CN206281027U - A kind of domestic hot-water intelligence control system of distributed busbar protection - Google Patents
A kind of domestic hot-water intelligence control system of distributed busbar protection Download PDFInfo
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- CN206281027U CN206281027U CN201621223700.8U CN201621223700U CN206281027U CN 206281027 U CN206281027 U CN 206281027U CN 201621223700 U CN201621223700 U CN 201621223700U CN 206281027 U CN206281027 U CN 206281027U
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Abstract
The utility model discloses a kind of intelligence control system, domestic hot-water's intelligence control system of particularly a kind of distributed busbar protection.The valve of one end first of wherein electric hot water is connected with electric boiler storing up heat water pump, and the other end is communicated in elevated tank.Electric boiler storing up heat water pump, hot water storage tank, heat circulation pump, heat supply plate type heat exchanger, a secondary heat circulation pump are sequentially communicated by pipeline, and hot water storage tank is also communicated in electric hot water by the second valve.Life water accumulation of heat plate type heat exchanger is communicated in electric boiler storing up heat water pump by life water accumulation of heat circulating pump, and liquid-level switch is equiped with elevated tank, and BL is equiped with hot water storage tank.The said equipment is electrically connected with control device, and control device controls the operation of whole domestic hot-water's intelligence system.The system realizes the intelligentized control method of domestic hot-water without manually operating, and equipment operation energy consumption is substantially reduced while user's life requirement is met.
Description
Technical field
The utility model is related to a kind of intelligence control system, and particularly a kind of domestic hot-water of distributed busbar protection is intelligently controlled
System processed.
Background technology
Distributed busbar protection is a kind of energy supply mode for building user terminal in, can independent operating, can also be incorporated into the power networks, be
With the system that resource, environmental benefit maximize determination mode and capacity.Distributed busbar protection has efficiency using reasonable, loss
Small, pollution less, flexible operation, the features such as system economy is good.Distributed busbar protection and domestic hot-water are tied in existing heavy construction
The control system of conjunction brings convenience to the domestic water of user, but because user is with water time and the uncertainty of water consumption,
So that system needs run without interruption for 24 hours, the water demand of user could be met, cause equipment to make in no user unavoidably
With or continue to run with the case that water consumption is little, cause substantial amounts of energy and the wasting of resources.Just existing life is hot in addition
Water control system design is simple, manually operates entirely, it is impossible to meet the demand of existing intelligentized control method.In the transition of energy source station
When season, i.e. energy source station stop transport, the control system just cannot be run, and cause the resource occupation of system and parked waste.
Utility model content
The purpose of this utility model is, there is provided a kind of domestic hot-water's intelligence control system of distributed busbar protection.This is
System realizes the intelligentized control method of domestic hot-water without manually operating.Substantially reduced while user's life requirement is met and set
Standby operation energy consumption, while system can also meet the water demand of user during energy source station is stopped transport, realizes the rationalization of system
Operation, improves overall economic efficiency.
In order to solve the above technical problems, the utility model is adopted the following technical scheme that：
This kind of domestic hot-water's intelligence control system of distributed busbar protection, including electric hot water, electric boiler storing up heat water pump,
Hot water storage tank, heat circulation pump, life water accumulation of heat plate type heat exchanger, life water accumulation of heat circulating pump, elevated tank, a heating plate
Formula heat exchanger, secondary heat circulation pump, the first valve and the second valve, also including control device, liquid-level switch and level gauging
Sensor.The valve of one end first of the electric hot water is connected with electric boiler storing up heat water pump, and the other end is communicated in high-order water
Case.The electric boiler storing up heat water pump, hot water storage tank, heat circulation pump, heat supply plate type heat exchanger, a secondary heat circulation pump are led to
Piping is sequentially communicated, and the hot water storage tank is also communicated in electric hot water by the second valve.Wherein hot water storage tank is divided to two kinds
Situation accumulation of heat, one is the unnecessary heat of stored energy source station domestic hot-water, and two were stored using electric hot water in the trough-electricity time period
Heat.The life water accumulation of heat plate type heat exchanger is communicated in electric boiler storing up heat water pump, the high position by life water accumulation of heat circulating pump
Liquid-level switch is equiped with water tank, BL is equiped with the hot water storage tank.The electric hot water, electric boiler
Accumulation of heat water pump, hot water storage tank, heat circulation pump, life water accumulation of heat plate type heat exchanger, life water accumulation of heat circulating pump, a high-order water
Case, heat supply plate type heat exchanger, secondary heat circulation pump, liquid-level switch and BL are electrically connected with control device,
The control device controls the operation of whole domestic hot-water's intelligence system.
