CN208832592U - Regulating of heating net system - Google Patents
Regulating of heating net system Download PDFInfo
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- CN208832592U CN208832592U CN201821205838.4U CN201821205838U CN208832592U CN 208832592 U CN208832592 U CN 208832592U CN 201821205838 U CN201821205838 U CN 201821205838U CN 208832592 U CN208832592 U CN 208832592U
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Abstract
The embodiment of the present application discloses regulating of heating net system.One specific embodiment of the system includes: that the system includes: data acquisition equipment, decision device and hardware adjusting device；The data acquisition equipment: being mounted on the heat supply network and acquires heat supply network data, communicates to connect with the decision device and sends the heat supply network data to the decision device；The decision device is communicated to connect with the hardware adjusting device, and is configured to: being generated regulating command based on the heat supply network data, is sent the regulating command to the hardware adjusting device；The hardware adjusting device: being mounted on the heat supply network and adjusts the heat supply network according to the regulating command.This embodiment offers a kind of new regulating of heating net systems.
Description
Technical field
The invention relates to computer technology and heat supply network technical fields more particularly to regulating of heating net system.
Background technique
Thermal energy can be transported to hot use by pipeline and heat carrier (also referred to as working media, such as water or water vapour) by heat supply network
Family.In general, heat supply network may include initial station, primary net, thermal substation, secondary network and heating end, wherein between initial station and thermal substation
By once netting connection, connected between thermal substation and heating end by secondary network.Initial station is referred to as heat source station, thermal substation
It is referred to as heat exchange station, the heating equipment at heat user is properly termed as heating end.
Utility model content
The embodiment of the present application provides a kind of regulating of heating net system, which includes: that above-mentioned heat supply network includes at first stop, once
Net, thermal substation, secondary network and heating end, pass through once net connection, above-mentioned thermal substation between above-mentioned initial station and above-mentioned thermal substation
It is connected between above-mentioned heating end by secondary network, above system includes: data acquisition equipment, decision device and hardware regulation
Equipment；Above-mentioned data acquisition equipment: being mounted on above-mentioned heat supply network and acquires heat supply network data, simultaneously with the communication connection of above-mentioned decision device
Above-mentioned heat supply network data are sent to above-mentioned decision device；Above-mentioned decision device is communicated to connect with above-mentioned hardware adjusting device, and by
It is configured to: generating regulating command based on above-mentioned heat supply network data, Xiang Shangshu hardware adjusting device sends above-mentioned regulating command；It is above-mentioned hard
Part adjusting device: being mounted on above-mentioned heat supply network and adjusts above-mentioned heat supply network according to above-mentioned regulating command.
In some embodiments, above-mentioned data acquisition equipment includes the related transducer of the related sensor of initial station, thermal substation
The related sensor of device and heating end, wherein related sensor includes: temperature sensor, pressure sensor and flow sensing
Device.
In some embodiments, above system further include: data storage device is configured to handle and store above-mentioned heat
Network data.
In some embodiments, above system further include: data display device is configured to from above-mentioned data storage device
Above-mentioned heat supply network data are received to be shown.
In some embodiments, above-mentioned hardware adjusting device includes at least one of the following: initial station thermostat valve and initial station flow
Valve, wherein above-mentioned initial station thermostat valve and initial station flow valve are mounted on above-mentioned heat supply network.
In some embodiments, above-mentioned decision device, is further configured to: meets in response to the preset trigger condition of determination,
According to the temperature prediction relevant parameter got in real time, temperature should be arrived by generating initial station first；Generate and send initial station first
Regulating command, wherein above-mentioned the first regulating command of initial station includes that above-mentioned initial station first should arrive temperature；Above-mentioned initial station thermostat valve, quilt
It is configured to adjust initial station supply water temperature according to above-mentioned the first regulating command of initial station.
In some embodiments, decision device is further configured to: in response to sending out above-mentioned the first regulating command of initial station, root
The volume forecasting relevant parameter got when factually, flow should be arrived by generating thermal substation first；Generate and send thermal substation the
One regulating command, wherein above-mentioned the first regulating command of thermal substation includes that above-mentioned thermal substation first should arrive flow；Above-mentioned thermal substation stream
Valve is measured, is configured to adjust thermal substation water supply flow according to above-mentioned the first regulating command of thermal substation.
