CN107062357A - Heat accumulating type electric heater device convenient to maintain and heat supply method - Google Patents
Heat accumulating type electric heater device convenient to maintain and heat supply method Download PDFInfo
- Publication number
- CN107062357A CN107062357A CN201710344785.8A CN201710344785A CN107062357A CN 107062357 A CN107062357 A CN 107062357A CN 201710344785 A CN201710344785 A CN 201710344785A CN 107062357 A CN107062357 A CN 107062357A
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- Prior art keywords
- temperature
- gitter brick
- box
- air
- air outlet
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D11/00—Central heating systems using heat accumulated in storage masses
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D13/00—Electric heating systems
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D19/00—Details
- F24D19/10—Arrangement or mounting of control or safety devices
- F24D19/1096—Arrangement or mounting of control or safety devices for electric heating systems
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Central Heating Systems (AREA)
Abstract
The invention discloses a heat accumulating type electric heater device convenient to overhaul, which is characterized by comprising an outer box body and an inner box body, wherein an electric heater outer containing box is arranged at the upper part of the outer box body, an electric box is arranged below the outer box body, an air inlet box is arranged at the other side of the electric box, the inner box body comprises an electric heater inner containing box at the upper part, an air outlet box is arranged at one side of the electric heater inner containing box, a supporting shell is connected below the air outlet box, the electric heater inner containing box is installed in the electric heater outer containing box and can be drawn out, an exhaust fan is installed at the bottom of the air inlet box, rectangular multilayer heat accumulating brick installing channels are transversely arranged on the inner box body in parallel, heat accumulating bricks are installed in the multilayer heat accumulating brick installing channels, a temperature probe is installed in each channel, and each heat accumulating brick is penetrated by an electric heating device. According to the invention, the heat storage bricks and the electric heating device in the electric heater device can be quickly maintained and replaced, and the electric heater device is convenient to disassemble and assemble.
Description
Technical field
The present invention relates to the regenerative electrochemical heating installation of regenerative electrochemical heating technical field, more particularly to a kind of easy access
And heat supply method.
Background technology
Electric heater is mainly used for the winter heating of home dwelling and commercial office place etc..However, winter heating is to carry
One of key factor of high quality of life and office efficiency, heating system mainly has vapour heat, hydro-thermal and electric heating etc..And electric heating is adjusted
Section flexibly, it is safety and environmental protection, easy to use, occupy larger heating market.
At present, the electric heater species of in the market is various, mainly including oil heater, heat pipe-type electric heater, convection-type electric radiator, halogen
Plain pipe electric heater and Far infrared electric heating etc..But with expanding economy and the raising of quality of life, people are for electric power
Demand is increasing, and urban electric power supply contradiction is more protruded, and supply of electric power is not enough when being mainly manifested in peak of power consumption, electricity consumption
Peak-valley difference constantly becomes big.To solve this contradiction, country carries out time-of-use tariffs policy in drug in some provinces, to encourage people in the paddy phase
Electricity consumption, powers pressure so as to alleviate the peak phase.Another reason is that existing air pollution pressure is larger, in order to reduce as far as possible
The pollution sources of haze, it should also the mode that reduction is warmed oneself with coal as far as possible, and regenerative electrochemical heating involved in the application is one
Plant new electricity and adopt dim equipment, it is mainly using night paddy electricity storage energy, for heating on daytime.It can realize that power network peak clipping is filled out
Paddy, while making full use of night cheap paddy electricity to save heating cost for user.Regenerative electrochemical heating uses cleaning electric energy, but also
Low ebb electricity price can be utilized, is a kind of relatively good heating mode easily by society's receiving.
It is high compared with the gitter brick quality that heat storage electric boiler is used but regenerative electrochemical heating is the problem of exist at present,
The gitter brick class that general regenerative electrochemical heating is used is relatively low, is easily damaged, but does not know specific bad position, one after damage again
The whole overhauls in taste ground, it is difficult to accurately determine which gitter brick efficiency is significantly reduced, in terms of thermometric if heat up again into
Row test, it is also what is do not worthed to carry out test for cheap gitter brick, and this is just efficient in the urgent need to one kind, can be real-time
Monitoring, and it is capable of the repair method of look-ahead gitter brick damage.
The content of the invention
The first object of the present invention be solve prior art in the presence of technical problem there is provided the heat accumulating type of easy access
Electric heater, the device is by setting outer case and internal box, and outer case and internal box are dismountable connections, and internal box can
Extracted out, can facilitated to the gitter brick in every layer of gitter brick installation passage in internal box and electrical heating dress from outer case with facilitating
Put and overhauled.
The second object of the present invention is to provide a kind of heat supply side of the regenerative electrochemical heating installation according to above-mentioned easy access
Method, and the close fit heat supply method repair method, the heat supply method, which is set up, is utilizing foregoing unique heat-accumulating type electric-heating
On the basis of device of air and the heat supply method of uniqueness.