Foregoing electric boiler storing up heat water pump, heat circulation pump, life water accumulation of heat circulating pump and a secondary heat circulation pump
Constituted by two pumps, it is to avoid pump breaks down and causes the system cannot to run, system during also allowing for the Maintenance and Repair of pump
Normal operation.Control system controls its automatic alternate run in the case of double pump is trouble-free, solves stand-by pump long-term not
Using there is stuck phenomenon of getting rusty.
One end that foregoing life water accumulation of heat plate type heat exchanger flows to living pump room heat exchanger orientation is also equipped with first
Control valve, the valve is three-way control valve door, and first control valve is electrically connected with control device, is easy to control to flow to
The flow of living pump room heat exchanger.
One end that a foregoing heat circulation pump is opened to heat supply plate type heat exchanger is also equiped with the second control valve, described
Valve is three-way control valve door, and second control valve is electrically connected with control device, is easy to regulation to be opened to heat supply plate-type heat-exchange
The flow of device.
The moisturizing end of foregoing elevated tank is additionally provided with the first electrically operated valve, first electrically operated valve and control device electricity
Connection, realizes that level pressure is opened and closed automatically with the elevated tank of offer cold water.
The moisturizing end of foregoing hot water storage tank is additionally provided with the second electrically operated valve, second electrically operated valve and control device electricity
Connection, realization stores opening and closing automatically for the hot water storage tank of hot water.
Further, the system is additionally provided with eight temperature sensors, is electrically connected with control device, the temperature controller
For the first temperature sensor, second temperature sensor, three-temperature sensor, the 4th temperature sensor, the 5th temperature sensor,
6th temperature sensor, the 7th temperature sensor and the 8th temperature sensor.The energy source station life water water return pipeline is provided with
First temperature sensor, is equiped with second temperature sensor on the energy source station life water supply channel, the hot water storage tank leads to
Pipeline toward a heat circulation pump is provided with three-temperature sensor, and the heat supply plate type heat exchanger leads to the pipe of hot water storage tank
Road is provided with the 4th temperature sensor, and the pipeline for flowing to living pump room heat exchanger is provided with the 5th temperature sensor, the life
The outlet pipeline of running water pump house heat exchanger is provided with the 6th temperature sensor.The hot water storage tank top is provided with the 7th TEMP
Device, bottom is provided with the 8th temperature sensor.
Two water-locators, i.e. high temperature water-locator and low temperature water-locator are provided with foregoing hot water storage tank, it is ensured that hot water storage tank
With thermal stratification, temperature is gradually reduced from top to bottom, forms mesolimnion.
Compared with prior art, the utility model passes through liquid-level switch, BL, control valve, motor-driven valve
The setting of door and multiple temperature sensors, transmits a signal to control device, so as to control the intelligent operation of whole system.Simultaneously
Electric boiler storing up heat water pump, heat circulation pump, life water accumulation of heat circulating pump and a secondary heat circulation pump are also provided with system
Double pump operation, ensure that the uninterrupted operation of the system, it is to avoid system breaks down the influence that is caused to user.In the energy
The energy supply season stood and conditioning in Transition Season, control device can realize the operation of multi-form, it is to avoid the waste of the energy, realize system
Rationalization operation.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
The implication of reference：1- electric hot waters, 2- electric boiler storing up heat water pumps, 3- hot water storage tanks, heat supply of 4- is followed
Ring pump, 5- life water accumulation of heat plate type heat exchangers, 6- life water accumulation of heat circulating pumps, 7- elevated tanks, 8- heat supply plate type heat exchangers, 9-
Secondary heat circulation pump, the control valves of 10- first, the control valves of 11- second, the electrically operated valves of 12- first, the motor-driven valves of 13- second
Door, the valves of 14- first, the valves of 15- second, the temperature sensors of 01TE- first, 02TE- second temperature sensors, 03TE- the 3rd
Temperature sensor, the temperature sensors of 04TE- the 4th, the temperature sensors of 05TE- the 5th, the temperature sensors of 06TE- the 6th, 07TE-
7th temperature sensor, the temperature sensors of 08TE- the 8th, 01LS- liquid-level switches, 01LT- BLs.
