CN107479517B - A kind of heating power output management through quantification control system and control method - Google Patents
A kind of heating power output management through quantification control system and control method Download PDFInfo
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- CN107479517B CN107479517B CN201710683567.7A CN201710683567A CN107479517B CN 107479517 B CN107479517 B CN 107479517B CN 201710683567 A CN201710683567 A CN 201710683567A CN 107479517 B CN107479517 B CN 107479517B
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Abstract
The invention discloses a kind of heating power output management through quantification control system and control methods, including multiple heat supply networks to use website and kilowatt meter reading-out system server, and it further includes front controller that each heat supply network, which is provided with a steam measurement device using website,；The inspection that front controller real-time reception kilowatt meter reading-out system server issues instructs, and includes the reading data sequence to multiple steam measurement devices in inspection instruction；Front controller according to inspection instruct in reading data sequence to multiple steam measurement devices send data read request；The meter parameter that multiple steam measurement devices return is sent back to kilowatt meter reading-out system server again by front controller, and meter parameter includes steam usage amount, pressure and temperature；Kilowatt meter reading-out system server adjusts inspection instruction according to steam usage amount, and each heat supply network is directly proportional to steam usage amount using the reading frequency of the steam measurement device of website in the reading data sequence of inspection instruction；The larger efficiency and safety for improving heating network operation management.
Description
Technical field
The present invention relates to data acquisition technology fields, more specifically, it relates to a kind of output management through quantification control of heating power
System and control method.
Background technique
In the prior art, heat supply network management through quantification, i.e. long-distance meter-reading system carry out instrumented data acquisition using survey mechanism is patrolled.
The instruction of requests data reading is equably sent to each heat supply network user using kilowatt meter reading-out system server, then, is respectively steamed with vapour point
Vapour metering device equably uses thermal information to the live heat user of server return again substantially.This management pattern, can allow
Position machine fifty-fifty obtains heat supply network information, each point can it is balanced with respect to.
A kind of long-range heat supply real-time data acquisition system is disclosed in the Chinese patent that notification number is CN205121858U,
Including a heat supply main website and user's intelligent terminal, user's intelligent terminal passes through wireless network and the heat supply master
Wireless communication of standing connection is equipped with one in user's intelligent terminal and uses hot instrument, described with hot instrument and described intelligent whole
End equipment is electrically connected.The communication between heat supply main website and user's intelligent terminal is carried out by wireless network.By heat supply network system
User's heat data in system and real-time monitoring and management are carried out with hot instrument operating parameter.
But in actual moving process, it was also found that some small heavy users information content variations less, do not need objectively through
Normal refresh data, and the biggish user's operating condition of relative steam usage amount changes greatly, information change is also frequent, but cannot be timely
To update, cause when to these user's heat supplies, pressure and temp cannot adjust in time, affect the efficiency of heating network operation management with
Safety.
Summary of the invention
In view of the deficienciess of the prior art, the purpose of the present invention one is to provide a kind of heating power output management through quantification control
System can carry out the reading data of different reading frequencies to the user of different steam usage amounts, improve heating network operation management
Efficiency and safety.
To achieve the above object, the present invention provides the following technical scheme that
A kind of heating power output management through quantification control system, including multiple heat supply networks use website and kilowatt meter reading-out system server, often
A heat supply network is provided with a steam measurement device using website, further includes being believed with multiple heat supply networks using the steam measurement device of website
Number connection and the connection that communicates with kilowatt meter reading-out system server front controller；
The inspection that front controller real-time reception kilowatt meter reading-out system server issues instructs, and includes to multiple in inspection instruction
Heat supply network uses the reading data sequence of the steam measurement device of website；
Front controller according to inspection instruct in reading data sequence to multiple steam measurement devices send reading data
Request；
The meter parameter that multiple steam measurement devices return is sent back kilowatt meter reading-out system server, instrument again by front controller
Parameter includes steam usage amount, pressure and temperature；
Kilowatt meter reading-out system server adjusts inspection instruction according to steam usage amount, each in the reading data sequence of inspection instruction
Included by the meter parameter that heat supply network uses the reading frequency of the steam measurement device of website and the steam measurement device to return
Steam usage amount is directly proportional.