In order to realize the first object of the present invention, the technical solution adopted in the present invention is as follows：
The regenerative electrochemical heating installation of a kind of easy access, it is characterised in that including outer case and internal box, the outer container
Body top is provided with below the outer storage case of electric heater of a side opening, the outer case and is provided with electric box, and the electric heater
The opposite side of outer storage case and the electric box is provided with an inlet box, and the internal box includes accommodating in the electric heater on top
The side of storage case is provided with below air outlet box, and the air outlet box and is also connected with supporting shell, the electric heating in case, the electric heater
Storage case is arranged in the outer storage case of the electric heater in gas, can from being extracted outside the electric heater in storage case, it is described enter
Bellows bottom is provided with air exhauster, and the inlet box bottom and the ft connection of the outer case, the top of the air outlet box
With the ft connection of the internal box, parallel transverse is provided with rectangular multilayer gitter brick installation passage on the internal box,
Each passage is mounted at least one piece gitter brick in the multilayer gitter brick installation passage, and the multilayer gitter brick is installed logical
Be mounted in a temp probe, the gitter brick each piece of the passage of each in road is electrically heated device and worn, and
The parallel transverse two ends of the multilayer gitter brick installation passage are connected with the air outlet box, the inlet box respectively, the support
Connection lock is installed, the connection lock is used to lock the internal box and the outer case in shell；Each aforementioned temperature is visited
Head is connected to temperature control equipment, and the temperature control equipment, air exhauster, electric heater unit are connected to central controller,
The central controller is also equipped with room temperature creep, for monitoring room temperature in real time；Possesses inlet box temperature biography in the inlet box
Possesses air outlet box temperature sensor in sensor, the air outlet box；In screen and the air outlet grate in the air-inlet grille
Screen is rotatably opened and closed.
Further, the parallel transverse two ends of the multilayer gitter brick installation passage are separately installed with air-inlet grille and outlet
Grid, the air-inlet grille and the air outlet grate drive it to open or close by drive device, the multilayer gitter brick peace
Dress passage is connected by air-inlet grille with inlet box, and the multilayer gitter brick installation passage is connected by air outlet grate and air outlet box
It is logical；The electric heater unit is the U-shaped heating tube for connecting power supply.
Further, the air-inlet grille is identical with the air outlet grate structure, including rotating disk, pull bar, cross bar and many
Individual screen, the multiple screen is hinged on the wall of the internal box side, and each equal one end connection in the multiple screen is horizontal
Bar, and the not connected other end of cross bar is hinged with pull bar, the rotating disk on one of them of the multiple screen, and
The drive device drives the turntable rotation.
Further, the drive device includes the electromagnetism on the side wall of the multilayer gitter brick installation passage
Iron, the output end of the electromagnet is connected with a toothed rack, and the rack is engaged with the rotating disk.
Further, the screen in the air-inlet grille is tilted when opening to direction below inlet box, the outlet lattice
Screen in grid is tilted when opening to direction above air outlet box.
Further, the bottom of storage case is provided with multigroup slider roller in the electric heater, and multigroup slide is rolled
Wheel is pressed in the outer accommodating chamber bottom surface of the electric heater, and the supporting shell and electric box bottom are mounted on walking roller.
In order to realize the second object of the present invention, the technical solution adopted in the present invention is as follows：
A kind of regenerative electrochemical of the easy access carried out according to the regenerative electrochemical heating installation of foregoing easy access
The heat supply method of heating installation, it is characterised in that comprise the following steps.
S1, gitter brick accumulation of heat：In off-peak electricity price period, central controller starts the electric heater unit, and by temperature control
Device processed returns to real time temperature data from each aforementioned temperature probe, heats each of the multilayer gitter brick installation passage
Layer, heating target temperature is 600-700 DEG C.
S2, beginning heat supply：The temperature returned when the temp probe in the multilayer gitter brick installation passage of more than half
Reach after 600-700 DEG C that central controller monitoring room temperature sets heat supply plan, starts air exhauster；Returned for temp probe
Temperature reaches 600-700 DEG C of gitter brick installation passage, and drive device opens its corresponding air-inlet grille and air outlet grate.
S3, regulation and control heat supply：Center is returned to using air outlet box temperature sensor monitors air outlet box air temperature and by data
Controller, while the temperature that the temp probe in all multilayer gitter brick installation passages of monitoring is returned, based on this regulation and control
Need the air-inlet grille of the gitter brick installation passage of quantity, air exhauster wind speed and all openings of the gitter brick installation passage of opening
Opening and closing and angle with air outlet grate, for space heat supply in building.
S4, maintenance temperature：When multiple temperature monitorings monitor that temperature reaches 20-25 DEG C of interval in building, control
Device control accumulated electric heater device reduction heat supply level, according to inlet box air temperature and air outlet box air temperature meter
The quantity for the gitter brick installation passage for needing to open is calculated, a part of gitter brick installation passage is closed, or reduce all openings
The air-inlet grille of gitter brick installation passage and the open angle of air outlet grate that either partially open both close a part of storage
Hot brick installation passage reduces the air-inlet grille and air outlet grate of gitter brick installation passage that is all openings or partially opening again
Open angle, to reduce heat supply level, control device repeats aforesaid way reduction heat supply level, to maintain temperature to be maintained at
20-25℃。
Temperature is maintained under S5, off-position：At the end of off-peak electricity price period, central controller cuts off the electrical heating dress
The power supply put, and real time temperature data are returned from each aforementioned temperature probe by temperature control equipment, utilize air outlet box temperature
Data are simultaneously returned to central controller by Sensor monitoring air outlet box air temperature, while all multilayer gitter bricks of monitoring
The temperature that temp probe in installation passage is returned, quantity, the exhausting of the gitter brick installation passage for needing to open based on this regulation and control
The opening and closing of the air-inlet grille and air outlet grate of the gitter brick installation passage of machine wind speed and all openings and angle, for sky in building
Between heat supply, gitter brick constant temperature decline state, continue to temperature and be maintained at 20-25 DEG C.