The utility model is further described with reference to the accompanying drawings and detailed description.
Specific embodiment
Embodiment of the present utility model 1：As shown in figure 1, domestic hot-water's intelligence control system include electric hot water 1,
Electric boiler storing up heat water pump 2,3, heat circulation pump 4 of hot water storage tank, life water accumulation of heat plate type heat exchanger 5, life water accumulation of heat are followed
Ring pump 6, elevated tank 7, heat supply plate type heat exchanger 8, secondary heat circulation pump 9, the first valve 14 and the second valve 15, also include
Control device, liquid-level switch 01LS and BL 01LT.Wherein one end of electric hot water 1 passes through the first valve 14
Connected with electric boiler storing up heat water pump 2, the other end is communicated in elevated tank 7.One end of hot water storage tank 3 passes through a heat circulation pump
4 one end for being communicated in heat supply plate type heat exchanger 8, the other end of heat supply plate type heat exchanger 8 is communicated in secondary heat circulation pump 9, stores
The other end of boiler 3 is communicated in electric hot water 1 by the second valve 15.The wherein accumulation of heat in two kinds of situation of hot water storage tank 3, one
It is the unnecessary heat of stored energy source station domestic hot-water, two is to utilize the accumulation of heat of electric hot water 1 in the trough-electricity time period.Life water stores
Hot plate type heat exchanger 5 is communicated in hot water storage tank 3 by life water accumulation of heat circulating pump 6, and liquid-level switch is equiped with elevated tank 7
01LS, is equiped with BL 01LT on hot water storage tank 3.Electric hot water 1, electric boiler storing up heat water pump 2, hot water storage tank
3rd, heat circulation pump 4, life water accumulation of heat plate type heat exchanger 5, a life water accumulation of heat circulating pump 6, elevated tank 7, heat supply are board-like
Heat exchanger 8, secondary heat circulation pump 9, liquid-level switch 01LS and BL 01LT are electrically connected with control device, control
Device processed controls the operation of whole domestic hot-water's intelligence system.Wherein 2, heat circulation pump 4 of electric boiler storing up heat water pump, life
Water accumulation of heat circulating pump 6 and secondary heat circulation pump 9 are constituted by two pumps, it is to avoid pump breaks down and causes the system cannot to transport
OK, the normal operation of system during also allowing for the Maintenance and Repair of pump.Control device controls double pump in the case of trouble-free, automatically
Alternate run, solves the stuck phenomenon of getting rusty that stand-by pump is not used for a long time.Flowed in life water accumulation of heat plate type heat exchanger 5 and lived
One end of pump house heat exchanger orientation is provided with the first control valve 10, is three-way control valve door, the first control valve 10 and control
Device electrical connection processed, is easy to the flow for controlling to flow to living pump room heat exchanger.It is board-like heat supply to be opened in heat circulation pump 4
One end of heat exchanger 8 is also equipped with the second control valve 11, is three-way control valve door, the second control valve 11 and control device electricity
Connection, is easy to adjust the flow for being opened to heat supply plate type heat exchanger 8.The first motor-driven valve is also equipped with the moisturizing end of elevated tank 7
Door 12, the first electrically operated valve 12 is electrically connected with control device, realizes opening and closing automatically for elevated tank 7.In hot water storage tank 3
Moisturizing end be also equipped with the second electrically operated valve 13, the second electrically operated valve 13 is electrically connected with control device, is easy to implement accumulation of heat water
Case 3 is opened and closed automatically.