By using above-mentioned technical proposal, inspection instruction, front end are assigned by kilowatt meter reading-out system server front-end directors
Controller according to inspection instruct in reading data sequence successively control multiple steam measurement devices and return to meter parameters, instrument ginseng
Number sends back kilowatt meter reading-out system server through front controller, and modifies inspection instruction by kilowatt meter reading-out system server, so that each heat
The net use directly proportional to steam usage amount, i.e., bigger for steam usage amount using the reading frequency of the steam measurement device of website
Family, operating condition change greatly, and information change is also frequent, in the single reading period that front controller is carried out according to inspection instruction
It is interior, the reading frequency of higher frequency can be obtained, that is, obtains more reading times, its meter parameter is made to change to obtain timely
It updates, when to these user's heat supplies, pressure and temperature obtains adjustment much sooner, improves the efficiency of heating network operation management
It is obviously improved with the information refresh rate of safety, emphasis heat supply network user, and the survey of patrolling of small user is also taken into account.
It further, further include production terminal for adjusting heat supply network operating condition, kilowatt meter reading-out system server and production terminal phase
Received meter parameter is sent at production terminal by communication connection, kilowatt meter reading-out system server in real time.
By using above-mentioned technical proposal, meter parameter Real-time Feedback that kilowatt meter reading-out system server receives is to producing terminal
Place, allows to real-time monitoring heat supply network operating condition.
It further, further include management terminal for the parameter that has charge of the instruments, management terminal includes communication module, processing mould
Block and display module, communication module communicate with kilowatt meter reading-out system server and connect, and receive kilowatt meter reading-out system service by communication module
The meter parameter that device is sent, treated module read and are shown on display module.
By using above-mentioned technical proposal, the meter parameter received is sent to management terminal by kilowatt meter reading-out system server
Place, and be shown on display module, reach the complete monitoring to heat supply network operating condition.
Further, management terminal further includes an input module, inputs an inspection to processing module when passing through input module
After sequence edit instruction, inspection sequence edit is instructed and is sent to kilowatt meter reading-out system server by communication module by processing module, is copied
Table system server instructs the reading data sequence changed and replace in inspection instruction according to inspection sequence edit, and the data are read
Take the meter parameter that each heat supply network is returned using the reading frequency of the steam measurement device of website and the steam measurement device in sequence
In included steam usage amount it is directly proportional.
By using above-mentioned technical proposal, administrative staff input inspection sequence edit by input module and instruct, through communicating
Module is sent to kilowatt meter reading-out system server, i.e. reading data sequence in editable inspection instruction, so that each heat supply network uses website
Steam measurement device directly proportional to the holding of steam usage amount, i.e., bigger for the steam usage amount user of reading frequency, instrument
Table Parameters variation is timely updated, and pressure and temperature obtains adjustment much sooner, improves the effect of heating network operation management
Rate and safety.
Further, kilowatt meter reading-out system server includes that incremental computations module, model analysis module and instruction adjust module, when
After kilowatt meter reading-out system server receives the meter parameter that multiple steam measurement devices return, incremental computations module calculates each steam
The increment of the corresponding steam usage amount of metering device and respectively correspond and generate a steam using incremental value；
Model analysis module is by the corresponding steam of each steam measurement device using incremental value and steam usage amount by certain power
Heavy phase adds and generates a different degree decision content respectively, and model analysis module again determines the corresponding different degree of each steam measurement device
Value respectively obtains a reading frequency compared with a preset different degree reference value；
Instruction adjustment module is further according to each vaporimeter in the corresponding reading frequency adjustment inspection instruction of each steam measurement device
Measure the reading data sequence of device.