S6, waste heat for supplying：When multiple temperature monitorings monitor temperature less than 20 DEG C in building, all storages are opened
Hot brick installation passage, the air-inlet grille of gitter brick installation passage of all openings and the angle of air outlet grate are opened to maximum, exhausting
Machine wind speed is adjusted to the upper limit, by waste heat all feeding building.
S7, when in the multilayer gitter brick installation passage temp probe return temperature be below 60 DEG C when, close institute
The air-inlet grille and air outlet grate and air exhauster of some gitter brick installation passages, treat to come at the time of next low ebb electricity price is performed
Face, return to step S1 and start, repeat above-mentioned steps S1-S7.
The present invention also uses a kind of repair method of regenerative electrochemical heating installation, its data according to foregoing heat supply method
To be overhauled, it possesses the overhaul data storehouse device being connected with premise central controller, it is characterised in that T1：From step S1
In will from each aforementioned temperature probe return real time temperature data, deliver to overhaul data storehouse device, generate each gitter brick
Heating curve in installation passage；T2：For regulating and controlling the heat supply stage in foregoing S3 steps, all multilayer gitter bricks are pacified
The temperature that temp probe in dress passage is returned delivers to overhaul data storehouse device, generation regulation and control heat supply stage heating curve；T3：It is right
Temperature stage is maintained in foregoing S4 steps, the temperature that the temp probe in all multilayer gitter brick installation passages is returned
Degree delivers to overhaul data storehouse device, and generation maintains temperature stage alternating temperature curve；T4：For being tieed up under foregoing S5 steps power cutoff state
Temperature stage is held, the temperature that the temp probe in all multilayer gitter brick installation passages is returned delivers to overhaul data storehouse
Temperature stage alternating temperature curve is maintained under device, generation off-position；T5：For the waste heat for supplying stage in foregoing S6 steps, by institute
The temperature that temp probe in the multilayer gitter brick installation passage having is returned delivers to overhaul data storehouse device, and generation waste heat is supplied
Hot stage alternating temperature curve；T6：It is each by foregoing all heating curve and alternating temperature curve generations when above-mentioned S7 steps start to perform
The overall alternating temperature curve of individual gitter brick installation passage, and given birth to according to the overall alternating temperature curve of each foregoing gitter brick installation passage
Into average alternating temperature curve, when integration face of the overall alternating temperature curve relative to average alternating temperature curve for having some gitter brick installation passage
When product phase difference is more than the 10-20% of average alternating temperature area under the curve, maintenance down.
Further, when integration of the overall alternating temperature curve relative to average alternating temperature curve for having some gitter brick installation passage
When area phase difference is more than the 15% of average alternating temperature area under the curve, maintenance down.
Compared with prior art, the advantage of the invention is that：By setting, electricity is set in internal box and outer case, internal box
The outer storage case of electric heater is provided with storage case in heating, outer case, and storage case can be penetrated to electric heater in electric heater
In outer storage case, gitter brick and electric heater unit are installed in the gitter brick installation passage in electric heater in storage case, air can
To be discharged by inlet box by gitter brick installation passage from air outlet box, wind is exchanged heat in gitter brick installation passage, it is necessary to be tieed up
When repairing, connection lock is opened, it is possible to separate internal box and outer case, to the gitter brick in gitter brick installation passage in internal box
Changed or repaired with electric heater unit.From the point of view of inside, on the one hand by this special apparatus structure, heat supply can be with
Become very efficient, and heat supply whole process, all under monitoring, maintenance can be determined according to effective signal, and putting of having
Arrow, is pointedly carried out to some gitter brick installation passages, it is to avoid whole to take apart by inspect poorly efficient and time-consuming.Pass through
The device, it is possible to achieve to quickly maintenance and the replacing, convenient disassembly of the gitter brick and electric heater unit in electric heater.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the regenerative electrochemical heating installation of the easy access of the present invention；
Fig. 2 is the structural representation of internal box in the present invention；
Fig. 3 is the structural representation of outer case in the present invention
Fig. 4 is the partial enlarged view at I in Fig. 1；
Fig. 5 be II in Fig. 1 at partial enlarged view.
Embodiment
The preferred embodiments of the present invention are described in detail below in conjunction with the accompanying drawings, so that advantages and features of the invention energy
It is easier to be readily appreciated by one skilled in the art, apparent is clearly defined so as to be made to protection scope of the present invention.