In some embodiments, above-mentioned hardware adjusting device includes thermal substation flow valve, above-mentioned thermal substation flow valve installation
On above-mentioned heat supply network.
In some embodiments, above-mentioned decision device is further configured to: in response to determining that it is pre- that heating terminal temperature is not met
If temperature condition, temperature and above-mentioned heating terminal temperature should be arrived according to above-mentioned initial station first, generated at least one of following: initial station the
Two, which should arrive temperature and initial station, should arrive flow；Generate and send the second regulating command of initial station, wherein above-mentioned initial station second, which is adjusted, to be referred to
Order includes at least one of the following: that initial station second should arrive temperature and initial station and should arrive flow；Above-mentioned initial station flow valve, is further configured to root
Flow, which should be arrived, according to the initial station in above-mentioned the second regulating command of initial station adjusts initial station water supply flow；Above-mentioned initial station thermostat valve, is also matched
Temperature should be arrived according to the initial station second in above-mentioned the second regulating command of initial station by, which being set to, adjusts initial station supply water temperature.
In some embodiments, above-mentioned decision device is further configured to: being referred in response to sending out above-mentioned initial station second and adjusting
It enables, flow should be arrived according to above-mentioned heating terminal temperature and above-mentioned thermal substation first, flow should be arrived by generating thermal substation second；Generate with
And send the second regulating command of thermal substation, wherein above-mentioned the second regulating command of thermal substation includes that above-mentioned thermal substation second should arrive stream
Amount；Above-mentioned thermal substation flow valve is further configured to adjust thermal substation water supply flow according to above-mentioned the second regulating command of thermal substation.
Regulating of heating net system provided by the embodiments of the present application, by system be arranged data acquisition equipment, decision device and
Hardware adjusting device, above-mentioned data acquisition equipment are mounted on above-mentioned heat supply network and acquire heat supply network data, logical with above-mentioned decision device
Letter connection simultaneously sends above-mentioned heat supply network data to above-mentioned decision device；Above-mentioned decision device, with above-mentioned hardware adjusting device communication link
It connects, and is configured to: generating regulating command based on above-mentioned heat supply network data, Xiang Shangshu hardware adjusting device sends above-mentioned adjusting and refers to
It enables；Above-mentioned hardware adjusting device: being mounted on above-mentioned heat supply network and adjusts above-mentioned heat supply network according to above-mentioned regulating command, and technical effect is extremely
It less may include: to provide a kind of system of new adjusting heat supply network.
Detailed description of the invention
By reading a detailed description of non-restrictive embodiments in the light of the attached drawings below, the application's is other
Feature, objects and advantages will become more apparent upon:
Fig. 1 is exemplary hot web frame figure；
Fig. 2 is the structural schematic diagram according to one embodiment of the regulating of heating net system of the application；
Fig. 3 is the structural schematic diagram according to another embodiment of the regulating of heating net system of the application；
Fig. 4 is according to the various data acquisition equipments of the application and the relation schematic diagram of heat supply network；
Fig. 5 is a kind of illustrative diagram of interactive mode between each equipment according to the application.
Specific embodiment
The application is described in further detail with reference to the accompanying drawings and examples.It is understood that this place is retouched
The specific embodiment stated is used only for explaining relevant utility model, rather than the restriction to the utility model.It further needs exist for illustrating
, part relevant to related utility model is illustrated only for ease of description, in attached drawing.
It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase
Mutually combination.The application is described in detail below with reference to the accompanying drawings and in conjunction with the embodiments.
Referring to FIG. 1, the regulating of heating net method that Fig. 1 shows the application can be adapted for heat supply network 100 thereon.
As shown in Figure 1, heat supply network 100 may include: initial station 101, primary net 102, thermal substation 103, secondary network 104 and heating
End 105 leads between above-mentioned thermal substation and above-mentioned heating end by once net connection between above-mentioned initial station and above-mentioned thermal substation
Cross secondary network connection.
