CN106482209A - The online intelligent hot water unit of Mobyneb system - Google Patents
The online intelligent hot water unit of Mobyneb system Download PDFInfo
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- CN106482209A CN106482209A CN201611176558.0A CN201611176558A CN106482209A CN 106482209 A CN106482209 A CN 106482209A CN 201611176558 A CN201611176558 A CN 201611176558A CN 106482209 A CN106482209 A CN 106482209A
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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
- F24D17/00—Domestic hot-water supply systems
- F24D17/02—Domestic hot-water supply systems using heat pumps
-
- 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
- F24D19/1006—Arrangement or mounting of control or safety devices for water heating systems
- F24D19/1051—Arrangement or mounting of control or safety devices for water heating systems for domestic hot water
- F24D19/1054—Arrangement or mounting of control or safety devices for water heating systems for domestic hot water the system uses a heat pump
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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)
- Heat-Pump Type And Storage Water Heaters (AREA)
- Steam Or Hot-Water Central Heating Systems (AREA)
Abstract
The online intelligent hot water unit of Mobyneb system, including：Regenerative heat-exchange module, hot water storage tank module, Instant heating type heat exchange module, energy-saving air source heat pump module, intelligent controller；Described regenerative heat-exchange module, hot water storage tank module, energy-saving air source heat pump module are all connected with intelligent controller, and described regenerative heat-exchange module is connected with hot water storage tank module, Instant heating type heat exchange module, energy-saving air source heat pump module respectively.Whole system unit not only reliability but also energy-conservation, beneficial to northern popularization and application.
Description
Technical field
The invention belongs to intelligent hot water machine set technology field, the online Intelligent hot water dispenser of specially a kind of Mobyneb system
Group.
Background technology
Traditional thermal power plant unit system reliability, redundant poor, shower system mode of heating water temperature is unstable, need to carry out
The system reform.Single source is more, is unfavorable for energy efficiency promotion, after improvement unit especially can give coal change project more more options and
Thinking.
Content of the invention
In view of the foregoing defects the prior art has, this application provides a kind of online intelligent hot water of Mobyneb system
Unit, whole system unit not only reliability but also energy-conservation, beneficial to northern popularization and application.
For achieving the above object, the application employed technical scheme comprise that：The online intelligent hot water unit of Mobyneb system,
Including：Regenerative heat-exchange module, hot water storage tank module, Instant heating type heat exchange module, energy-saving air source heat pump module, Based Intelligent Control
Device；Described regenerative heat-exchange module, hot water storage tank module, energy-saving air source heat pump module are all connected with intelligent controller, described
Regenerative heat-exchange module is connected with hot water storage tank module, Instant heating type heat exchange module, energy-saving air source heat pump module respectively.
Further, described regenerative heat-exchange module, including：Regenerative heat-exchange module inlet three-way valve, regenerative heat-exchange
Module outlet three-way valve, heat regenerator, outer net supply water temperature sensor, outer net return water temperature sensor；Regenerative heat-exchange
The B2 mouth of module inlet three-way valve, the A2 mouth of regenerative heat-exchange module outlet three-way valve are all connected with heat regenerator, accumulation of heat
The B1 mouth of formula heat exchange module inlet three-way valve connects outer net supply channel, is provided with outer net supply water temperature and passes on outer net supply channel
Sensor, the A1 mouth of regenerative heat-exchange module outlet three-way valve connects outer net water return pipeline, is provided with outer net on outer net water return pipeline
Return water temperature sensor；The outlet of this regenerative heat-exchange module is connected to the C1 mouth of air source heat pump Water-supplying tee joint valve, heat accumulating type
The import of heat exchange module connects the D1 mouth of air source heat pump backwater three-way valve.