Embodiment 1
Refering to shown in Fig. 1 to Fig. 3, a kind of regenerative electrochemical heating installation for easy access of the invention that the present invention is provided,
Including outer case 1 and internal box 2, the top of outer case 1 is provided with the outer storage case 3 of electric heater of a side opening, and the lower section of outer case 1 is set
Electric box 4 is equipped with, and the opposite side of the outer storage case 3 of electric heater and electric box 4 is provided with an inlet box 5, internal box 2 includes upper
The side of storage case 6 is provided with air outlet box 7 in storage case 6, electric heater in the electric heater in portion, and the lower section of air outlet box 7 is also connected with branch
Support storage case 6 in shell 8, electric heater to be arranged in the outer storage case 3 of electric heater, and can be extracted out outside electric heater in storage case 3, entered
The bottom of bellows 6 is provided with outside air exhauster 9, and the bottom of inlet box 5 and the ft connection of outer case 1, the top of air outlet box 7 and internal box 2
Portion is connected, and is provided with internal box 2 in multilayer gitter brick installation passage 10, gitter brick installation passage 10 and is provided with gitter brick 11,
And electric heater unit 12 is equipped with gitter brick 11, and the two ends of gitter brick installation passage 10 connect with air outlet box 7, inlet box 5 respectively
It is logical, connection lock 13 is installed, connection lock 13 is used to lock internal box 2 with outer case 1 in supporting shell 8.By setting internal box 2
With outer case 1, set in internal box 2 in storage case 6 in electric heater, outer case 1 and be provided with the outer storage case 3 of electric heater, and electricity
Storage case 6 can be penetrated to outside electric heater in storage case 3 in heating, the gitter brick installation passage 10 in electric heater in storage case 6
In gitter brick 11 and electric heater unit 12 be installed, air can by inlet box 5 by gitter brick installation passage 10 from air-out
Case 7 is discharged, and wind is exchanged heat in gitter brick installation passage 10, it is necessary to when being repaired, open connection lock 13, it is possible to by internal box 2
Separated with outer case 1, the gitter brick 11 and electric heater unit 12 in gitter brick installation passage 10 in internal box 2 are carried out with changing or
Person repairs, convenient disassembly.
In the present embodiment, the two ends of gitter brick installation passage 10 are separately installed with air-inlet grille 14 and air outlet grate 15, enter
Gas grid 14 and air outlet grate 15 are driven by drive device 16 and open or close, and gitter brick installation passage 10 passes through air inlet grille
Grid 14 are connected with inlet box 5, and gitter brick installation passage 10 is connected by air outlet grate 15 with air outlet box 7.Pass through drive device 16
Air-inlet grille 14 and air outlet grate 15 can be opened, unlatching and closure from control gitter brick installation passage 10, final realize dissipate
The thermal efficiency, adjusts room temperature.
Refering to shown in Fig. 4 Fig. 5, air-inlet grille 14 is identical with the structure of air outlet grate 15, including rotating disk 141, pull bar 142,
Cross bar 143 and multiple screens 144, screen 144 are hinged on the side wall of internal box 2, each screen 144 with cross bar 143 one
End connection, the other end and the pull bar 142 of cross bar 143 are hinged, and rotating disk 141 is arranged on a screen 144, and drive device 16 is driven
Dynamic rotating disk 141 rotates.Drive device 16 includes the electromagnet 161 being arranged on the side wall of gitter brick installation passage 10, electromagnet 161
Output end be connected with a toothed rack 162, rack 162 is engaged with rotating disk 141.Rack 162 is driven to stretch by electromagnet 161,
Drive rotating disk 141 to rotate, so as to drive all screens 144 to rotate, realize the unlatching of air-inlet grille 14 and air outlet grate 15 and close
Close.The opening and closing of gitter brick installation passage 10 are it can also be provided that other headstock gears.
Optimal, tilted to be oriented to the screen 144 in wind direction, air-inlet grille 14 to the lower section direction of inlet box 5, outlet lattice
Screen 144 in grid 15 is tilted to the top direction of air outlet box 7.Outer case 1 and internal box 2 are separated for convenience, are also convenient for moving
Move the bottom of storage case 6 in whole electric heater, electric heater and multigroup slider roller 17 is installed, and slider roller 17 is pressed in electric heating
The outer accommodating chamber bottom surface 3 of gas, supporting shell 8 and the bottom of electric box 4 are mounted on walking roller 18.
A kind of regenerative electrochemical of the easy access carried out according to the regenerative electrochemical heating installation of foregoing easy access
The heat supply method of heating installation, it is characterised in that comprise the following steps.
S1, gitter brick accumulation of heat：In off-peak electricity price period, central controller starts the electric heater unit, and by temperature control
Device processed returns to real time temperature data from each aforementioned temperature probe, heats each of the multilayer gitter brick installation passage
Layer, heating target temperature is 640-660 DEG C.
S2, beginning heat supply：The temperature returned when the temp probe in the multilayer gitter brick installation passage of more than half
Reach
After 640-660 DEG C, central controller monitoring room temperature sets heat supply plan, starts air exhauster；Returned for temp probe
The temperature returned reaches 640-660 DEG C of gitter brick installation passage, and drive device opens its corresponding air-inlet grille and air outlet grate.