Can circulate initial station water supply and initial station return water in primary net.The thermal substation that can circulate in secondary network supplies water and thermal substation
Return water.Initial station is supplied water by initial station to thermal substation, and thermal substation supplies water by thermal substation to heat user, and thermal substation return water is by heat user to heat
Power station, initial station return water is by thermal substation to initial station.
Initial station is supplied water into primary net, and primary water supply is become.Primary to supply water through thermal substation, thermal substation supplies water to secondary network
In, become secondary water-supply.Secondary water-supply provides heat to heating end for user.Outlet water at tail end heat to secondary network, becomes two
Secondary return water.Secondary return water becomes thermal substation return water to thermal substation.Thermal substation return water, to primary net, becomes primary and returns through thermal substation
Water.Primary water becomes initial station return water to initial station.
It should be understood that the number of thermal substation and heating end in Fig. 1 is only schematical.It, can according to needs are realized
With any number of thermal substation and heating end.
Referring to FIG. 2, it illustrates the exemplary structures according to the regulating of heating net system of the application.
As shown in Fig. 2, regulating of heating net system 200 may include: data acquisition equipment 201, decision device 202 and hardware tune
Control equipment 203.
Data acquisition equipment 201 is configured to acquire heat supply network data.
Herein, data acquisition equipment may be mounted on above-mentioned heat supply network, to acquire the various data of above-mentioned heat supply network.Data
Acquiring equipment can communicate to connect with above-mentioned decision device and send above-mentioned heat supply network data to above-mentioned decision device.
Herein, heat supply network data can include but is not limited to following at least one: initial station relevant parameter, thermal substation correlation ginseng
Number and heating end relevant parameter.Optionally, heat supply network data can also include primary net relevant parameter and secondary network relevant parameter.
Decision device 202 is configured to generate regulating command based on above-mentioned heat supply network data.
Herein, above-mentioned decision device can be communicated to connect with above-mentioned hardware adjusting device.Above-mentioned decision device can give birth to
Above-mentioned regulating command is sent at one or more of instructions, and to above-mentioned hardware adjusting device.
Herein, the process that decision device generates regulating command, which can be such that, is packaged parameter, obtains other electronics
The instruction for the communication format that equipment or hardware adjusting device can identify.
In the present embodiment, the process that above-mentioned decision device generates the first regulating command of initial station can be such that above-mentioned head
First temperature of standing is packaged, and obtains the instruction for the communication format that other electronic equipments or initial station thermostat valve can identify.
Decision device 202 can be support network connection to provide the hardware device or software of various network services.When
The network equipment be hardware when, can be support instant communication function various electronic equipments, including but not limited to smart phone,
Tablet computer, pocket computer on knee, desktop computer and server etc..At this moment, it as hardware device, may be implemented
At the distributed network equipment group that multiple network equipments form, single network equipment also may be implemented into.When the network equipment is soft
When part, it may be mounted in above-mentioned cited electronic equipment.At this moment, it as software, may be implemented into for example for providing
The multiple softwares or software module of Distributed Services, also may be implemented into single software or software module.Specific limit is not done herein
It is fixed.
Hardware adjusting device 203 is configured to be adjusted according to above-mentioned regulating command.
Herein, hardware adjusting device can regulate and control heat supply network.Hardware adjusting device can be a plurality of types of, work
For example, hardware adjusting device be can include but is not limited to: flow control valve (abbreviation flow valve) and temperature control valve (referred to as temperature
Control valve).
Herein, hardware adjusting device may be mounted on above-mentioned heat supply network.Installation of the hardware adjusting device in above-mentioned heat supply network
Position can be according to practicing flexible setting.
It should be understood that the number of data acquisition equipment, decision device and hardware adjusting device in Fig. 2 is only schematic
's.According to needs are realized, any number of acquisition equipment, decision device and hardware adjusting device can have.
It is appreciated that above-mentioned regulating of heating net system can also include network 204.Network 204 is in data acquisition equipment
Between 201 and decision device 202, the medium of communication link is provided between decision device 202 and hardware adjusting device 203.Network
204 may include various connection types, such as wired, wireless communication link or fiber optic cables etc..