Eight temperature sensors are also equiped with system, are electrically connected with control device, temperature controller is the first temperature
Sensor 01TE, second temperature sensor 02TE, three-temperature sensor 03TE, the 4th temperature sensor 04TE, the 5th temperature
Sensor 05TE, the 6th temperature sensor 06TE, the 7th temperature sensor 07TE and the 8th temperature sensor 08TE.Energy source station is given birth to
Running water water return pipeline is provided with the first temperature sensor 01TE, and supply channel is provided with second temperature sensor 02TE.Accumulation of heat water
The pipeline that case 3 leads to a heat circulation pump 4 is provided with three-temperature sensor 03TE.Heat supply plate type heat exchanger 8 leads to accumulation of heat
The 4th temperature sensor 04TE is equiped with the pipeline of water tank 3.The pipeline for flowing to living pump room heat exchanger is provided with the 5th temperature
Degree sensor 05TE, the outlet pipeline of living pump room heat exchanger is provided with the 6th temperature sensor 06TE.The top of hot water storage tank 3
The 7th temperature sensor 07TE is provided with, bottom is provided with the 8th temperature sensor 08TE.Two water-locators are provided with hot water storage tank 3,
That is high temperature water-locator and low temperature water-locator, it is ensured that hot water storage tank 3 is gradually reduced with thermal stratification, from top to bottom temperature, form oblique
Warm layer.
Embodiment 2：As shown in figure 1,2, heat circulation pump 4 of electric boiler storing up heat water pump, the and of life water accumulation of heat circulating pump 6
Secondary heat circulation pump 9 is made up of two pumps respectively.Control device can add up the run time of pump automatically, be selected automatically during operation
Select the shorter pump of run time：If a pump breaks down in running, another pump of control device automatic；If two
Two pumps are disposed as automatic remote control position by the equal fault-free of pump, and system can automatically select a pump operation according to program；If one
Failure of pump is being overhauled, and pump manipulates button rotation to regard to status, and control device can automatically turn on another in remote control position
Pump.Control device also controls the liquid level of elevated tank 7, is realized certainly according to the signal of liquid-level switch 01LS by the first electrically operated valve 12
It is dynamic to open, close.When the low liquid level signal of liquid-level switch 01LS is 1, the first electrically operated valve 12 is opened, to elevated tank 7 certainly
Dynamic moisturizing.With the rising of the liquid level of elevated tank 7, when the low liquid level signal of liquid-level switch 01LS is 0, the first electrically operated valve 12
Close, the automatic water supplement of elevated tank 7 terminates.Control device controls the liquid level of hot water storage tank 3, by the second electrically operated valve 13 according to liquid
The signal of position measuring sensor 01LT is realized automatically turning on, closed.Reality of the BL 01LT according to hot water storage tank 3
Situation sets low liquid level moisturizing value and high-order moisturizing stop value.Low liquid level moisturizing value must discharge hot water higher than hot water storage tank 3
When bell-mouthed position, and reserve certain surplus highly.When BL 01LT is less than low liquid level moisturizing value, second
Electrically operated valve 13 is opened, and gives the automatic water supplement of hot water storage tank 3.As the liquid level of elevated tank 7 is raised, as BL 01LT
During more than high-order moisturizing stop value, the second electrically operated valve 13 is closed, and the automatic water supplement of hot water storage tank 3 terminates.
Embodiment 3：As shown in figure 1, the auto accumulation heat process of hot water storage tank 3 is in two kinds of situation.
1) when energy source station is for energy supply season, energy source station ensures the supply water temperature of second temperature sensor 02TE, and first adjusts
Temperature signal automatic control and adjustment of the section valve 10 according to the 6th temperature sensor 06TE.
A) when the temperature signal of the 6th temperature sensor 06TE is less than normal return water temperature value, represent that customer charge is inclined
Greatly, it is necessary to increase the flow that the first control valve 10 flows to living pump room heat exchanger；When the standard-sized sheet of the first control valve 10 is to life
During running water pump house heat exchanger, if the temperature signal of the 6th temperature sensor 06TE is also less than normal return water temperature value, system can be certainly
The dynamic heat release process control for opening hot water storage tank 3.