Further, described hot water storage tank module, including：Heating water tank, thermostatic water tank；Described heating water tank top is provided with
Positive displacement heat exchange water supply electrodynamic valve, heating water tank circulating-heating import electrodynamic valve, heating water tank side is provided with heating water tank moisturizing
Electromagnetic valve, heating water tank temperature sensor, heating water tank opposite side is provided with heating water tank overfall, and heating water tank bottom is provided with and adds
Boiler circulating-heating outlet electric valve, heating water tank blowoff valve, described heating water tank overfall and heating water tank blowoff valve phase
Even；Described thermostatic water tank top be provided with thermostatic water tank water inlet electrodynamic valve, thermostatic water tank side be provided with thermostatic water tank moisturizing electromagnetic valve,
Thermostatic water tank temperature sensor, thermostatic water tank opposite side is provided with thermostatic water tank overfall, and thermostatic water tank bottom is provided with thermostatic water tank
Circulating-heating outlet electric valve, thermostatic water tank blowoff valve, described thermostatic water tank overfall is connected with thermostatic water tank blowoff valve.
Further, heating water tank circulating-heating import electrodynamic valve, thermostatic water tank water inlet electrodynamic valve are connected to air source
The C2 mouth of heat pump Water-supplying tee joint valve；Heating water tank circulating-heating outlet electric valve, thermostatic water tank circulating-heating outlet electric valve lead to
Cross the D2 mouth that heating water tanks circulating pump is connected to air source heat pump backwater three-way valve；Heating water tank moisturizing electromagnetic valve connects from the beginning
Water lines.
Further, Instant heating type heat exchange module, including：Multiple positive displacement heat exchange tanks in parallel；Positive displacement heat exchange tank deck
Portion connects hot water feeding pipe road, is sequentially provided with Instant heating type Water-supplying tee joint valve Y, Instant heating type Water-supplying tee joint valve on hot water feeding pipe road
X, hot water supply water temperature sensor, Instant heating type Water-supplying tee joint valve Y is connected with positive displacement heat exchange water supply electrodynamic valve, Instant heating type water supply three
Port valve X is connected to the bottom of heating water tank, thermostatic water tank by water supply pressure gauge with transmission device, hot water variable frequency water supply pump；Positive displacement
Heat exchange pot bottom connects hot water backwater's pipeline, is sequentially provided with Instant heating type backwater three-way valve N, hot water backwater on hot water backwater's pipeline
Circulating pump, hot water backwater's temperature sensor, described Instant heating type backwater three-way valve N is connected with thermostatic water tank moisturizing electromagnetic valve.
Further, energy-saving air source heat pump module, including：Multiple air source heat pumps；Set in each air source heat pump
There are air source heat pump automatic electric-heating module, multiple air source heat pump automatic electric-heating wired in parallel, described air source heat pump is certainly
Galvanic electricity heating module upper end connects to the D3 mouth of air source heat pump backwater three-way valve, air source heat pump automatic electric-heating module lower end
Connect to the C3 mouth of air source heat pump Water-supplying tee joint valve.
As further, the B3 mouth of described regenerative heat-exchange module inlet three-way valve, regenerative heat-exchange module outlet
Three-way valve A3 mouth is all connected with positive displacement heat exchange tank.
The present invention is due to using above technical scheme, can obtain following technique effect：This intelligent hot-water heating system machine
Group, by Instant heating type heat exchange module, regenerative heat-exchange set modules, the double-water-tank system module of automatic constant-temperature-heating, energy-conserving and environment-protective
Type net for air-source heat pump units module, and intelligent control unit composition, when solving heat supply in winter season, outer net high-temperature-hot-water is supplied
When, daily accumulation of heat uses (because heat accumulating type system temperature is constant), Instant heating type use of meeting an urgent need, and mutually standby；Non- heating season outer net
High temperature water retention supplies, start net for air-source heat pump units module (non-heating season air source heat pump efficiency highest, averagely up to 300% with
On), carry out energy-saving constant-temperature storage heating, and under extreme conditions, automatic electric heating module can be started standby.Whole system unit was both
Reliable, and energy-conservation.Beneficial to northern popularization and application.