The system provided by the above embodiment of the application, by the way that data acquisition equipment, decision device and hard are arranged in system
Part adjusting device, above-mentioned data acquisition equipment are mounted on above-mentioned heat supply network and acquire heat supply network data, communicate with above-mentioned decision device
It connects and sends above-mentioned heat supply network data to above-mentioned decision device；Above-mentioned decision device is communicated to connect with above-mentioned hardware adjusting device,
And it is configured to: generates regulating command based on above-mentioned heat supply network data, Xiang Shangshu hardware adjusting device sends above-mentioned regulating command；
Above-mentioned hardware adjusting device: being mounted on above-mentioned heat supply network and adjusts above-mentioned heat supply network according to above-mentioned regulating command, and technical effect is at least
May include:
First, provide a kind of system of new adjusting heat supply network.
Second, computer controlled automatic may be implemented and adjust heat supply network.Adjusting logic is preset in above-mentioned decision device, is tied
The real-time parameter of heat supply network is closed, initial station supply water temperature and thermal substation water supply flow in heat supply network are automatically adjusted.It is thus possible to realize reality
When, dynamic, effectively adjust heat supply network.In turn, manpower can be liberated, human cost is saved.
It should be noted that existing regulating of heating net system usually is responsible for making a policy by staff adjusts heat supply network.This
Decision device is set in application, realizes and is detached from staff, accomplish unattended adjusting heat supply network, improve regulating of heating net system
Structure, made a policy by computer, it is believed that be the improvement to regulating of heating net system hardware structure.
Referring to FIG. 3, it illustrates another exemplary structures according to the regulating of heating net system of the application.
As shown in figure 3, regulating of heating net system 300 may include: data acquisition equipment 301, decision device 302, hardware tune
Control equipment 303, data storage device 304 and data display device 305.
Data acquisition equipment is configured to acquire heat supply network data.
Decision device is configured to generate regulating command based on above-mentioned heat supply network data.
Hardware adjusting device is configured to be adjusted according to above-mentioned regulating command.
Herein, hardware adjusting device can regulate and control heat supply network.
Data storage device is configured to handle and store above-mentioned heat supply network data.
Data display device is configured to be shown from the above-mentioned heat supply network data of above-mentioned data storage device reception.At this
In, above-mentioned data display device can be the various electronic equipments with display screen and supported web page browsing, including but unlimited
In smart phone, tablet computer, E-book reader, MP3 player (Moving Picture Experts Group Audio
Layer III, dynamic image expert's compression standard audio level 3), MP4 (Moving Picture Experts Group
Audio Layer IV, dynamic image expert's compression standard audio level 4) player, pocket computer on knee and desk-top meter
Calculation machine etc..
In some embodiments, above-mentioned data acquisition equipment may include the correlation of the related sensor of initial station, thermal substation
The related sensor of sensor and heating end, wherein related sensor includes: temperature sensor, pressure sensor and flow
Sensor.Optionally, above-mentioned data acquisition equipment can also include the related transducer of the related sensor and secondary network once netted
Device.
Referring to FIG. 4, it illustrates the relation schematic diagrams of above-mentioned a variety of data acquisition equipments and heat supply network.Heat supply network is each in Fig. 4
The label at place, can be with reference to the meaning of label in Fig. 1.
It is appreciated that initial station can install initial station temperature sensor, initial station pressure sensor and initial station flow sensor.Heat
Power station can install thermal substation temperature sensor, thermal substation pressure sensor and thermal substation flow sensor.Heating end can be with
Installation heating terminal temperature sensor, heating terminal pressure sensor and heating end flow sensor.
Optionally, primary net can install primary net temperature sensor, a network pressure force snesor and primary net flow and pass
Sensor.Secondary network can install secondary network temperature sensor, secondary network pressure sensor and secondary network flow sensor.
In some embodiments, above-mentioned hardware adjusting device includes at least one of the following: initial station thermostat valve and initial station flow
Valve, wherein above-mentioned initial station thermostat valve and initial station flow valve are mounted on above-mentioned heat supply network.
Referring to FIG. 5, it illustrates a kind of sides of interaction between decision device and initial station thermostat valve, thermal substation flow valve
Formula.