By using above-mentioned technical proposal, the data in the automatic real-time adjustment inspection instruction of kilowatt meter reading-out system server are realized
Reading order, so that each heat supply network is directly proportional to the holding of steam usage amount using the reading frequency of the steam measurement device of website, and
It adjusts precisely, further improves the efficiency and safety of heating network operation management, and save the human cost of system maintenance operation
With workload；And steam is considered when calculating reading frequency using incremental value, by steam using incremental value based on certain weight
Enter into different degree decision content, i.e., be also included in steam in emphasis inspection list using website using the biggish heat supply network of incremental value,
Operating condition where it in steam supply pipe road changes greatly, and information change is also frequent, so that it is obtained more reading times, makes
The pressure and temperature in pipeline must be corresponded to and obtain adjustment much sooner, further improve the efficiency and peace of heating network operation management
Quan Xing.
Further, for each heat supply network using the corresponding site number of website, kilowatt meter reading-out system server includes more for monitoring
The exception monitoring module for the meter parameter situation of change that a steam measurement device returns, when in the pressure or temperature of meter parameter
One is anticipated more than after corresponding default early warning value, exception monitoring module is different to the abnormal record information of management terminal push one
Often record information includes that meter parameter corresponding to pressure or temperature more than early warning value and corresponding heat supply network use website
Site number.
By using above-mentioned technical proposal, the wave of the meter parameter of website is used by each heat supply network of exception monitoring module monitors
Emotionally condition, administrative staff pass through the abnormal convenient meter parameter for accurately recognizing unusual fluctuations of information and its corresponding noted down
Heat supply network use website, convenient for administrative staff in time and accurately heat supply network operating condition is adjusted or is overhauled.
Further, front controller is communicated with kilowatt meter reading-out system server by wireless communication apparatus and is connect.
By using above-mentioned technical proposal, keeps the configuration of front controller and installation more convenient, eliminate front-end control
Communication before device and kilowatt meter reading-out system server is routed, and due to communicating by the way of wireless receiving and dispatching, does not need to be routed, so that
It is adapted to more complicated installation environment；And the communication signal between front controller and kilowatt meter reading-out system server is available
Farther transmission range.
In view of the deficienciess of the prior art, the purpose of the present invention two is to provide a kind of heating power output management through quantification control
Method can carry out the reading data of different reading frequencies to the user of different steam usage amounts, improve heating network operation management
Efficiency and safety.
To achieve the above object, the present invention provides the following technical scheme that
The described method includes:
The inspection that front controller real-time reception kilowatt meter reading-out system server issues instructs, and includes to multiple in inspection instruction
Heat supply network uses the reading data sequence of the steam measurement device of website；
Front controller according to inspection instruct in reading data sequence to multiple steam measurement devices send reading data
Request；
Multiple steam measurement devices are returned in response to the data read request front-end directors that front controller is sent
One meter parameter；
The meter parameter that multiple steam measurement devices return is sent back kilowatt meter reading-out system server, instrument again by front controller
Parameter includes steam usage amount, pressure and temperature；
Kilowatt meter reading-out system server adjusts inspection instruction according to steam usage amount, each in the reading data sequence of inspection instruction
Included by the meter parameter that heat supply network uses the reading frequency of the steam measurement device of website and the steam measurement device to return
Steam usage amount is directly proportional.
By using above-mentioned technical proposal, inspection instruction is modified by kilowatt meter reading-out system server, so that each heat supply network uses station
The reading frequency of the steam measurement device of point user directly proportional to steam usage amount, i.e., bigger for steam usage amount, instrument
Parameters variation is timely updated, and pressure and temperature obtains adjustment much sooner, improves the efficiency of heating network operation management
With safety.
Further, the meter parameter that multiple steam measurement devices return is sent back into kilowatt meter reading-out system clothes in front controller
It is engaged in after device, the method also includes:
The meter parameter received is sent at the management terminal for communicating connection by kilowatt meter reading-out system server in real time, pipe
The meter parameter received is shown on its display module by reason terminal again.
By using above-mentioned technical proposal, the meter parameter received is sent to management terminal by kilowatt meter reading-out system server
Place, and is shown on display module, administrative staff can variation that is convenient and intuitively understanding heat supply network operating condition, realize whole prison
Control.
Further, the meter parameter that multiple steam measurement devices return is sent back into kilowatt meter reading-out system clothes in front controller
It is engaged in after device, the method also includes:
The meter parameter received is sent to the production terminal for adjusting heat supply network operating condition by kilowatt meter reading-out system server in real time
Place.
