectively reduce thermoclinic thickness, effectively raise the cold-storage of energy storage tank
With release cold energy power.
The above is only the preferred embodiment of the present invention, and water energy storage equipment can be that tank body can also be groove body,
Be not intended to limit the utility model, within the spirit and principle of the utility model, made by it is any modification, equally replace
It changes, improve, should be included within the scope of protection of this utility model.
Claims (7)
1. a kind of water energy storage equipment with jet pipe Combined cloth hydrophone, which is characterized in that the water energy storage equipment, which is provided with, to be penetrated
Flow tube Combined cloth hydrophone (1), the jet pipe Combined cloth hydrophone (1) include disc type water distributor (2), jet pipe (3) and
Several first trepannings (21), pitch-row and aperture is distributed with according to setting in orifice plate water distributing plate (4), disc type water distributor (2) side
It counts flow to determine, the jet pipe (3) connects the orifice plate water distributing plate (4), and the jet pipe (3) is fixed on the orifice plate water distribution
The top or/lower part of plate (4), the jet pipe (3) is divided into the ring-type of multiple circular disc type water distributors 2, along orifice plate water distributing plate
(4) jet pipe (3) length shortens successively outward at center, jet pipe (3) length and pipe diameter according to design discharge and
Jet pipe (3) position determines that up and down, the orifice plate water distributing plate (4) is uniformly arranged several the to the jet pipe (3) along center
Two trepannings, pitch-row and aperture determine that the jet pipe (3) is set to the orifice plate by second trepanning according to design discharge
On water distributing plate (4), the jet pipe Combined cloth hydrophone (1) includes upper layer jet pipe Combined cloth hydrophone (5) and lower layer's jet stream
Pipe Combined cloth hydrophone (6), the upper layer jet pipe Combined cloth hydrophone (5) and lower layer's jet pipe Combined cloth hydrophone (6) at
Mirror symmetry is arranged, the top and bottom in the water energy storage equipment are located at.
2. a kind of water energy storage equipment with jet pipe Combined cloth hydrophone according to claim 1, which is characterized in that described
Upper layer jet pipe Combined cloth hydrophone (5) connects the high-temperature conduit (7) of air-conditioning system, lower layer's jet pipe Combined cloth hydrophone
(6) the low temperature water pipe (8) of air-conditioning system is connected.
3. a kind of water energy storage equipment with jet pipe Combined cloth hydrophone according to claim 1, which is characterized in that described
Temperature sensor is set inside water energy storage equipment, and the temperature sensor is from top to bottom or uniform from left to right along water energy storage equipment
Distribution, the temperature sensor are connected with acquisition system, and the temperature sensor data of the acquisition can show water energy storage equipment
The natural layering situation of middle water.
4. a kind of water energy storage equipment with jet pipe Combined cloth hydrophone according to claim 1, which is characterized in that described
The jet pipe (3) of upper layer jet pipe Combined cloth hydrophone (5) positioned at the top of orifice plate water distributing plate (4), lower layer's jet pipe
The jet pipe (3) of Combined cloth hydrophone 6 is located at the lower part of orifice plate water distributing plate (4).
5. a kind of water energy storage equipment with jet pipe Combined cloth hydrophone according to claim 1, which is characterized in that described
The connection type of jet pipe (3) and orifice plate water distributing plate (4) includes that electric welding connection and screwed connection are fixed.
6. a kind of water energy storage equipment with jet pipe Combined cloth hydrophone according to claim 1, which is characterized in that described
The number of rows for the first trepanning (21) setting that disc type water distributor (2) side opens up and the water energy storage equipment size and design flow
It measures related.
7. a kind of water energy storage equipment with jet pipe Combined cloth hydrophone according to claim 1, which is characterized in that described
Jet pipe (3) is divided into several annular distributions, and cyclic annular quantity is related with the water energy storage equipment size and design discharge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820074075.8U CN207729761U (en) | 2018-01-08 | 2018-01-08 | A kind of water energy storage equipment with jet pipe Combined cloth hydrophone |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820074075.8U CN207729761U (en) | 2018-01-08 | 2018-01-08 | A kind of water energy storage equipment with jet pipe Combined cloth hydrophone |
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| Publication Number | Publication Date |
|---|---|
| CN207729761U true CN207729761U (en) | 2018-08-14 |
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ID=63082828
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820074075.8U Active CN207729761U (en) | 2018-01-08 | 2018-01-08 | A kind of water energy storage equipment with jet pipe Combined cloth hydrophone |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110068088A (en) * | 2019-05-27 | 2019-07-30 | 北京环渤高科能源技术有限公司 | A kind of accumulation of energy slot with adjustable type water distributor |
-
2018
- 2018-01-08 CN CN201820074075.8U patent/CN207729761U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110068088A (en) * | 2019-05-27 | 2019-07-30 | 北京环渤高科能源技术有限公司 | A kind of accumulation of energy slot with adjustable type water distributor |
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