A kind of dedicated constant pressure eddy flow disc type water distributor of energy storage water tank
Technical field
The utility model relates to cold-storage apparatus technical fields, and in particular to a kind of dedicated constant pressure eddy flow disc type of energy storage water tank
Water distributor.
Background technique
Water accumulation of energy is suitable for there are the region of time-of-use tariffs, and usual unit utilizes the low ebb electricity price cooling/heating at night, then
It is stored energy in energy storage water tank by energy storage equipment, can be not turned on or open less master in electricity price high period on daytime
Machine, to reach a kind of air-conditioning technical saved operating cost, reduce daytime period power grid pressure.
Common water energy-storage method is natural layering method, and what is be usually used by people in natural layering method is exactly water distribution
Low and high temperature water is evenly distributed in approximately the same plane by upper lower water-dispensing device, can be protected according to the density of different water temperature water by device
Water at low temperature is in lower layer in card water pot.Mesolimnion is the temperature transition layer between cold water and hot water.It defines and stable mesolimnion energy
Cold water is prevented to be mixed with hot water, but thermoclinic presence reduces energy storage efficiency, so when tank bottom water temperature is constant,
We can reduce thermoclinic height by the unhurried current of upper and lower water distributor, to improve energy storage efficiency.Therefore, it is badly in need of one
Money can effectively reduce the water distributor of mesolimnion height.
Utility model content
The purpose of this utility model is to provide a kind of dedicated constant pressure eddy flow disc type water distributors of energy storage water tank, to solve
Existing water distributor can not effectively improve the problem of energy storage water tank energy storage efficiency.
To achieve the above object, the utility model provides a kind of dedicated constant pressure eddy flow disc type water distributor of energy storage water tank, institute
Stating the dedicated constant pressure eddy flow disc type water distributor of energy storage water tank includes water distributor shell, water distributor inner disc, water distributor external disk and Fen Shui
It is responsible for, is provided with multiple first permeable holes on the water distributor inner disc, it is permeable to be provided with multiple second in the water distributor external disk
Hole, the aperture of first permeable hole are greater than the aperture of second permeable hole, described one end for dividing water to be responsible for and the water distribution
The inlet of device shell connects, and the water distributor external disk is set to the liquid outlet of the water distributor shell;The water distributor inner disc
It is set to the inside of the water distributor shell, and the inside of the water distributor shell is divided into the first unhurried current chamber and the second unhurried current
Chamber.
Preferably, the water distributor inner disc is in the conical surface close to the one side of water distributor shell inlet.
Preferably, described that water supervisor is divided to be coaxially disposed respectively with water distributor shell, water distributor inner disc, water distributor external disk.
Preferably, the other end for dividing water to be responsible for is provided with flange.
Preferably, first permeable hole is uniformly distributed on the water distributor inner disc.
Preferably, second permeable hole is uniformly distributed in the water distributor external disk.
The utility model has the advantages that
1, the water distributor of the utility model can effectively reduce thermoclinic height, to greatly improve the utilization of energy storage water tank
Rate improves energy storage efficiency.
2) water distributor of the utility model is small in size, easy for installation, quick construction, can effectively shorten the construction period.
Detailed description of the invention
Fig. 1 is the side elevational cross-section structural schematic diagram of the dedicated constant pressure eddy flow disc type water distributor of the utility model energy storage water tank.
Fig. 2 is the structural schematic diagram of the utility model water distributor inner disc.
Fig. 3 is the structural schematic diagram of the utility model water distributor external disk.
Drawing reference numeral explanation: 1, water distributor shell;2, water distributor inner disc;3, water distributor external disk;4, water is divided to be responsible for;21,
One permeable hole;31, the second permeable hole.
Specific embodiment
The following examples illustrate the utility model, but is not intended to limit the scope of the present invention.
As shown in Figure 1, the dedicated constant pressure eddy flow disc type water distributor of energy storage water tank includes water distributor shell 1, water distributor inner disc
2, water distributor external disk 3 and water is divided to be responsible for 4, the inside of water distributor shell 1 has a cavity, one end of water distributor shell 1 offer into
Liquid mouth, the other end offer liquid outlet, and wherein the diameter of liquid outlet is greater than the diameter of inlet.