By using above-mentioned technical proposal, meter parameter Real-time Feedback that kilowatt meter reading-out system server receives is to producing terminal
Place, allows to real-time monitoring heat supply network operating condition, further improves the efficiency and safety of heating network operation management.
Compared with prior art, the invention has the advantages that
(1) inspection instruction is modified by kilowatt meter reading-out system server, so that each heat supply network uses the steam measurement device of website
Reading frequency is directly proportional to steam usage amount, the bigger user of steam usage amount, and meter parameter changes to obtain more timely more
Newly, so that pressure and temperature obtains adjustment much sooner, the efficiency and safety of heating network operation management are improved；
(2) meter parameter received is sent to the production end for adjusting heat supply network operating condition by kilowatt meter reading-out system server in real time
At end, allow to real-time monitoring heat supply network operating condition, further improves the efficiency and safety of heating network operation management；
(3) meter parameter received is sent at management terminal by kilowatt meter reading-out system server, and is shown in display module
On, administrative staff can variation that is convenient and intuitively understanding heat supply network operating condition, realize complete monitoring；
(4) front controller is communicated with kilowatt meter reading-out system server by wireless communication apparatus and is connect, so that entire heat supply network
The installation of system is more convenient, is adapted to more complex installation environment, and between front controller and kilowatt meter reading-out system server
The available farther away transmission range of communication signal；
(5) by each heat supply network of exception monitoring module monitors using the fluctuation situation of the meter parameter of website, administrative staff are logical
Cross that abnormal record information is convenient and accurately recognizing the meter parameter of unusual fluctuations and its corresponding heat supply network, using website, makes pipe
Reason personnel much sooner and accurately adjust or overhaul to heat supply network operating condition.
Detailed description of the invention
Fig. 1 is that the heating power of the present embodiment exports the structural schematic diagram of management through quantification control system；
Fig. 2 is the structural schematic diagram of the kilowatt meter reading-out system server of the present embodiment.
Appended drawing reference: 1, heat supply network uses website；2, front controller；3, kilowatt meter reading-out system server；31, exception monitoring mould
Block；32, incremental computations module；33, model analysis module；34, instruction adjustment module；4, terminal is produced；5, management terminal；51,
Communication module；52, processing module；53, display module；54, input module；6, steam measurement device；7, wireless communication apparatus.
Specific embodiment
With reference to the accompanying drawings and examples, the present invention will be described in detail.
Aspect disclosed herein and the step of the method or algorithm described and/or movement can directly with hardware, with by
The software module or implemented with the combination of the two that processor executes.Software module can reside within RAM memory, flash
Device, ROM memory, eprom memory, eeprom memory, register, hard disk, can be in removable disk, CD-ROM or technique
In the storage media of known any other form.Exemplary storage medium can be coupled to processor, so that processor can be from depositing
Media are stored up to read information and information is written to storage media.In alternative solution, storage media can be integrated with processor.Separately
Outside, in certain aspects, processor and storage media can reside in ASIC.In addition, ASIC can reside in using terminal.?
In alternative solution, processor and storage media can be used as discrete component and reside in using terminal.In addition, in some respects
In, the step of method or algorithm and/or movement can be used as one of code and/or instruction or any combination thereof or set and stay
It stays on machine-readable medium and/or computer-readable media, machine-readable medium and/or computer-readable media may be incorporated into meter
In calculation machine program product.
Embodiment one, as shown in Figure 1, a kind of heating power exports management through quantification control system, including multiple heat supply networks use website
1, front controller 2, kilowatt meter reading-out system server 3, the production terminal 4 for adjusting heat supply network operating condition and for supervising heat supply network operating condition
Management terminal 5.Each heat supply network is provided with a steam measurement device 6 using website 1.
Front controller 2 is connected with signal using the steam measurement device 6 of website 1 by RS485 serial ports with multiple heat supply networks,
Realize that front controller 2 and multiple heat supply networks are transmitted using the wire signal between the steam measurement device 6 of website 1.
