CN103354562B - Energy consumption collector, energy consumption collecting system and energy consumption collecting method - Google Patents
Energy consumption collector, energy consumption collecting system and energy consumption collecting method Download PDFInfo
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- CN103354562B CN103354562B CN201310279203.4A CN201310279203A CN103354562B CN 103354562 B CN103354562 B CN 103354562B CN 201310279203 A CN201310279203 A CN 201310279203A CN 103354562 B CN103354562 B CN 103354562B
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Abstract
The invention provides an energy consumption collector, an energy consumption collecting system and an energy consumption collecting method. Data collection and uploading problems of intelligent field devices of different specifications, from different manufacturers, in different fields and adopting different application methods are solved mainly through a protocol matching module. And a matching complexity is reduced by employing a configuration method customizing register addresses and device specifications. Completely network-based management configuration is realized, so that management and operation of workers are facilitated. And data collecting and uploading get more orderly and efficient by adopting a multi-process asynchronous processing method. The energy consumption collector can collect N energy consumption datum in fault-free, low-power-consumption and long-term running when operating normally and upload collected datum to a data center regularly based on a configured uploading mode and frequency. At the same time, if alarm is trigger, a warning is sent to the data center and the data center can perform operation such as generating data reports and the like by utilizing the datum collected by the energy consumption collector.
Description
Technical field
The present invention relates to industrial data collection field, more particularly to a kind of energy consumption harvester, energy consumption acquisition system and energy consumption
Acquisition method.
Background technology
As the development of science and technology, smart machine are more and more, modal is exactly instrument (ammeter, water meter, gas meter, flow meter, energy
Scale, PM2.5 instrument etc.), often intelligence instrument does not work independently, and needs configuration data management software to carry out data
Management and analysis, so as to form different forms.In existing market, each producer of different intelligent equipment communication agreement is all different,
Even if agreement is identical but register address of data are also all differed, traditional mode is adopting by computer software
The data of collection equipment, communication protocol and data buffer storage are completed by computer, and this kind of way not only high cost, power consumption are big, while
Maintenance is also required to higher cost, also reduces the motility for managing, and the transmission between data cannot also obtain 100% guarantee.
The content of the invention
The present invention provides a kind of energy consumption harvester, energy consumption acquisition system and energy consumption acquisition method, to solve existing energy consumption
High cost that data acquisition, management equipment are present, power consumption is big, managerial flexibility is low and data between transmission cannot ensure
Problem.
To solve above-mentioned technical problem, the present invention provides a kind of energy consumption harvester, and which is used to gather from field apparatus
To data upload to data center, the energy consumption harvester includes field device interface, Ethernet interface, data acquisition module
Group, asynchronous data upload module, agreement matching module, internal memory and memorizer, and the data acquisition module is set by the scene
Standby interface gathers the data that the field apparatus sends, and while be stored in the internal memory and memorizer, in the asynchronous data
Pass module the data or data set clocking in the internal memory to be uploaded in data via Ethernet by the Ethernet interface
The heart, agreement matching module select to support that the data acquisition module is gathered from described existing with the agreement that field apparatus matches
The data that field device sends, the agreement matching module select to support the asynchronous number with the communication protocol that data center matches
The data in the internal memory are stored according to module upload is uploaded.
Further, the energy consumption harvester also include encryption module, the encryption module be the internal memory in will go up
The data encryption of biography.
Further, the field apparatus is the smart machine for possessing RS485 interfaces, and the field device interface is
RS485 interfaces.
Further, the energy consumption harvester also includes control module, and the control module real-time reception data center is sent out
The order for going out, and control the asynchronous data and upload module to upload or suspends upload data immediately, or/and the control data are adopted
Collection module is gathered immediately or is stopped data collection.
Further, the memorizer will be sent at the field apparatus of different model using self-defined register address
Data be stored in corresponding depositor.
Further, the energy consumption harvester also includes abnormality processing module, and the asynchronous data uploads module and uploading
When losing data in data procedures, the abnormality processing module by data recovery, and is newly stored into described from the memorizer
In internal memory.
Further, the energy consumption harvester also includes periodic monitor module, the periodic monitor module periodic monitor institute
State asynchronous data and upload module and data acquisition module, send alarm to the data center when they occur abnormal and restart
Each module.