Brief description
The present invention has accompanying drawing 1 width：
Fig. 1 is the online intelligent hot water set structure schematic diagram of Mobyneb system；
In figure number explanation：1st, regenerative heat-exchange module, 2, regenerative heat-exchange module inlet three-way valve, 3, regenerative heat-exchange
Module outlet three-way valve, 4, heat regenerator, 5, air source heat pump Water-supplying tee joint valve, 6, air source heat pump backwater three-way valve,
7th, heating water tanks circulating pump, 8, hot water storage tank module, 9, heating water tank moisturizing electromagnetic valve, 10, heating water tank temperature sensor,
11st, heating water tank circulating-heating outlet electric valve, 12, heating water tank, 13, heating water tank blowoff valve, 14, heating water tank overflow
Mouthful, 15, thermostatic water tank moisturizing electromagnetic valve, 16, thermostatic water tank temperature sensor, 17, thermostatic water tank circulating-heating outlet electric valve,
18th, thermostatic water tank blowoff valve, 19, thermostatic water tank overfall, 20, hot water variable frequency water supply pump, 21, water supply pressure gauge with transmission device, 22,
Tap water pipe line, 23, hot water backwater's pipeline, 24, hot water feeding pipe road, 25, hot water backwater's temperature sensor, 26, hot water supplies water
Temperature sensor, 27, thermostatic water tank water inlet electrodynamic valve, 28, hot water backwater's circulating pump, 29, positive displacement heat exchange tank, 30, positive displacement
Heat exchange water supply electrodynamic valve, 31, heating water tank circulating-heating import electrodynamic valve, 32, Instant heating type heat exchange module, 33, energy-saving air source
Heat pump module, 34, air source heat pump, 35, air source heat pump automatic electric-heating module, 36, outer net supply water temperature sensor, 37,
Outer net supply channel, 38, outer net return water temperature sensor, 39, outer net water return pipeline, 40, intelligent controller.
Specific embodiment
In order that the object, technical solutions and advantages of the present invention are clearer, below in conjunction with the accompanying drawings with specific embodiment pair
The present invention is described in detail.
Embodiment 1
The present embodiment provides a kind of Mobyneb system online intelligent hot water unit, including：Regenerative heat-exchange module, storage
Hot water tank module, Instant heating type heat exchange module, energy-saving air source heat pump module, intelligent controller；Described regenerative heat-exchange module, storage
Hot water tank module, energy-saving air source heat pump module are all connected with intelligent controller, described regenerative heat-exchange module respectively with accumulation of heat
Water tank module, Instant heating type heat exchange module, energy-saving air source heat pump module are connected.
Described regenerative heat-exchange module, including：Regenerative heat-exchange module inlet three-way valve, regenerative heat-exchange module outlet three
Port valve, heat regenerator, outer net supply water temperature sensor, outer net return water temperature sensor；Regenerative heat-exchange module inlet three
The B2 mouth of port valve, the A2 mouth of regenerative heat-exchange module outlet three-way valve are all connected with heat regenerator, regenerative heat-exchange module
The B1 mouth of inlet three-way valve connects outer net supply channel, is provided with outer net supply water temperature sensor, accumulation of heat on outer net supply channel
The A1 mouth that formula heat exchange module exports three-way valve connects outer net water return pipeline, is provided with outer net return water temperature and passes on outer net water return pipeline
Sensor；The outlet of this regenerative heat-exchange module is connected to the C1 mouth of air source heat pump Water-supplying tee joint valve, regenerative heat-exchange module
Import connects the D1 mouth of air source heat pump backwater three-way valve.The B3 mouth of described regenerative heat-exchange module inlet three-way valve, heat accumulating type
Heat exchange module outlet three-way valve A3 mouth is all connected with positive displacement heat exchange tank.
Described hot water storage tank module, including：Heating water tank, thermostatic water tank；Described heating water tank top is provided with positive displacement and changes
Hot water supply electrodynamic valve, heating water tank circulating-heating import electrodynamic valve, heating water tank side is provided with heating water tank moisturizing electromagnetic valve, adds
Boiler temperature sensor, heating water tank opposite side is provided with heating water tank overfall, and heating water tank bottom is provided with heating water tank and follows
Ring heating exit electrodynamic valve, heating water tank blowoff valve, described heating water tank overfall is connected with heating water tank blowoff valve；Described perseverance
Warm water box top is provided with thermostatic water tank water inlet electrodynamic valve, and thermostatic water tank side is provided with thermostatic water tank moisturizing electromagnetic valve, thermostatic water tank
Temperature sensor, thermostatic water tank opposite side is provided with thermostatic water tank overfall, and thermostatic water tank bottom is provided with thermostatic water tank circulating-heating
Outlet electric valve, thermostatic water tank blowoff valve, described thermostatic water tank overfall is connected with thermostatic water tank blowoff valve.Heating water tank circulates
Heating import electrodynamic valve, thermostatic water tank water inlet electrodynamic valve are connected to the C2 mouth of air source heat pump Water-supplying tee joint valve；Heating water tank
Circulating-heating outlet electric valve, thermostatic water tank circulating-heating outlet electric valve are connected to air source by heating water tanks circulating pump
The D2 mouth of heat pump backwater three-way valve；Heating water tank moisturizing electromagnetic valve connects tap water pipe line.