In some embodiments, above-mentioned decision device, is further configured to: meets in response to the preset trigger condition of determination,
According to the temperature prediction relevant parameter got in real time, temperature should be arrived by generating initial station first；Generate and send initial station first
Regulating command, wherein above-mentioned the first regulating command of initial station includes that above-mentioned initial station first should arrive temperature；Above-mentioned initial station thermostat valve, quilt
It is configured to adjust initial station supply water temperature according to above-mentioned the first regulating command of initial station.
In some embodiments, preset trigger condition can include but is not limited at least one of following: current time is
Preset time point, target component parameter value beyond preset parameter value range etc..It in practice, can be according to practical application field
Scape is arranged various trigger conditions, will not enumerate herein.
As an example, can set whole for preset time point if it is preset time point that trigger condition, which is current time,
Point.I.e. every integral point, above-mentioned trigger condition meet, and above-mentioned decision device obtains temperature prediction relevant parameter in real time, generate first
Standing first should arrive temperature.
As an example, if the parameter value that trigger condition is target component exceeds preset parameter value range, it can be with outdoor temp
Degree is used as target component, and preset range of parameter values setting is negative 30 degrees Celsius to positive 10 degrees Celsius.If outdoor temp angle value is big
In positive 10 degrees Celsius or it is less than minus 30 degrees Celsius, then trigger condition meets, and above-mentioned decision device obtains temperature prediction use in real time
Relevant parameter, temperature should be arrived by generating initial station first.
In some embodiments, above-mentioned other electronic equipments can include but is not limited at least one of following: sensor and
Data storage device.
As an example, above-mentioned decision device can receive the data of sensor real-time Transmission.
As an example, the sensor can send data to data storage device.Above-mentioned decision device can be upward
It states data storage device and sends data acquisition request, data acquisition request is used for the temperature that request data storage device receives
Spend prediction relevant parameter.
In some embodiments, temperature prediction relevant parameter can be for predicting that initial station first should arrive the ginseng of temperature
Number.Temperature is default can be arranged with relevant parameter according to practical application scene.
In some embodiments, the default relevant parameter of temperature may include following but be not limited at least one: initial station is returned
Coolant-temperature gage, thermal substation supply water temperature and outdoor temperature.
In some embodiments, initial station first, which should arrive temperature and can be, works as preceding article in the instruction of temperature prediction relevant parameter
Under part, supply water the temperature that reach at first stop.
In some embodiments, can by various modes, temperature should be arrived by generating initial station first.
It can be accomplished by the following way: can be preset with temperature as an example, generating initial station first and should arrive temperature
Prediction uses relevant parameter that should arrive temperature as the function of dependent variable as independent variable, using initial station first.When implementation gets temperature
After prediction relevant parameter, above-mentioned function is substituted into, temperature should be arrived by generating initial station first.
In the present embodiment, the first regulating command of initial station can be directly or indirectly sent to initial station by above-mentioned decision device
Thermostat valve.Indirect sending method example is as follows: the first regulating command of initial station can be sent to command reception by above-mentioned decision device
Above-mentioned the first regulating command of initial station is forwarded to above-mentioned initial station thermostat valve by Command Receive Facility by equipment.
In the present embodiment, above-mentioned initial station thermostat valve is configured to adjust initial station according to above-mentioned the first regulating command of initial station and supply
Coolant-temperature gage.
In some embodiments, above-mentioned initial station thermostat valve may be mounted in the equipment that can adjust initial station supply water temperature.
As an example, usually having heat resource equipment in initial station, heat source can be used as to that can send out in heat resource equipment
Heat transfer medium (such as water).Above-mentioned initial station thermostat valve may be mounted on above-mentioned heat resource equipment, adjust the water outlet of heat resource equipment
Temperature, it is thus possible to adjust initial station supply water temperature.
In some embodiments, decision device is further configured to: in response to sending out above-mentioned the first regulating command of initial station, root
The volume forecasting relevant parameter got when factually, flow should be arrived by generating thermal substation first；Generate and send thermal substation the
One regulating command, wherein above-mentioned the first regulating command of thermal substation includes that above-mentioned thermal substation first should arrive flow；Above-mentioned thermal substation stream
Valve is measured, is configured to adjust thermal substation water supply flow according to above-mentioned the first regulating command of thermal substation.