S3, regulation and control heat supply：Center is returned to using air outlet box temperature sensor monitors air outlet box air temperature and by data
Controller, while the temperature that the temp probe in all multilayer gitter brick installation passages of monitoring is returned, based on this regulation and control
Need the air-inlet grille of the gitter brick installation passage of quantity, air exhauster wind speed and all openings of the gitter brick installation passage of opening
Opening and closing and angle with air outlet grate, for space heat supply in building.
S4, maintenance temperature：When multiple temperature monitorings monitor that temperature reaches 23-25 DEG C of interval in building, control
Device control accumulated electric heater device reduction heat supply level, according to inlet box air temperature and air outlet box air temperature meter
The quantity for the gitter brick installation passage for needing to open is calculated, a part of gitter brick installation passage is closed, or reduce all openings
The air-inlet grille of gitter brick installation passage and the open angle of air outlet grate that either partially open both close a part of storage
Hot brick installation passage reduces the air-inlet grille and air outlet grate of gitter brick installation passage that is all openings or partially opening again
Open angle, to reduce heat supply level, control device repeats aforesaid way reduction heat supply level, to maintain temperature to be maintained at
23-25℃。
Temperature is maintained under S5, off-position：At the end of off-peak electricity price period, central controller cuts off the electrical heating dress
The power supply put, and real time temperature data are returned from each aforementioned temperature probe by temperature control equipment, utilize air outlet box temperature
Data are simultaneously returned to central controller by Sensor monitoring air outlet box air temperature, while all multilayer gitter bricks of monitoring
The temperature that temp probe in installation passage is returned, quantity, the exhausting of the gitter brick installation passage for needing to open based on this regulation and control
The opening and closing of the air-inlet grille and air outlet grate of the gitter brick installation passage of machine wind speed and all openings and angle, for sky in building
Between heat supply, gitter brick constant temperature decline state, continue to temperature and be maintained at 23-25 DEG C.
S6, waste heat for supplying：When multiple temperature monitorings monitor temperature less than 23 DEG C in building, all storages are opened
Hot brick installation passage, the air-inlet grille of gitter brick installation passage of all openings and the angle of air outlet grate are opened to maximum, exhausting
Machine wind speed is adjusted to the upper limit, by waste heat all feeding building.
S7, when in the multilayer gitter brick installation passage temp probe return temperature be below 60 DEG C when, close institute
The air-inlet grille and air outlet grate and air exhauster of some gitter brick installation passages, treat to come at the time of next low ebb electricity price is performed
Face, return to step S1 and start, repeat above-mentioned steps S1-S7.
The present invention also uses a kind of repair method of regenerative electrochemical heating installation, its data according to foregoing heat supply method
To be overhauled, it possesses the overhaul data storehouse device being connected with premise central controller, it is characterised in that T1：From step S1
In will from each aforementioned temperature probe return real time temperature data, deliver to overhaul data storehouse device, generate each gitter brick
Heating curve in installation passage；T2：For regulating and controlling the heat supply stage in foregoing S3 steps, all multilayer gitter bricks are pacified
The temperature that temp probe in dress passage is returned delivers to overhaul data storehouse device, generation regulation and control heat supply stage heating curve；T3：It is right
Temperature stage is maintained in foregoing S4 steps, the temperature that the temp probe in all multilayer gitter brick installation passages is returned
Degree delivers to overhaul data storehouse device, and generation maintains temperature stage alternating temperature curve；T4：For being tieed up under foregoing S5 steps power cutoff state
Temperature stage is held, the temperature that the temp probe in all multilayer gitter brick installation passages is returned delivers to overhaul data storehouse
Temperature stage alternating temperature curve is maintained under device, generation off-position；T5：For the waste heat for supplying stage in foregoing S6 steps, by institute
The temperature that temp probe in the multilayer gitter brick installation passage having is returned delivers to overhaul data storehouse device, and generation waste heat is supplied
Hot stage alternating temperature curve；T6：It is each by foregoing all heating curve and alternating temperature curve generations when above-mentioned S7 steps start to perform
The overall alternating temperature curve of individual gitter brick installation passage, and given birth to according to the overall alternating temperature curve of each foregoing gitter brick installation passage
Into average alternating temperature curve, when integration face of the overall alternating temperature curve relative to average alternating temperature curve for having some gitter brick installation passage
When product phase difference is more than the 15% of average alternating temperature area under the curve, maintenance down.
Embodiment 2
A kind of regenerative electrochemical of the easy access carried out according to the regenerative electrochemical heating installation of foregoing easy access
The heat supply method of heating installation, it is characterised in that comprise the following steps.
S1, gitter brick accumulation of heat：In off-peak electricity price period, central controller starts the electric heater unit, and by temperature control
Device processed returns to real time temperature data from each aforementioned temperature probe, heats each of the multilayer gitter brick installation passage
Layer, heating target temperature is 680-700 DEG C.
S2, beginning heat supply：The temperature returned when the temp probe in the multilayer gitter brick installation passage of more than half
Reach after 680-700 DEG C that central controller monitoring room temperature sets heat supply plan, starts air exhauster；Returned for temp probe
Temperature reaches 680-700 DEG C of gitter brick installation passage, and drive device opens its corresponding air-inlet grille and air outlet grate.