The present invention also provides a kind of energy consumption acquisition system, and which includes the field apparatus of some similar and different types, some
Above-mentioned energy consumption harvester and data center, each described energy consumption harvester respectively showing from multiple similar and different types
Gathered data at field device, and the data are uploaded to into data center by Ethernet.
Further, the energy consumption acquisition system also includes note cat, and the note cat is connected with data center's telecommunications
Connect.
Further, the data center includes data base and data management platform, the data management platform with it is described
Data base is connected by Ethernet, and the data management platform is for being controlled to the energy consumption harvester and utilize the number
The operation such as data sheet is carried out according to the data in storehouse, the data base is used to receive and store from the energy consumption harvester to pass through
The data that Ethernet is uploaded.
Further, the energy consumption harvester also includes control module, data pipe described in the control module real-time reception
The order that platform sends, and control the asynchronous data and upload module to upload or suspends upload data immediately, or/and control institute
State data acquisition module to gather immediately or stop data collection.
Further, the energy consumption harvester also includes periodic monitor module, the periodic monitor module periodic monitor institute
State asynchronous data and upload module and data acquisition module, send alarm simultaneously to the data management platform when they occur abnormal
Restart each module.
The present invention also provides a kind of energy consumption acquisition method, and which includes：
Step one：Above-mentioned energy consumption harvester is connected by Ethernet with data center；
Step 2：The energy consumption harvester is connected with field apparatus telecommunications；
Step 3：According to field apparatus and upload data type, module is matched by the agreement in the energy consumption harvester
Determine the collection of energy consumption harvester and upload the mode of data；
Step 4：The data sent from the field apparatus are gathered by the data acquisition module in energy consumption harvester；
Step 5：Module is uploaded by the asynchronous data in energy consumption harvester to upload to data center's timing via Ethernet
The data for collecting；
Step 6：Repeat step four and step 5, continuous collecting simultaneously upload data, until closing the energy consumption harvester.
Further, in the step 5, the method for uploading data includes：
Step 5-1：The asynchronous data uploads module and initiates TCP connections to the data center；
Step 5-2：Judge whether connection is successful, if successful connection, data center is to the energy consumption by data center
Harvester carries out authentication, otherwise returns step 5-1；
Step 5-3：Judge to verify whether successfully by data center, if being proved to be successful, carry out data remote or re-transmission,
Otherwise disconnect；
Step 5-4：Teletransmission is judged by data center or whether success is retransmitted, if teletransmission or retransmitting successfully, disconnection company
Connect, otherwise proceed data re-transmission.
Further, in step 5-2, if successful connection, before authentication is carried out, the data center is to institute
State energy consumption harvester and send heart beating connecting detection, then the asynchronous data uploads module and again the data center initiated again
TCP connects.
Further, in step 5-2, the method for carrying out authentication includes：The data center is to institute
State energy consumption harvester random sequences are sent with MD5 verifications.
Further, in step 5-4, if teletransmission or re-transmission are unsuccessful, proceed the number of times of data re-transmission
Less than or equal to 3 times, if still unsuccessful when retransmitting to the 3rd time, disconnect.
Compared with prior art, the invention has the advantages that：
Energy consumption harvester, energy consumption acquisition system and the energy consumption acquisition method that the present invention is provided mainly matches module by agreement
Solve different model, different manufacturers, different field, the smart devices data acquisition of different application mode and upper arraign
Inscribe, and employ self-defined register address matching problem, complete network management are simplified with the configuration mode of unit type
Ease of use personal management and operation are configured, multi-process asynchronous processing method makes the collection of data and uploads more in order, efficiently.Institute
Stating energy consumption harvester can be with the N number of energy consumption data of the long playing collection of fault-free low-power consumption, while basis in normal operation
The upload mode of configuration uploads the data of collection with frequency timing to data center, while to data center if triggering is reported to the police
Alarm is sent, data center can then utilize the data of harvester collection to carry out the operation such as data sheet.
Description of the drawings
The invention will be further described below in conjunction with the accompanying drawings：
Fig. 1 is the structural representation of energy consumption acquisition system provided in an embodiment of the present invention；
Fig. 2 is the schematic flow sheet of energy consumption acquisition method provided in an embodiment of the present invention；
Fig. 3 is the schematic flow sheet of step 5 in energy consumption acquisition method provided in an embodiment of the present invention.