In some embodiments, above-mentioned decision device can be raw according to the volume forecasting relevant parameter got in real time
Flow should be arrived at thermal substation first.
In some embodiments, volume forecasting relevant parameter, can be first for predicting thermal substation should arrive flow
Parameter.Volume forecasting can be arranged with relevant parameter according to practical application scene.
In some embodiments, volume forecasting relevant parameter can include but is not limited at least one of following: above-mentioned stream
It includes heating end room temperature and at least one of following for measuring prediction relevant parameter: thermal substation supply water temperature, thermal substation return water
Temperature, heating distance, heating area, heating population, outdoor temperature and initial station water supply flow.
Herein, above-mentioned heating distance can be the distance between thermal substation and heating end.Above-mentioned heating area can be with
Heating end needs the area that heats, usually the construction area of the building where heat user.Above-mentioned heating population can be heat
The quantity of user.
In the present embodiment, can by various modes, flow should be arrived by generating thermal substation first.
As an example, step generation thermal substation first should arrive flow and can be accomplished by the following way: can preset
Use relevant parameter that should arrive flow as the function of dependent variable as independent variable, using thermal substation first so that flow is default.When implementation obtains
After getting temperature prediction relevant parameter, above-mentioned function is substituted into, flow should be arrived by generating thermal substation first.
In some embodiments, the first regulating command of initial station can be directly or indirectly sent to heat by above-mentioned decision device
Power station flow valve.Indirect sending method example is as follows: the first regulating command of initial station can be sent to instruction by above-mentioned decision device
Above-mentioned the first regulating command of initial station is forwarded to above-mentioned thermal substation flow valve by Command Receive Facility by receiving device.
In some embodiments, above-mentioned thermal substation flow valve is configured to be adjusted according to above-mentioned the first regulating command of thermal substation
Thermal substation water supply flow.
In some embodiments, above-mentioned thermal substation flow valve may be mounted at the equipment that can adjust thermal substation water supply flow
On, for example, thermal substation flow valve may be mounted on the water supply line of thermal substation.
In some embodiments, above-mentioned hardware adjusting device includes thermal substation flow valve, above-mentioned thermal substation flow valve installation
On above-mentioned heat supply network.
In some embodiments, above-mentioned decision device is further configured to: in response to determining that it is pre- that heating terminal temperature is not met
If temperature condition, temperature and above-mentioned heating terminal temperature should be arrived according to above-mentioned initial station first, generated at least one of following: initial station the
Two, which should arrive temperature and initial station, should arrive flow；Generate and send the second regulating command of initial station, wherein above-mentioned initial station second, which is adjusted, to be referred to
Order includes at least one of the following: that initial station second should arrive temperature and initial station and should arrive flow；Above-mentioned initial station flow valve, is further configured to root
Flow, which should be arrived, according to the initial station in above-mentioned the second regulating command of initial station adjusts initial station water supply flow；Above-mentioned initial station thermostat valve, is also matched
Temperature should be arrived according to the initial station second in above-mentioned the second regulating command of initial station by, which being set to, adjusts initial station supply water temperature.
In the present embodiment, above-mentioned heating terminal temperature can include but is not limited at least one of following: heating end into
Coolant-temperature gage, heating outlet water at tail end temperature and heating end room temperature.
In the present embodiment, preset temperature condition may include at least one of following but be not limited to: heating end water inlet temperature
Degree is in the first temperature range；Heating outlet water at tail end temperature is within the scope of second temperature；Heating end room temperature is in
In third temperature range.
It should be noted that after adjusting heat supply network through the first regulating command of initial station and the first regulating command of thermal substation, it can
Above-mentioned decision device is fed back to so that terminal temperature will be heated as adjusted result.Above-mentioned decision device can determine heating end temperature
Whether degree meets preset temperature condition.If do not met, temperature can should be arrived according to the initial station second in the second regulating command of initial station
Degree and/or initial station should arrive flow, then be adjusted to the leaving water temperature or flow of initial station.
As an example, temperature and heating terminal temperature should be arrived according to initial station first, generate at least one of following: initial station second
Temperature and initial station, which should be arrived, should arrive flow, can be accomplished by the following way: if heating terminal temperature is less than default heating end
Temperature, then be turned up initial station first and should arrive temperature and obtain that second temperature should be arrived at first stop, and, increase on the basis of water flow in initial station
Big initial station water flow, which obtains initial station, should arrive flow.The amplitude be turned up or increased can be preset.