Front controller 2 communicates with kilowatt meter reading-out system server 3 additionally by wireless communication apparatus 7 and connect.Wireless telecommunications
Device 7 can be DTU(Data Transfer unit), DTU is used to being converted to serial data into IP data or turns IP data
It is changed to serial data, the wireless terminal device that network is transmitted by wireless communication.To be realized by wireless communication apparatus 7
Wireless telecommunications connection between front controller 2 and kilowatt meter reading-out system server 3.
The inspection that 2 real-time reception kilowatt meter reading-out system server 3 of front controller issues instructs, and includes to more in inspection instruction
A heat supply network uses the reading data sequence of the steam measurement device 6 of website 1；
Front controller 2 according to inspection instruct in reading data sequence to multiple steam measurement devices 6 send data read
Take request；
The meter parameter that multiple steam measurement devices 6 return is sent back kilowatt meter reading-out system server 3 again by front controller 2,
Meter parameter includes steam usage amount, pressure and temperature.
Kilowatt meter reading-out system server 3 is communicated and is connect with production terminal 4, management terminal 5 by the local area network of the inside of power plant.
Kilowatt meter reading-out system server 3 makes again by local area network by the meter parameter Real-time Feedback received to production terminal 4
Obtaining can be with real-time monitoring heat supply network operating condition.Producing terminal 4 can be the browsing data equipment between production air supplying operation, and operator is logical
It crosses production terminal 4 and recognizes each heat supply network using the meter parameter of the steam measurement device 6 of website 1, in order to regulate and control heat supply network in time
Operating condition.Producing terminal 4 can also be to directly control the controlling terminal of heat supply network steam supply tube road system, direct according to meter parameter
Regulate and control heat supply network operating condition.
Management terminal 5 includes communication module 51, processing module 52, display module 53 and input module 54.Communication module 51
It is communicated and is connect with kilowatt meter reading-out system server 3 by the local area network of the inside of power plant.Kilowatt meter reading-out system is received by communication module 51
The meter parameter that server 3 is sent, treated module 52 reads, generates table, then is shown on display module 53.Management
Personnel can variation that is convenient and intuitively understanding heat supply network operating condition, realize complete monitoring.
Processing module 52 can be microprocessor or host computer.Display module 53 and input module 54 can be to be integrated into
The touch screen of one.Display module 53 and input module 54 or the equipment being provided separately, e.g., display module 53 are liquid crystal
Display screen, input module 54 are mouse and keyboard.
Each heat supply network uses the corresponding site number of website 1.As depicted in figs. 1 and 2, kilowatt meter reading-out system server 3 includes using
In the exception monitoring module 31 for monitoring the meter parameter situation of change that multiple steam measurement devices 6 return.When the pressure of meter parameter
More than after corresponding default early warning value, exception monitoring module 31 is whole to management by local area network for any one of power or temperature
The abnormal record information of 5 push of end one.Abnormal record information includes meter parameter corresponding to pressure or temperature more than early warning value
And corresponding heat supply network uses the site number of website 1.
Each heat supply network is monitored using the fluctuation situation of the meter parameter of website 1 by exception monitoring module 31, and administrative staff are logical
It is convenient and accurately recognize the meter parameter of unusual fluctuations to cross abnormal record information.Simultaneously because the site number sent,
Administrative staff can precisely recognize that the heat supply network in which region unusual fluctuations occurs using the meter parameter of website 1, so that
Administrative staff can be timely and accurately heat supply network operating condition are adjusted or are overhauled.
When administrative staff recognize that each heat supply network uses the steam usage amount of website 1 by the display module 53 of management terminal 5
Variation, the heat supply network high for steam usage amount need to carry out the reading frequency of the steam measurement device 6 of higher frequency time using website 1
Rate, so that meter parameter changes to obtain update much sooner, pressure and temperature obtains adjustment much sooner.
After administrative staff input inspection sequence edit instruction to processing module 52 by input module 54, processing module 52
The instruction of inspection sequence edit is sent to kilowatt meter reading-out system server 3 by communication module 51.