B) when the temperature signal of the 6th temperature sensor 06TE is higher than normal return water temperature value, represent that customer charge is inclined
It is small, it is necessary to reduce the flow that the first control valve 10 flows to living pump room heat exchanger, that is, increase the first control valve 10 and flow to
The flow of accumulation of heat side.
Using energy source station waste heat heat-accumulating process, the following condition of control device automatic decision：8th temperature of the bottom of hot water storage tank 3
Whether the temperature of degree sensor 08TE is less than definite value.If the temperature of the 8th temperature sensor 08TE is less than definite value, and the first regulation
The flow direction life water accumulation of heat of valve 10 plate type heat exchanger 5 has flow, and system automatically turns on life water accumulation of heat circulating pump 6, to accumulation of heat water
The auto accumulation heat of case 3.Work as condition：I) the first control valve 10 flows to life water accumulation of heat plate type heat exchanger 5 without flow, ii) the 8th temperature
The temperature of degree sensor 08TE reaches definite value, and system is judged in the presence of as above either condition, is automatically stopped life water accumulation of heat circulation
Pump 6, stops to the auto accumulation heat process of hot water storage tank 3.
2) when energy source station is conditioning in Transition Season, energy source station is stopped transport.Domestic hot-water needs electric hot water 1 to be realized using trough-electricity
Automatically turn on and stop.The settable automatic opening time of electric hot water 1 is 0:00~06:00, according to the bottom of hot water storage tank 3
The unlatching and stopping of the temperature signal automatic controlled electric heating homogeneous solution-type reactor 1 of the 8th temperature sensor 08TE.The accumulation of heat of electric hot water 1
Temperature can preset, and when the temperature of the temperature sensor 08TE of 3 bottom of hot water storage tank the 8th is less than setting value, reach electric heating kettle
The auto accumulation heat time period of stove 1, electric hot water 1 is automatically turned on；After electric hot water 1 heats initial water temperature to setting value, from
It is dynamic to open electric boiler storing up heat water pump 2, from the accumulation of heat of trend hot water storage tank 3.Work as condition：I) when the time is not at thermal storage time section, ii)
The temperature of the 8th temperature sensor 08TE reaches definite value, and system is judged in the presence of as above either condition, is automatically stopped electric boiler storage
Heat-exchanger pump 2, stops to the auto accumulation heat process of hot water storage tank 3.
Embodiment 4：As shown in figure 1, the automatic heat release process of hot water storage tank 3 is in two kinds of situation.
1) when energy source station is for energy supply season,
A) temperature of i) the temperature sensor 07TE of 3 upper strata of hot water storage tank the 7th is worked as higher than setting value, ii) the 6th TEMP
The temperature of device 06TE is less than setting value, iii) standard-sized sheet of the first control valve 10 to living pump room heat exchanger side, as above condition
When being satisfied by, control device causes that the automatic heat release startup program of hot water storage tank 3 is run.Control device automatically turns on a heat supply
Circulating pump 4, secondary heat circulation pump 9, the second control valve 11 is automatically adjusted, the second control valve 11 is opened to heat supply plate-type heat-exchange
The aperture of device 8 is automatically adjusted according to the signal of the 6th temperature sensor 06TE.When the 6th temperature sensor 06TE is less than definite value,
The aperture that big second control valve 11 is opened to heat supply plate type heat exchanger 8 is progressively opened, final goal is the 6th temperature sensor of control
The temperature of 06TE maintains desired value.When the aperture that the second control valve 11 is opened to heat supply plate type heat exchanger 8 is zero, represents and store
The not outside heat release of boiler 3 is, it is necessary to interlock stopping heat circulation pump 4 and secondary heat circulation pump 9.
B) when the temperature of i) the temperature sensor 07TE of 3 upper strata of hot water storage tank the 7th is less than setting value, control device control
The automatic heat release of hot water storage tank 3 shuts down procedure operation.Control device is automatically stopped a heat circulation pump 4 and secondary heating cycle
Pump 9.