It should be noted that decision device is in response to determining that trigger condition meets in the application, from above-mentioned various sensors
Predefined temperature prediction relevant parameter is obtained in real time, and according to the temperature prediction relevant parameter obtained in real time, is generated
First it should arrive temperature at first stop；The first regulating command of initial station is generated and sends, above-mentioned initial station thermostat valve is according to above-mentioned initial station first
Regulating command adjusts initial station supply water temperature；It can be in response to issuing the first regulating command of initial station, according to the flow got in real time
Prediction relevant parameter, flow should be arrived by generating thermal substation first；Generate and send the first regulating command of thermal substation.Above-mentioned heating power
Flow valve stand according to above-mentioned the first regulating command of thermal substation adjusting thermal substation water supply flow, technical effect at least may include:
First, the linkage that initial station and thermal substation in heat supply network may be implemented is adjusted.Refer to when sending out initial station first at first stop and adjusting
After order, can initial station thermostat valve start to adjust initial station supply water temperature, primary net supply water temperature starts to change.When primary net supplies water
When temperature starts variation, triggering, which generates thermal substation first, should arrive the mechanism of flow, and then pass through the valve regulation of thermal substation flow
Thermal substation water supply flow.Thus, it is possible to realize that the linkage of initial station and thermal substation in heat supply network is adjusted.
Second, linkage adjusting is carried out in a manner of first adjusting primary net temperature, adjust secondary network flow again, it can be with heat source
Temperature based on, using thermal substation water supply flow as supplementary means, quickly and effectively adjust heat supply network.Relative to other way, such as
First secondary network flow is adjusted to adjust primary net temperature again, primary net temperature is first adjusted to adjust primary net flow etc., mode shown in the present embodiment again
Advantage with apparent efficiency and convenient for being precisely controlled.
Third, selection setting initial station thermostat valve and thermal substation flow valve carry out regulating of heating net, in multiple possible tune of heat supply network
In the node of section, the adjusting main points that are accurately captured in heat supply network.To less device (initial station thermostat valve and thermal substation flow valve
The two) controlled to adjust in the case where, can be realized and quickly and accurately adjust heat supply network.It is thus possible to reduce adjusting heat
The hardware cost of net, and reduce the calculation amount of regulating time and adjusting
In some embodiments, above-mentioned decision device is further configured to: being referred in response to sending out above-mentioned initial station second and adjusting
It enables, flow should be arrived according to above-mentioned heating terminal temperature and above-mentioned thermal substation first, flow should be arrived by generating thermal substation second；Generate with
And send the second regulating command of thermal substation, wherein above-mentioned the second regulating command of thermal substation includes that above-mentioned thermal substation second should arrive stream
Amount；Above-mentioned thermal substation flow valve is further configured to adjust thermal substation water supply flow according to above-mentioned the second regulating command of thermal substation.
As an example, should arrive flow according to heating terminal temperature and thermal substation first, flow should be arrived by generating thermal substation second,
Can be accomplished by the following way: if heating terminal temperature is less than heating terminal temperature, thermal substation first, which is turned up, should arrive stream
Flow should be arrived by measuring thermal substation second.Height-regulating amplitude can be arranged in advance.
Herein, to according to feedback result to being adjusted at first stop after, can also according to feedback result to thermal substation into
Row adjustment.When further being adjusted according to feedback result, initial station supply water temperature and/or primary net flow are first adjusted, then
Thermal substation water supply flow is adjusted, the feedback regulation to heat supply network may be implemented, improve the accuracy and speed of regulating of heating net.
Above description is only the preferred embodiment of the application and the explanation to institute's application technology principle.Those skilled in the art
Member is it should be appreciated that utility model range involved in the application, however it is not limited to made of the specific combination of above-mentioned technical characteristic
Technical solution, at the same should also cover do not depart from above-mentioned utility model design in the case where, by above-mentioned technical characteristic or its be equal
Feature carries out any combination and other technical solutions for being formed.Such as features described above and (but being not limited to) disclosed herein have
The technical solution for thering is the technical characteristic of similar functions to be replaced mutually and being formed.