Kilowatt meter reading-out system server 3 instructs the reading data changed and replaced in inspection instruction suitable according to inspection sequence edit
Sequence, each heat supply network is using the reading frequency and steam usage amount of the steam measurement device 6 of website 1 at just in the reading data sequence
Than.
Assuming that there is seven heat supply networks of A, B, C, D, E, F, G using website 1, the normal call logic of kilowatt meter reading-out system server 3 is
The sequence of A-B-C-D-E-F-G is patrolled survey and is continued cycling through after one circulation.Assuming that A and D are that the biggish emphasis of steam usage amount is used
Family, operating condition change greatly, and information change is also frequent, must be repeatedly detected, and administrative staff input inspection sequence by input module 54
Edit instruction patrols survey number increase A and D.
Kilowatt meter reading-out system server 3 is instructed according to inspection sequence edit, the reading data sequence in adjustment inspection instruction, so that
Reading data sequence is changed are as follows: A-B-A-C-D-E-F-D-G has carried out interspersed repetition in conventional algorithm and configured, a circulation
Afterwards, it continues cycling through.To improve the meter parameter renewal frequency of the biggish emphasis user of steam usage amount.Make steam usage amount
The pressure and temperature of biggish emphasis user obtains adjustment much sooner.Improve the efficiency and safety of heating network operation management
Property.
Embodiment two, as depicted in figs. 1 and 2, a kind of heating power output management through quantification control system, the difference with embodiment one
It is, kilowatt meter reading-out system server 3 further includes incremental computations module 32, model analysis module 33 and instruction adjustment module 34.Pass through
Incremental computations module 32, model analysis module 33 and instruction adjustment module 34 are realized to the reading data sequence in inspection instruction
Automatically, adjust in real time.
After kilowatt meter reading-out system server 3 receives the meter parameter that multiple steam measurement devices 6 return, incremental computations module
32 calculate the increment of the corresponding steam usage amount of each steam measurement device 6 and respectively correspond one steam of generation and use incremental value；
Model analysis module 33 is by the corresponding steam of each steam measurement device 6 using incremental value and steam usage amount by certain
Weight is added and generates a different degree decision content respectively, and model analysis module 33 is corresponding important by each steam measurement device 6 again
Degree decision content respectively obtains a reading frequency compared with a preset different degree reference value respectively；
Instruction adjustment module 34 is further according to each steam in the adjustment inspection instruction of each steam measurement device 6 corresponding reading frequency
The reading data sequence of metering device 6.If there are steam measurement devices 6 to have carried out multiple reading in a polling period,
Then above-mentioned steam usage amount is the mean value of the steam usage amount repeatedly read in a polling period, and steam uses incremental value then
It is to be based in two neighboring polling period, the difference of the mean value of corresponding two steam usage amounts.
Such as, when seven heat supply networks of A, B, C, D, E, F, G using website 1 steam usage amount numerical value successively are as follows: 1400,800,
900,2300,300,500,600；And the increment for comparing the steam usage amount of last inspection is respectively as follows: 800,100,100,
100,-100,100,100；
And different degree decision content=steam uses incremental value * 50% using incremental value * 50%+ steam；
That is, seven heat supply networks of A, B, C, D, E, F, G using the corresponding different degree decision content of website 1 successively are as follows: 1100,450,
500,1200,100,300,350；
Different degree reference value is 500；
Different degree decision content is reading frequency after being rounded again divided by different degree reference value, and being rounded the benefit that result is 0 is 1,
That is, seven heat supply networks of A, B, C, D, E, F, G use the corresponding reading frequency of website 1 successively are as follows: 2,1,1,2,1,1,1；
Kilowatt meter reading-out system server 3 is again according to the reading data sequence in reading frequency adjustment inspection instruction, so that data are read
Sequence is taken to change are as follows: A-B-A-C-D-E-F-D-G has carried out interspersed repetition in conventional algorithm and configured, after a circulation, continued
Circulation.The reading data sequence in automatic real-time adjustment inspection instruction to realize kilowatt meter reading-out system server 3, improves steam
The biggish A and D heat supply network of usage amount uses the meter parameter renewal frequency of website 1.