As shown in Figures 2 and 3, water distributor inner disc 2 is set to the inside of water distributor shell 1, and by the inside of water distributor shell 1
The first unhurried current chamber and the second unhurried current chamber are divided into, wherein the first unhurried current chamber is located at the feed liquor of water distributor inner disc 2 and water distributor shell 1
Between mouthful, the second unhurried current chamber is between water distributor inner disc 2 and water distributor external disk 3.Multiple first are provided on water distributor inner disc 2
Permeable hole 21.Water distributor inner disc 2 plays the role of decompression unhurried current as primary decompression flow slowing device.Further, in water distributor
Disk 2 is in the conical surface close to the one side of 1 inlet of water distributor shell, and the conical surface can guarantee that the intracavitary water of the first unhurried current at the uniform velocity passes through water distributor
Inner disc 2.Water distributor external disk 3 is in the form of annular discs, and water distributor external disk 3 is set to the liquid outlet of water distributor shell 1, in water distributor external disk 3
It is provided with multiple second permeable holes 31.First permeable hole 21 is uniformly distributed on water distributor inner disc 2, same second permeable hole 31
Be uniformly distributed in water distributor external disk 3, it is ensured that water flow stationary by water distributor inner disc 2 and water distributor external disk 3, will not bad student disturb
Stream, solves the problems, such as water distributor water-flow equation.Since the aperture of the first permeable hole 21 is greater than the hole of the second permeable hole 31
Diameter, the water that synchronization enters the second unhurried current chamber is greater than the water of outflow the second unhurried current chamber, therefore water distributor external disk 3 is used as two
Secondary decompression flow slowing device equally plays the role of decompression unhurried current.Certainly, the permeable hole on water distributor inner disc 2 and water distributor external disk 3
Diameter, pitch-row and blowing angle can be adjusted correspondingly according to actual needs.
Point water supervisor 4 in tubular construction, divides water supervisor 4 for connecting system pipeline and water distributor shell 1, and by system pipes
Water in road introduces in water distributor shell 1.Divide one end of water supervisor 4 to connect with the inlet of water distributor shell 1, water is divided to be responsible for 4
The other end be provided with flange, divide the other end of water supervisor 4 to be connect with system pipeline by flange, flange can make the peace of water distributor
Dress is more convenient, constructs faster, can effectively shorten the construction period.Further, divide in the present embodiment water supervisor 4 respectively with water distribution
Device shell 1, water distributor inner disc 2, water distributor external disk 3 are coaxially disposed, and coaxial arrangement can ensure that water flow stationary passes in and out water distributor, will not
Bad student's flow-disturbing solves the problems, such as water distributor water-flow equation.
When installation, by two water distributors (upper water distributor and lower water-dispensing device) be symmetrically arranged in energy storage water tank top and
Two water distributors are divided water supervisor 4 to connect by flange with system pipeline by lower part, and the apopore of upper water distributor is arranged in level
Below face at 150mm, the apopore of lower water-dispensing device is arranged in away from the 150mm of energy storage water tank bottom.
In use, the accumulation of energy incipient stage, unit cold water enters the first unhurried current in lower water-dispensing device by the unit circulatory system
Chamber, after the water distributor inner disc 2 of lower water-dispensing device carries out decompression unhurried current effect to water flow, into the second unhurried current in lower water-dispensing device
Chamber, after carrying out decompression unhurried current effect to water flow using the water distributor external disk 3 of lower water-dispensing device, water flow is eventually by lower water-dispensing device
Water distributor external disk 3 enters the bottom of energy storage water tank;Finally pass sequentially through water distributor external disk 3,2 and of water distributor inner disc of upper water distributor
Divide water supervisor 4, into the unit circulatory system, completes an energy storage circulation.It is logical effectively to be subtracted using the water distributor of the utility model
Few thermoclinic height, to greatly improve the utilization rate of energy storage water tank, is mentioned by the control of thermoclinic height within 200mm
High energy storage efficiency.
Although being above described in detail with generality explanation and specific embodiment to the utility model,
On the basis of the utility model, it can be modified or is improved, this is apparent to those skilled in the art
's.Therefore, these modifications or improvements on the basis of without departing from the spirit of the present invention, belong to the utility model and want
Seek the range of protection.