Instant heating type heat exchange module, including：Multiple positive displacement heat exchange tanks in parallel；Positive displacement heat exchange tank top connects hot water and supplies
Water lines, are sequentially provided with Instant heating type Water-supplying tee joint valve Y, Instant heating type Water-supplying tee joint valve X, hot water supply water temperature on hot water feeding pipe road
Degree sensor, Instant heating type Water-supplying tee joint valve Y is connected with positive displacement heat exchange water supply electrodynamic valve, and Instant heating type Water-supplying tee joint valve X passes through to supply
Water power distance-transmission pressure gauge, hot water variable frequency water supply pump connect to the bottom of heating water tank, thermostatic water tank；Positive displacement heat exchange pot bottom is even
Connect hot water backwater's pipeline, Instant heating type backwater three-way valve N, hot water backwater's circulating pump, hot water are sequentially provided with hot water backwater's pipeline
Return water temperature sensor, described Instant heating type backwater three-way valve N is connected with thermostatic water tank moisturizing electromagnetic valve.
Energy-saving air source heat pump module, including：Multiple air source heat pumps；
It is provided with air source heat pump automatic electric-heating module, multiple air source heat pump automatic electric-heatings in each air source heat pump
Wired in parallel, described air source heat pump automatic electric-heating module upper end connects to the D3 mouth of air source heat pump backwater three-way valve, empty
Air supply heat pump automatic electric-heating module lower end connects to the C3 mouth of air source heat pump Water-supplying tee joint valve.
In this application：
Instant heating type heat exchange module is to carry out Instant heating type heat exchange, hot water using outer net high-temperature-hot-water and three positive displacement heat exchange tanks
Supply water by the way of direct-furnish, but water temperature is unstable, as the standby emergency system module of Winter heat supply.
Regenerative heat-exchange set modules are using plate-type heat-exchange unit and 1 set of double water tank automatic constant-temperature continuous heat supply water system
Hot water storage tank module combine it is ensured that constant temperature, reliably hot-water supply system.This system module is tied with Instant heating type heat exchange module phase
Close, two sets of systems can share, also can independently using, mutually standby.
Hot water storage tank module includes 1 heating water tank, 1 hot water storage tank forms double water tank hold over system, double water tank plus
Heat and accumulation of heat pass through electrodynamic valve between automatically mutually switching, realize tank hot water automatically heat, automatic constant-temperature, automatic watering,
Automatically the fully automatic operation pattern of pouring.
Heat-exchange unit passes through once net：80 DEG C of high temperature above water of outer net, are changed using hot-water circulating pump, plate type heat exchanger
Heat；Secondary network：Low temperature bath hot water is heated to 42 DEG C of bath hot water temperature；Shower system utilizes hot water feed pump, using change
Frequency controls；When shower nozzle is opened, 1 little feed pump of automatic first；Intelligent controller is according to detection hot water feed pump
What actual rotating speed carried out size pump automatically controls switching.
Net for air-source heat pump units module, using its energy-saving thermal storage feature, supplies in non-heating season outer net high temperature water retention, starts empty
Air supply heat pump set modules (non-heating season air source heat pump efficiency highest, averagely up to more than 300%), carry out energy-saving constant-temperature storage
Hot heat supply, and under extreme conditions, or under emergency condition, can start the electrothermal module automatically switching that source pump carries standby
Use system.
For ensureing the temperature constant of water system, the water return pipeline of water system installs return circulating pump, and temperature sensing
Device, automatic switchover water pump and valve group, provide reliable operational mode.