2) when energy source station is conditioning in Transition Season, the life water-circulating pump of energy source station is stopped transport.Work as the i) temperature of 3 upper strata of hot water storage tank the 7th
The temperature of degree sensor 07TE is higher than setting value, ii) temperature of the 6th temperature sensor 06TE is less than setting value, and as above condition is equal
When meeting, the automatic heat release startup program operation of control device control hot water storage tank 3.Control device automatically turns on a heat supply and follows
Ring pump 4, secondary heat circulation pump 9 and the second control valve 11 is automatically adjusted, the second control valve 11 is opened to that heat supply is board-like to change
The aperture of hot device 8 is automatically adjusted according to the temperature signal of the 6th temperature sensor 06TE.When the temperature of the 6th temperature sensor 06TE
When degree is less than definite value, the aperture that big second control valve 11 is opened to heat supply plate type heat exchanger 8 is progressively opened, final goal is control the
The temperature of six temperature sensor 06TE maintains desired value.When the temperature of the temperature sensor 07TE of 3 upper strata of hot water storage tank the 7th is low
In setting value, the automatic heat release of control device control hot water storage tank 3 shuts down procedure operation, is automatically stopped a heat circulation pump 4
With secondary heat circulation pump 9.
Operation principle of the present utility model：Control device can add up the run time of pump automatically, be automatically selected during operation
The shorter pump of run time.Control device can control the liquid level of elevated tank 7, by the first electrically operated valve 12 according to liquid-level switch
The signal of 01LS is realized automatically turning on, closed；The liquid level of hot water storage tank 3 is controlled simultaneously, by the second electrically operated valve 13 according to liquid level
The signal of measurement sensor 01LT is realized automatically turning on, closed.In the energy supply season of energy source station and conditioning in Transition Season, control device passes through
The change of second temperature sensor 02TE, the 6th temperature sensor 06TE and the 8th temperature sensor 08TE temperature signals, realizes
The unlatching and stopping of the auto accumulation heat process of hot water storage tank 3；Can also be by the 6th temperature sensor 06TE and the 7th TEMP
The change of device 07TE temperature values, realizes the unlatching and stopping of the automatic heat release startup program of hot water storage tank 3, so as to realize distributed energy
The intelligent operation of the hot water supply system of source station.
Claims (8)
1. domestic hot-water's intelligence control system of a kind of distributed busbar protection, including electric hot water (1), electric boiler storing up heat water pump
(2), hot water storage tank (3), heat circulation pump (4), life water accumulation of heat plate type heat exchanger (5), a life water accumulation of heat circulating pump
(6), elevated tank (7), heat supply plate type heat exchanger (8), secondary heat circulation pump (9), the first valve (14) and the second valve
(15), it is characterised in that also including control device, liquid-level switch (01LS) and BL (01LT)；The electric heating
The valve of one end first (14) of homogeneous solution-type reactor (1) connects with electric boiler storing up heat water pump (2), and the other end is communicated in elevated tank (7)；
The electric boiler storing up heat water pump (2), hot water storage tank (3), heat circulation pump (4), heat supply plate type heat exchanger (8), a secondary confession
Hot recycle pump (9) is sequentially communicated by pipeline, and the hot water storage tank (3) is also communicated in electric hot water by the second valve (15)
(1)；The life water accumulation of heat plate type heat exchanger (5) is communicated in electric boiler storing up heat water pump by life water accumulation of heat circulating pump (6)
(2)；Liquid-level switch (01LS) is equiped with the elevated tank (7), level gauging sensing is equiped with the hot water storage tank (3)
Device (01LT)；
The electric hot water (1), electric boiler storing up heat water pump (2), hot water storage tank (3), heat circulation pump (4), a life water
Accumulation of heat plate type heat exchanger (5), life water accumulation of heat circulating pump (6), elevated tank (7), heat supply plate type heat exchanger (8), secondary heat supply
Circulating pump (9), liquid-level switch (01LS) and BL (01LT) are electrically connected with control device.
2. domestic hot-water's intelligence control system of distributed busbar protection according to claim 1, it is characterised in that the electricity
Boiler heat storage water pump (2) has two, and a heat circulation pump (4) has two, and the life water accumulation of heat circulating pump (6) has two
Platform, the secondary heat circulation pump (9) has two.