Due to considering steam when calculating reading frequency using incremental value, by steam using incremental value based on certain weight
Enter into different degree decision content, keep steam usage amount larger and steam use the biggish emphasis user of incremental value pressure and temperature
Degree obtains adjustment much sooner.To improve the efficiency and safety of heating network operation management.
The above is only a preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-mentioned implementation
Example, all technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
Those of ordinary skill for, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications
It should be regarded as protection scope of the present invention.In addition, with regard to term " includes " for the degree in specific embodiment or claims
For, this term wishes the side explained to be similar to term "comprising" when "comprising" is used in claim as transitional word
Formula and be inclusive.In addition, although the element of described aspect and/or embodiment may be description in the singular or main
, but it is limited to singular unless explicitly claimed, otherwise it is also covered by plural form.In addition, unless otherwise stated, otherwise any side
All or part of of face and/or embodiment can be sharp together with all or part of of any other aspect and/or embodiment
With.
Claims (10)
1. a kind of heating power exports management through quantification control system, including multiple heat supply networks use website (1) and kilowatt meter reading-out system server
(3), each heat supply network is provided with a steam measurement device (6) using website (1), which is characterized in that further includes making with multiple heat supply networks
It is connected with signal with the steam measurement device (6) of website (1) and the front-end control for the connection that communicates with kilowatt meter reading-out system server (3)
Device (2)；
The inspection that front controller (2) real-time reception kilowatt meter reading-out system server (3) issues instructs, and includes to more in inspection instruction
A heat supply network uses the reading data sequence of the steam measurement device (6) of website (1)；
Front controller (2) according to inspection instruct in reading data sequence to multiple steam measurement devices (6) send data read
Take request；
The meter parameter that multiple steam measurement devices (6) return is sent back kilowatt meter reading-out system server again by front controller (2)
(3), meter parameter includes steam usage amount, pressure and temperature；
Kilowatt meter reading-out system server (3) adjusts inspection instruction according to steam usage amount, each in the reading data sequence of inspection instruction
Heat supply network uses in the reading frequency of the steam measurement device (6) of website (1) and the meter parameter of the steam measurement device (6) return
Included steam usage amount is directly proportional.
2. a kind of heating power according to claim 1 exports management through quantification control system, which is characterized in that further include for adjusting
The production terminal (4) of whole heat supply network operating condition, kilowatt meter reading-out system server (3) communicate with production terminal (4) and connect, kilowatt meter reading-out system service
Received meter parameter is sent at production terminal (4) by device (3) in real time.
3. a kind of heating power according to claim 1 exports management through quantification control system, which is characterized in that further include for supervising
The management terminal (5) of pipe meter parameter, management terminal (5) include communication module (51), processing module (52) and display module
(53), communication module (51) communicates with kilowatt meter reading-out system server (3) and connect, and receives kilowatt meter reading-out system clothes by communication module (51)
The meter parameter that business device (3) is sent, treated module (52) are read and are shown on display module (53).
4. a kind of heating power according to claim 3 exports management through quantification control system, which is characterized in that management terminal (5)
Further include an input module (54), is instructed when inputting an inspection sequence edit to processing module (52) by input module (54)
Afterwards, the instruction of inspection sequence edit is sent to kilowatt meter reading-out system server (3), meter reading by communication module (51) by processing module (52)
System server (3) instructs the reading data sequence changed and replace in inspection instruction, the data according to inspection sequence edit
Each heat supply network is returned using the reading frequency of the steam measurement device (6) of website (1) and the steam measurement device (6) in reading order
Meter parameter in included steam usage amount it is directly proportional.
5. a kind of heating power according to claim 1 exports management through quantification control system, which is characterized in that kilowatt meter reading-out system service
Device (3) includes incremental computations module (32), model analysis module (33) and instruction adjustment module (34), when kilowatt meter reading-out system server
(3) after receiving the meter parameter that multiple steam measurement devices (6) return, incremental computations module (32) calculates each steam measurement
The increment of the corresponding steam usage amount of device (6) and respectively correspond and generate a steam using incremental value；
Model analysis module (33) is by the corresponding steam of each steam measurement device (6) using incremental value and steam usage amount by certain
Weight is added and generates a different degree decision content respectively, and model analysis module (33) is corresponding by each steam measurement device (6) again
Different degree decision content respectively obtains a reading frequency compared with a preset different degree reference value；
Instruction adjustment module (34) is further according to each steam in the corresponding reading frequency adjustment inspection instruction of each steam measurement device (6)
The reading data sequence of metering device (6).