S3, regulation and control heat supply：Center is returned to using air outlet box temperature sensor monitors air outlet box air temperature and by data
Controller, while the temperature that the temp probe in all multilayer gitter brick installation passages of monitoring is returned, based on this regulation and control
Need the air-inlet grille of the gitter brick installation passage of quantity, air exhauster wind speed and all openings of the gitter brick installation passage of opening
Opening and closing and angle with air outlet grate, for space heat supply in building.
S4, maintenance temperature：When multiple temperature monitorings monitor that temperature reaches 20-23 DEG C of interval in building, control
Device control accumulated electric heater device reduction heat supply level, according to inlet box air temperature and air outlet box air temperature meter
The quantity for the gitter brick installation passage for needing to open is calculated, a part of gitter brick installation passage is closed, or reduce all openings
The air-inlet grille of gitter brick installation passage and the open angle of air outlet grate that either partially open both close a part of storage
Hot brick installation passage reduces the air-inlet grille and air outlet grate of gitter brick installation passage that is all openings or partially opening again
Open angle, to reduce heat supply level, control device repeats aforesaid way reduction heat supply level, to maintain temperature to be maintained at
20-23℃。
Temperature is maintained under S5, off-position：At the end of off-peak electricity price period, central controller cuts off the electrical heating dress
The power supply put, and real time temperature data are returned from each aforementioned temperature probe by temperature control equipment, utilize air outlet box temperature
Data are simultaneously returned to central controller by Sensor monitoring air outlet box air temperature, while all multilayer gitter bricks of monitoring
The temperature that temp probe in installation passage is returned, quantity, the exhausting of the gitter brick installation passage for needing to open based on this regulation and control
The opening and closing of the air-inlet grille and air outlet grate of the gitter brick installation passage of machine wind speed and all openings and angle, for sky in building
Between heat supply, gitter brick constant temperature decline state, continue to temperature and be maintained at 20-23 DEG C.
S6, waste heat for supplying：When multiple temperature monitorings monitor temperature less than 20 DEG C in building, all storages are opened
Hot brick installation passage, the air-inlet grille of gitter brick installation passage of all openings and the angle of air outlet grate are opened to maximum, exhausting
Machine wind speed is adjusted to the upper limit, by waste heat all feeding building.
S7, when in the multilayer gitter brick installation passage temp probe return temperature be below 70 DEG C when, close institute
The air-inlet grille and air outlet grate and air exhauster of some gitter brick installation passages, treat to come at the time of next low ebb electricity price is performed
Face, return to step S1 and start, repeat above-mentioned steps S1-S7.
The present invention also uses a kind of repair method of regenerative electrochemical heating installation, its data according to foregoing heat supply method
To be overhauled, it possesses the overhaul data storehouse device being connected with premise central controller, it is characterised in that T1：From step S1
In will from each aforementioned temperature probe return real time temperature data, deliver to overhaul data storehouse device, generate each gitter brick
Heating curve in installation passage；T2：For regulating and controlling the heat supply stage in foregoing S3 steps, all multilayer gitter bricks are pacified
The temperature that temp probe in dress passage is returned delivers to overhaul data storehouse device, generation regulation and control heat supply stage heating curve；T3：It is right
Temperature stage is maintained in foregoing S4 steps, the temperature that the temp probe in all multilayer gitter brick installation passages is returned
Degree delivers to overhaul data storehouse device, and generation maintains temperature stage alternating temperature curve；T4：For being tieed up under foregoing S5 steps power cutoff state
Temperature stage is held, the temperature that the temp probe in all multilayer gitter brick installation passages is returned delivers to overhaul data storehouse
Temperature stage alternating temperature curve is maintained under device, generation off-position；T5：For the waste heat for supplying stage in foregoing S6 steps, by institute
The temperature that temp probe in the multilayer gitter brick installation passage having is returned delivers to overhaul data storehouse device, and generation waste heat is supplied
Hot stage alternating temperature curve；T6：It is each by foregoing all heating curve and alternating temperature curve generations when above-mentioned S7 steps start to perform
The overall alternating temperature curve of individual gitter brick installation passage, and given birth to according to the overall alternating temperature curve of each foregoing gitter brick installation passage
Into average alternating temperature curve, when integration face of the overall alternating temperature curve relative to average alternating temperature curve for having some gitter brick installation passage
When product phase difference is more than the 10% of average alternating temperature area under the curve, maintenance down.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (9)
1. the regenerative electrochemical heating installation of a kind of easy access, it is characterised in that including outer case and internal box, the outer case
Top is provided with below the outer storage case of electric heater of a side opening, the outer case and is provided with outside electric box, and the electric heater
The opposite side of storage case and the electric box is provided with an inlet box, and the internal box includes accommodating in the electric heater on top
The side of storage case is provided with below air outlet box, and the air outlet box and is also connected with supporting shell, the electric heating in case, the electric heater
Storage case is arranged in the outer storage case of the electric heater in gas, can from being extracted outside the electric heater in storage case, it is described enter
Bellows bottom is provided with air exhauster, and the inlet box bottom and the ft connection of the outer case, the top of the air outlet box
With the ft connection of the internal box, parallel transverse is provided with rectangular multilayer gitter brick installation passage on the internal box,
Each passage is mounted at least one piece gitter brick in the multilayer gitter brick installation passage, and the multilayer gitter brick is installed logical
Be mounted in a temp probe, the gitter brick each piece of the passage of each in road is electrically heated device and worn, and
The parallel transverse two ends of the multilayer gitter brick installation passage are connected with the air outlet box, the inlet box respectively, the support
Connection lock is installed, the connection lock is used to lock the internal box and the outer case in shell；Each aforementioned temperature is visited
Head is connected to temperature control equipment, and the temperature control equipment, air exhauster, electric heater unit are connected to central controller,
The central controller is also equipped with room temperature creep, for monitoring room temperature in real time；Possesses inlet box temperature biography in the inlet box
Possesses air outlet box temperature sensor in sensor, the air outlet box；In screen and the air outlet grate in the air-inlet grille
Screen is rotatably opened and closed.