Claims (6)
1. a kind of regulating of heating net system, wherein the heat supply network includes initial station, primary net, thermal substation, secondary network and heating end,
By once net connection between the initial station and the thermal substation, pass through secondary network between the thermal substation and the heating end
Connection, the system comprises: data acquisition equipment, decision device and hardware adjusting device；
The data acquisition equipment: being mounted on the heat supply network and acquires heat supply network data, simultaneously with decision device communication connection
The heat supply network data are sent to the decision device, wherein the data acquisition equipment includes the related sensor of initial station, heating power
The related sensor of the related sensor and heating end stood, wherein related sensor includes: temperature sensor, pressure sensing
Device and flow sensor；
The decision device is communicated to connect with the hardware adjusting device, and is configured to: being generated based on the heat supply network data
Regulating command, Xiang Suoshu hardware adjusting device send the regulating command；
The hardware adjusting device: being mounted on the heat supply network and adjusts the heat supply network according to the regulating command, wherein described
Hardware adjusting device includes: initial station thermostat valve, initial station flow valve and thermal substation flow valve, wherein the initial station thermostat valve, initial station
Flow and thermal substation flow valve valve are mounted on the heat supply network；Wherein
The decision device, is further configured to: meeting in response to the preset trigger condition of determination, according to the temperature got in real time
Prediction relevant parameter, temperature should be arrived by generating initial station first；Generate and send the first regulating command of initial station, wherein the head
First regulating command of standing includes that the initial station first should arrive temperature；The initial station thermostat valve is configured to according to the initial station
One regulating command adjusts initial station supply water temperature.
2. system according to claim 1, wherein the system also includes:
Data storage device is configured to handle and store the heat supply network data.
3. system according to claim 2, wherein the system also includes:
Data display device is configured to be shown from the data storage device reception heat supply network data.
4. system according to claim 3, wherein
Decision device is further configured to: in response to sending out first regulating command of initial station, according to the flow got in real time
Prediction relevant parameter, flow should be arrived by generating thermal substation first；Generate and send the first regulating command of thermal substation, wherein institute
Stating the first regulating command of thermal substation includes that the thermal substation first should arrive flow；
The thermal substation flow valve is configured to adjust thermal substation water supply flow according to first regulating command of thermal substation.
5. system according to claim 4, wherein the decision device is further configured to: in response to determining end of heating
Temperature does not meet preset temperature condition, should arrive temperature and the heating terminal temperature according to the initial station first, generate with down toward
One item missing: initial station second, which should arrive temperature and initial station, should arrive flow；Generate and send the second regulating command of initial station, wherein described
The second regulating command includes at least one of the following: that initial station second should arrive temperature and initial station and should arrive flow at first stop；
The initial station flow valve, flow should be arrived according to the initial station in second regulating command of initial station by, which being further configured to, adjusts initial station
Water supply flow；
The initial station thermostat valve is further configured to that temperature adjusting should be arrived according to the initial station second in second regulating command of initial station
Initial station supply water temperature.
6. system according to claim 5, wherein the decision device is further configured to: in response to sending out the head
It stands the second regulating command, flow should be arrived according to the heating terminal temperature and the thermal substation first, generate thermal substation second and answer
To flow；Generate and send the second regulating command of thermal substation, wherein second regulating command of thermal substation includes the heating power
Standing second should arrive flow；
The thermal substation flow valve is further configured to adjust thermal substation water supply flow according to second regulating command of thermal substation.
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| CN201821205838.4U CN208832592U (en) | 2018-07-27 | 2018-07-27 | Regulating of heating net system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113063512A (en) * | 2021-02-25 | 2021-07-02 | 鲁洪宝 | Synchronous temperature acquisition method and system for Internet of things pipe network balance technology |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113063512A (en) * | 2021-02-25 | 2021-07-02 | 鲁洪宝 | Synchronous temperature acquisition method and system for Internet of things pipe network balance technology |
| CN113063512B (en) * | 2021-02-25 | 2022-10-11 | 鲁洪宝 | Synchronous temperature acquisition method and system for Internet of things pipe network balance technology |
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