During the work of net for air-source heat pump units module, the C1 of valve group C closes, and C2, C3 open, and the D1 of valve group D closes, D2, D3
Open, the X1 of valve group X closes, and X2, X3 open, the N1 of valve group N closes, and N2, N3 open, and F1, F2 of valve group F open, valve group E
E1, E2 open, and system is normally run；
During the work of regenerative heat-exchange set modules, the A3 of valve group A closes, and A1, A2 open, and the B3 of valve group B closes, B1, B2
Open, the C3 of valve group C closes, and C1, C2 open, the D3 of valve group D closes, and D1, D2 open, the X1 of valve group X closes, and X2, X3 open,
The N1 of valve group N closes, and N2, N3 open, and F1, F2 of valve group F open, and E1, E2 of valve group E open, and system is normally run；
During Instant heating type heat exchange module work, the A2 of valve group A closes, and A1, A3 open, and the B2 of valve group B closes, and B1, B3 open,
The X3 of valve group X closes, and X1, X2 open, and the N3 of valve group N closes, and N1, N2 open, and Y1, Y2 of valve group Y open, and Y3 closes, valve group E
E1, E2 close, system normally runs；
During the work of hot water storage tank module：During heating water tank work, G1, G2 of valve group G open, and J1, J2 of valve group J open,
H1, H2 of valve group H closes, and M1, M2 of valve group M close；When heating water tank is to thermostatic water tank pouring, G1, G2 of valve group G open,
J1, J2 of valve group J closes, and H1, H2 of valve group H close, and M1, M2 of valve group M open；When thermostatic water tank needs heated at constant temperature, valve group G
G1, G2 close, J1, J2 of valve group J close, and H1, H2 of valve group H open, and M1, M2 of valve group M open；Heating water tank need to add water
When, E1, E2 of valve group E open, and system is normally run；
When regenerative heat-exchange set modules and Instant heating type heat exchange module work simultaneously, A1, A2, A3 of valve group A open, valve group
B1, B2, B3 of B open, and the C3 of valve group C closes, and C1, C2 open, and the D3 of valve group D closes, and D1, D2 open, and the X1 of valve group X closes
Close, X2, X3 open, Y1, Y3 of valve group Y open, Y2 closes, K1, K2 of valve group K open, the N1 of valve group N closes, and N2, N3 beat
Open, E1, E2 of valve group E open, F1, F2 of valve group F open, and system is normally run.
The above, the only present invention preferably specific embodiment, but protection scope of the present invention is not limited thereto,
Any those familiar with the art in the technical scope of present disclosure, technology according to the present invention scheme and its
Inventive concept equivalent or change in addition, all should be included within the scope of the present invention.
Claims (7)
1. the online intelligent hot water unit of Mobyneb system is it is characterised in that include：Regenerative heat-exchange module, hot water storage tank
Module, Instant heating type heat exchange module, energy-saving air source heat pump module, intelligent controller；Described regenerative heat-exchange module, hot water storage tank
Module, energy-saving air source heat pump module are all connected with intelligent controller, described regenerative heat-exchange module respectively with hot water storage tank mould
Block, Instant heating type heat exchange module, energy-saving air source heat pump module are connected.
2. according to claim 1 the online intelligent hot water unit of Mobyneb system it is characterised in that described heat accumulating type changes
Thermal modules, including：Regenerative heat-exchange module inlet three-way valve, regenerative heat-exchange module outlet three-way valve, heat regenerator, outer
Net supply water temperature sensor, outer net return water temperature sensor；The B2 mouth of regenerative heat-exchange module inlet three-way valve, regenerative heat-exchange
The A2 mouth of module outlet three-way valve is all connected with heat regenerator, and the B1 mouth connection of regenerative heat-exchange module inlet three-way valve is outer
Net supply channel, is provided with outer net supply water temperature sensor on outer net supply channel, regenerative heat-exchange module outlet three-way valve
A1 mouth connects outer net water return pipeline, is provided with outer net return water temperature sensor on outer net water return pipeline；This regenerative heat-exchange module
Outlet be connected to the C1 mouth of air source heat pump Water-supplying tee joint valve, the import of regenerative heat-exchange module connects air source heat pump backwater
The D1 mouth of three-way valve.