2. the regenerative electrochemical heating installation of easy access according to claim 1, it is characterised in that：The multilayer gitter brick
The parallel transverse two ends of installation passage are separately installed with air-inlet grille and air outlet grate, the air-inlet grille and the air outlet grate
It is driven to open or close by drive device, the multilayer gitter brick installation passage is connected by air-inlet grille with inlet box,
The multilayer gitter brick installation passage is connected by air outlet grate with air outlet box；The electric heater unit is the U-shaped of connection power supply
Heating tube.
3. the regenerative electrochemical heating installation of easy access according to claim 2, it is characterised in that：The air-inlet grille and
The air outlet grate structure is identical, including rotating disk, pull bar, cross bar and multiple screens, and the multiple screen is hinged on described
On the wall of internal box side, each equal one end connection cross bar in the multiple screen, and the not connected other end of cross bar is cut with scissors with pull bar
Connect, the rotating disk is on one of them of the multiple screen, and the drive device drives the turntable rotation.
4. the regenerative electrochemical heating installation of easy access according to claim 3, it is characterised in that：The drive device bag
The electromagnet on the side wall of the multilayer gitter brick installation passage is included, the output end of the electromagnet connects with a toothed rack
Connect, the rack is engaged with the rotating disk.
5. the regenerative electrochemical heating installation of easy access according to claim 4, it is characterised in that：In the air-inlet grille
Screen is tilted when opening to direction below inlet box, the screen in the air outlet grate when opening to above air outlet box just
To inclination.
6. the regenerative electrochemical heating installation of easy access according to claim 5, it is characterised in that：The electric heater content
Receiving the bottom of case is provided with multigroup slider roller, and multigroup slider roller is pressed in the outer accommodating chamber bottom surface of the electric heater,
The supporting shell and electric box bottom are mounted on walking roller.
7. a kind of heat supply method of the regenerative electrochemical heating installation of easy access according to claim 1, it is characterised in that bag
Include following steps：
S1, gitter brick accumulation of heat：In off-peak electricity price period, central controller starts the electric heater unit, and is filled by temperature control
Put from each aforementioned temperature probe and return to real time temperature data, heat each layer of the multilayer gitter brick installation passage, plus
Thermal target temperature is 600-700 DEG C；
S2, beginning heat supply：When the temperature that the temp probe in the multilayer gitter brick installation passage of more than half is returned reaches
After 600-700 DEG C, central controller monitoring room temperature sets heat supply plan, starts air exhauster；The temperature returned for temp probe
600-700 DEG C of gitter brick installation passage is reached, drive device opens its corresponding air-inlet grille and air outlet grate；
S3, regulation and control heat supply：Center control is returned using air outlet box temperature sensor monitors air outlet box air temperature and by data
Device, while the temperature that the temp probe in all multilayer gitter brick installation passages of monitoring is returned, is needed based on this regulation and control
The air-inlet grille of the gitter brick installation passage of the quantity of the gitter brick installation passage of opening, air exhauster wind speed and all openings and go out
The opening and closing of gas grid and angle, for space heat supply in building；
S4, maintenance temperature：When multiple temperature monitorings monitor that temperature reaches 20-25 DEG C of interval in building, control device
Accumulated electric heater device reduction heat supply level is controlled, need are calculated according to inlet box air temperature and air outlet box air temperature
The quantity of the gitter brick installation passage to be opened, closes a part of gitter brick installation passage, or reduce all openings or
The air-inlet grille and the open angle of air outlet grate of the gitter brick installation passage partially opened, or both closed a part of gitter brick
Installation passage reduces the air-inlet grille of gitter brick installation passage that is all openings or partially opening and beating for air outlet grate again
Angle of release degree, to reduce heat supply level, control device repeats aforesaid way reduction heat supply level, to maintain temperature to be maintained at 20-25
℃；
Temperature is maintained under S5, off-position：At the end of off-peak electricity price period, central controller cuts off the electric heater unit
Power supply, and real time temperature data are returned from each aforementioned temperature probe by temperature control equipment, utilize air outlet box TEMP
Device monitors air outlet box air temperature and data is returned into central controller, while all multilayer gitter bricks of monitoring are installed
The temperature that temp probe in passage is returned, the quantity for the gitter brick installation passage for needing to open based on this regulation and control, air exhauster wind
The opening and closing of the air-inlet grille and air outlet grate of the gitter brick installation passage of fast and all openings and angle, are supplied for space in building
Heat, the state declined in gitter brick constant temperature, continues to temperature and is maintained at 20-25 DEG C；
S6, waste heat for supplying：When multiple temperature monitorings monitor temperature less than 20 DEG C in building, all gitter bricks are opened
Installation passage, the air-inlet grille of gitter brick installation passage of all openings and the angle of air outlet grate are opened to maximum, air exhauster wind
Velocity modulation is to the upper limit, by waste heat all feeding building；
S7, when in the multilayer gitter brick installation passage temp probe return temperature be below 60 DEG C when, close it is all
The air-inlet grille and air outlet grate and air exhauster of gitter brick installation passage, treat to arrive at the time of next low ebb electricity price is performed,
Return to step S1 to start, repeat above-mentioned steps S1-S7.