3. domestic hot-water's intelligence control system of distributed busbar protection according to claim 2, it is characterised in that the life
One end that running water accumulation of heat plate type heat exchanger (5) flows to living pump room heat exchanger orientation is also equipped with the first control valve (10),
First control valve (10) electrically connects with control device.
4. domestic hot-water's intelligence control system of distributed busbar protection according to claim 3, it is characterised in that described
One end that secondary heat circulation pump (4) is opened to heat supply plate type heat exchanger (8) is also equiped with the second control valve (11), and described second adjusts
Section valve (11) is electrically connected with control device.
5. domestic hot-water's intelligence control system of distributed busbar protection according to claim 4, it is characterised in that the height
The moisturizing end of position water tank (7) is additionally provided with the first electrically operated valve (12), and first electrically operated valve (12) electrically connects with control device.
6. domestic hot-water's intelligence control system of distributed busbar protection according to claim 5, it is characterised in that the storage
The moisturizing end of boiler (3) is additionally provided with the second electrically operated valve (13), and second electrically operated valve (13) electrically connects with control device.
7. domestic hot-water's intelligence control system of distributed busbar protection according to claim 6, it is characterised in that the system
Eight temperature sensors are additionally provided with, are electrically connected with control device；The temperature controller be the first temperature sensor (01TE),
Second temperature sensor (02TE), three-temperature sensor (03TE), the 4th temperature sensor (04TE), the 5th temperature sensor
(05TE), the 6th temperature sensor (06TE), the 7th temperature sensor (07TE) and the 8th temperature sensor (08TE)；The energy
Source station life water water return pipeline is provided with the first temperature sensor (01TE), is equiped with the energy source station life water supply channel
Second temperature sensor (02TE), the hot water storage tank (3) is provided with the 3rd temperature towards the pipeline of a heat circulation pump (4)
Sensor (03TE), the heat supply plate type heat exchanger (8) is provided with the 4th temperature sensor towards the pipeline of hot water storage tank (3)
(04TE), the pipeline for flowing to living pump room heat exchanger is provided with the 5th temperature sensor (05TE), and the living pump room is changed
The outlet pipeline of hot device is provided with the 6th temperature sensor (06TE), and hot water storage tank (3) top is provided with the 7th TEMP
Device (07TE), bottom is provided with the 8th temperature sensor (08TE).
8. domestic hot-water's intelligence control system of distributed busbar protection according to claim 7, it is characterised in that the storage
Two water-locators, respectively high temperature water-locator and low temperature water-locator are provided with boiler (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621223700.8U CN206281027U (en) | 2016-11-14 | 2016-11-14 | A kind of domestic hot-water intelligence control system of distributed busbar protection |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621223700.8U CN206281027U (en) | 2016-11-14 | 2016-11-14 | A kind of domestic hot-water intelligence control system of distributed busbar protection |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206281027U true CN206281027U (en) | 2017-06-27 |
Family
ID=59082411
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621223700.8U Active CN206281027U (en) | 2016-11-14 | 2016-11-14 | A kind of domestic hot-water intelligence control system of distributed busbar protection |
Country Status (1)
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| CN (1) | CN206281027U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106439989A (en) * | 2016-11-14 | 2017-02-22 | 中国华电科工集团有限公司 | Domestic-hot-water intelligent control system of distributed energy station |
| CN114353169A (en) * | 2021-12-29 | 2022-04-15 | 河南三张节能环保工程有限公司 | A waste heat utilization device and liquid level control method applied to heat pump drying |
-
2016
- 2016-11-14 CN CN201621223700.8U patent/CN206281027U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106439989A (en) * | 2016-11-14 | 2017-02-22 | 中国华电科工集团有限公司 | Domestic-hot-water intelligent control system of distributed energy station |
| CN114353169A (en) * | 2021-12-29 | 2022-04-15 | 河南三张节能环保工程有限公司 | A waste heat utilization device and liquid level control method applied to heat pump drying |
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