3. according to claim 1 the online intelligent hot water unit of Mobyneb system it is characterised in that described hot water storage tank
Module, including：Heating water tank, thermostatic water tank；Described heating water tank top is provided with positive displacement heat exchange water supply electrodynamic valve, heating water tank
Circulating-heating import electrodynamic valve, heating water tank side is provided with heating water tank moisturizing electromagnetic valve, heating water tank temperature sensor, heating
Water tank opposite side is provided with heating water tank overfall, and heating water tank bottom is provided with heating water tank circulating-heating outlet electric valve, heating
Water tank blowoff valve, described heating water tank overfall is connected with heating water tank blowoff valve；Described thermostatic water tank top is provided with thermostatted water
Case water inlet electrodynamic valve, thermostatic water tank side is provided with thermostatic water tank moisturizing electromagnetic valve, thermostatic water tank temperature sensor, and thermostatic water tank is another
Side is provided with thermostatic water tank overfall, and thermostatic water tank bottom is provided with thermostatic water tank circulating-heating outlet electric valve, thermostatic water tank row
Dirty valve, described thermostatic water tank overfall is connected with thermostatic water tank blowoff valve.
4. according to claim 3 the online intelligent hot water unit of Mobyneb system it is characterised in that heating water tank circulation
Heating import electrodynamic valve, thermostatic water tank water inlet electrodynamic valve are connected to the C2 mouth of air source heat pump Water-supplying tee joint valve；Heating water tank
Circulating-heating outlet electric valve, thermostatic water tank circulating-heating outlet electric valve are connected to air source by heating water tanks circulating pump
The D2 mouth of heat pump backwater three-way valve；Heating water tank moisturizing electromagnetic valve connects tap water pipe line.
5. according to claim 1 the online intelligent hot water unit of Mobyneb system it is characterised in that Instant heating type heat exchange mould
Block, including：Multiple positive displacement heat exchange tanks in parallel；Positive displacement heat exchange tank top connects hot water feeding pipe road, in hot water feeding pipe
Instant heating type Water-supplying tee joint valve Y, Instant heating type Water-supplying tee joint valve X, hot water supply water temperature sensor, Instant heating type water supply are sequentially provided with road
Three-way valve Y is connected with positive displacement heat exchange water supply electrodynamic valve, and Instant heating type Water-supplying tee joint valve X passes through water supply pressure gauge with transmission device, hot water
Variable frequency water supply pump connects to the bottom of heating water tank, thermostatic water tank；Positive displacement heat exchange pot bottom connects hot water backwater's pipeline, in heat
Instant heating type backwater three-way valve N, hot water backwater's circulating pump, hot water backwater's temperature sensor are sequentially provided with water water return pipeline, described
Instant heating type backwater three-way valve N is connected with thermostatic water tank moisturizing electromagnetic valve.
6. according to claim 1 the online intelligent hot water unit of Mobyneb system it is characterised in that energy-saving air source is hot
Pump module, including：Multiple air source heat pumps；It is provided with air source heat pump automatic electric-heating module in each air source heat pump, multiple
Air source heat pump automatic electric-heating wired in parallel, described air source heat pump automatic electric-heating module upper end connects to air source heat pump
The D3 mouth of backwater three-way valve, air source heat pump automatic electric-heating module lower end connects to the C3 of air source heat pump Water-supplying tee joint valve
Mouthful.
7. according to claim 2 the online intelligent hot water unit of Mobyneb system it is characterised in that described heat accumulating type changes
The B3 mouth of thermal modules inlet three-way valve, regenerative heat-exchange module outlet three-way valve A3 mouth are all connected with positive displacement heat exchange tank.
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| CN201611176558.0A CN106482209B (en) | 2016-12-19 | 2016-12-19 | Multifunctional system on-line intelligent water heater unit |
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| CN201611176558.0A CN106482209B (en) | 2016-12-19 | 2016-12-19 | Multifunctional system on-line intelligent water heater unit |
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Denomination of invention: Intelligent Hot Water Unit with Multifunctional System Online Effective date of registration: 20230614 Granted publication date: 20200721 Pledgee: China Construction Bank Corporation Dalian Jinpu New Area Branch Pledgor: DALIAN SHENGDING INDUSTRY EQUIPMENT Co.,Ltd. Registration number: Y2023980043988 |
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