6. a kind of heating power according to claim 3 exports management through quantification control system, which is characterized in that each heat supply network uses
Website (1) corresponds to a site number, and kilowatt meter reading-out system server (3) includes returning for monitoring multiple steam measurement devices (6)
The exception monitoring module (31) of meter parameter situation of change, when any one of the pressure of meter parameter or temperature are more than respectively right
After the default early warning value answered, exception monitoring module (31) is abnormal to note down information to the abnormal record information of management terminal (5) push one
It is compiled including being more than meter parameter corresponding to the pressure or temperature of early warning value and corresponding heat supply network using the website of website (1)
Number.
7. a kind of heating power according to claim 1 exports management through quantification control system, which is characterized in that front controller
(2) it is communicated and is connect with kilowatt meter reading-out system server (3) by wireless communication apparatus (7).
8. a kind of heating power exports management through quantification control method, which is characterized in that the described method includes:
The inspection that front controller (2) real-time reception kilowatt meter reading-out system server (3) issues instructs, and includes to more in inspection instruction
A heat supply network uses the reading data sequence of the steam measurement device (6) of website (1)；
Front controller (2) according to inspection instruct in reading data sequence to multiple steam measurement devices (6) send data read
Take request；
The data read request front-end directors (2) that multiple steam measurement devices (6) send in response to front controller (2)
Return to a meter parameter；
The meter parameter that multiple steam measurement devices (6) return is sent back kilowatt meter reading-out system server again by front controller (2)
(3), meter parameter includes steam usage amount, pressure and temperature；
Kilowatt meter reading-out system server (3) adjusts inspection instruction according to steam usage amount, each in the reading data sequence of inspection instruction
Heat supply network uses in the reading frequency of the steam measurement device (6) of website (1) and the meter parameter of the steam measurement device (6) return
Included steam usage amount is directly proportional.
9. a kind of heating power according to claim 8 exports management through quantification control method, which is characterized in that in front controller
(2) after the meter parameter that multiple steam measurement devices (6) return being sent back kilowatt meter reading-out system server (3), the method is also wrapped
It includes:
The meter parameter received is sent at the management terminal (5) for communicating connection by kilowatt meter reading-out system server (3) in real time,
The meter parameter received is shown on its display module (53) by management terminal (5) again.
10. a kind of heating power according to claim 8 exports management through quantification control method, which is characterized in that in front-end control
After the meter parameter that multiple steam measurement devices (6) return is sent back kilowatt meter reading-out system server (3) by device (2), the method is also
Include:
The meter parameter received is sent to the production terminal for adjusting heat supply network operating condition by kilowatt meter reading-out system server (3) in real time
(4) at.
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| US7146231B2 (en) * | 2002-10-22 | 2006-12-05 | Fisher-Rosemount Systems, Inc.. | Smart process modules and objects in process plants |
| CN101769566A (en) * | 2008-12-30 | 2010-07-07 | 上海波宝仟赫科技有限公司 | Heat management method and system |
| US9752895B2 (en) * | 2011-11-24 | 2017-09-05 | Nisko Telematics 2012 Limited Partnership | Methods and systems of reading utility meters and methods and systems of transmitting utility meter data |
| CN202837961U (en) * | 2012-04-01 | 2013-03-27 | 广东金智慧物联网科技有限公司 | Energy consumption information dynamically monitoring system based on Internet of things |
| CN202736270U (en) * | 2012-06-28 | 2013-02-13 | 北京天公瑞丰科技有限公司 | Automatic meter reading system based on WisReed wireless communication devices |
| CN103021155A (en) * | 2012-12-31 | 2013-04-03 | 重庆川仪自动化股份有限公司 | Wireless meter reading system |
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