8. a kind of repair method of regenerative electrochemical heating installation, it is according to the data of the heat supply method of claim 7 to be examined
Repair, it possesses the overhaul data storehouse device being connected with premise central controller, it is characterised in that
T1：Real time temperature data will be returned to from each aforementioned temperature probe from step S1, and deliver to overhaul data storehouse device, it is raw
Heating curve into each gitter brick installation passage；
T2：For regulating and controlling the heat supply stage in foregoing S3 steps, the temperature in all multilayer gitter brick installation passages is visited
The temperature that head is returned delivers to overhaul data storehouse device, generation regulation and control heat supply stage heating curve；
T3：For maintaining temperature stage in foregoing S4 steps, the temperature in all multilayer gitter brick installation passages is visited
The temperature that head is returned delivers to overhaul data storehouse device, and generation maintains temperature stage alternating temperature curve；
T4：For maintaining temperature stage under foregoing S5 steps power cutoff state, by all multilayer gitter brick installation passages
In the temperature that returns of temp probe deliver to overhaul data storehouse device, maintain temperature stage alternating temperature curve under generation off-position；
T5：For the waste heat for supplying stage in foregoing S6 steps, the temperature in all multilayer gitter brick installation passages is visited
The temperature that head is returned delivers to overhaul data storehouse device, generates waste heat for supplying stage alternating temperature curve；
T6：When above-mentioned S7 steps start to perform, each gitter brick peace is generated by foregoing all heating curve and alternating temperature curves
The overall alternating temperature curve of passage is filled, and according to the average alternating temperature of overall alternating temperature curve generation of each foregoing gitter brick installation passage
Curve, when the overall alternating temperature curve for having some gitter brick installation passage is big relative to the integral area phase difference of average alternating temperature curve
When the 10-20% of average alternating temperature area under the curve, maintenance down.
9. the repair method of regenerative electrochemical heating installation according to claim 8, it is characterised in that when there is some gitter brick
The overall alternating temperature curve of installation passage is more than average alternating temperature area under the curve relative to the integral area phase difference of average alternating temperature curve
15% when, maintenance down.
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| CN201710344785.8A CN107062357B (en) | 2017-05-16 | 2017-05-16 | Heat accumulating type electric heater device convenient to maintain and heat supply method |
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| CN201710344785.8A CN107062357B (en) | 2017-05-16 | 2017-05-16 | Heat accumulating type electric heater device convenient to maintain and heat supply method |
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| CN107062357B CN107062357B (en) | 2020-04-28 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108006811A (en) * | 2017-12-08 | 2018-05-08 | 山东大学 | Accumulated electric heater |
| CN108758764A (en) * | 2018-04-17 | 2018-11-06 | 天津欣顺科技有限公司 | A kind of accumulated electric heater dynamic machine and its heat supply method |
| CN110081500A (en) * | 2019-05-28 | 2019-08-02 | 深圳市中装新能源科技有限公司 | Household paddy electricity accumulation of energy heat collector |
| CN110215176A (en) * | 2019-06-19 | 2019-09-10 | 佛山市百斯特电器科技有限公司 | A kind of method and dish-washing machine controlling blower |
| CN114183799A (en) * | 2021-11-15 | 2022-03-15 | 安徽安泽电工有限公司 | Energy storage heating device of overlength energy storage |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108006811A (en) * | 2017-12-08 | 2018-05-08 | 山东大学 | Accumulated electric heater |
| CN108006811B (en) * | 2017-12-08 | 2019-10-11 | 山东大学 | The control method of accumulated electric heater |
| CN108758764A (en) * | 2018-04-17 | 2018-11-06 | 天津欣顺科技有限公司 | A kind of accumulated electric heater dynamic machine and its heat supply method |
| CN108758764B (en) * | 2018-04-17 | 2021-01-12 | 天津欣顺科技有限公司 | Heat accumulating type electric heater dynamic machine and heat supply method thereof |
| CN110081500A (en) * | 2019-05-28 | 2019-08-02 | 深圳市中装新能源科技有限公司 | Household paddy electricity accumulation of energy heat collector |
| CN110215176A (en) * | 2019-06-19 | 2019-09-10 | 佛山市百斯特电器科技有限公司 | A kind of method and dish-washing machine controlling blower |
| CN114183799A (en) * | 2021-11-15 | 2022-03-15 | 安徽安泽电工有限公司 | Energy storage heating device of overlength energy storage |
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|---|---|
| CN107062357B (en) | 2020-04-28 |
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