In FIG,
1：Energy consumption harvester；2：Data base；3：Data management platform；4：Field apparatus；5：Ethernet；6：Note cat.
Specific embodiment
Energy consumption harvester proposed by the present invention, energy consumption acquisition system and energy consumption are adopted below in conjunction with the drawings and specific embodiments
Diversity method is described in further detail.According to following explanation and claims, advantages and features of the invention will become apparent from.Need
Illustrate, accompanying drawing in the form of simplifying very much and uses non-accurately ratio, only to conveniently, lucidly auxiliary is said
The purpose of the bright embodiment of the present invention.
The present invention core concept be, there is provided a kind of energy consumption harvester, energy consumption acquisition system and energy consumption acquisition method, its
It is main by agreement match module solve different model, different manufacturers, different field, different application mode smart fields set
Standby data acquisition and the problem of upload, and employ self-defined register address and simplify to match with the configuration mode of unit type and ask
Topic, complete network management configure ease of use personal management and operation, multi-process asynchronous processing method make the collection of data with
Upload more in order, efficiently.The energy consumption harvester can be N number of with the long playing collection of fault-free low-power consumption in normal operation
Energy consumption data, while upload the data for gathering according to the upload mode of configuration with frequency timing to data center, if while touched
Transmit messages alert then to data center's transmission alarm, data center can then utilize the data of harvester collection carry out the behaviour such as data sheet
Make.
Fig. 1 to Fig. 3 is refer to, Fig. 1 is the structural representation of energy consumption acquisition system provided in an embodiment of the present invention；Fig. 2 is
The schematic flow sheet of energy consumption acquisition method provided in an embodiment of the present invention；Fig. 3 is energy consumption collection side provided in an embodiment of the present invention
The schematic flow sheet of step 5 in method.
The embodiment of the present invention provides a kind of energy consumption harvester 1, and which is used to upload the data collected from field apparatus 4
To data center, the energy consumption harvester 1 is included in field device interface, Ethernet interface, data acquisition module, asynchronous data
Module, agreement matching module, internal memory and memorizer are passed, the data acquisition module is described by field device interface collection
The data that field apparatus 4 sends, and while be stored in the internal memory and memorizer, the asynchronous data uploads module by described
Data or data set clocking in the internal memory are uploaded to data center, the agreement via Ethernet 5 by Ethernet interface
With the agreement that module selects to match with field apparatus 4, to support the data acquisition module collection from the field apparatus 4
The data sent, the agreement matching module select the communication protocol matched with data center, to support in the asynchronous data
Pass module and upload the data being stored in the internal memory.
In the present embodiment, the field apparatus 4 is the smart machine for possessing RS485 interfaces, and the field apparatus connects
Mouthful it is RS485 interfaces, the energy consumption harvester 1 is connected with field intelligent device telecommunications by RS485 interfaces, and the Ethernet connects
Mouth is RS485 → TCP/IP interfaces.
Further, the energy consumption harvester 1 also include encryption module, the encryption module be the internal memory in will go up
The data encryption of biography.
Further, the energy consumption harvester 1 also includes control module, and the control module real-time reception data center is sent out
The order for going out, and control the asynchronous data and upload module to upload or suspends upload data immediately, or/and the control data are adopted
Collection module is gathered immediately or is stopped data collection.
Further, the memorizer will be sent out at the field apparatus 4 of different model using self-defined register address
The data sent are stored in corresponding depositor, enable the energy consumption harvester 1 to carry out data for different types of field apparatus 4
Collecting work.
In the present embodiment, the memorizer stores up data, data cached natural law in internal memory using embedded database
And warning trigger condition manually can be voluntarily configured by data center with type of alarm.
Further, the energy consumption harvester 1 also includes abnormality processing module, and the asynchronous data uploads module and uploading
When losing data in data procedures, the abnormality processing module by data recovery, and is newly stored into described from the memorizer
In internal memory.
Further, the energy consumption harvester 1 also includes periodic monitor module, the periodic monitor module periodic monitor institute
State asynchronous data and upload module and data acquisition module, send alarm to the data center when they occur abnormal and restart
Each module.
As shown in figure 1, the embodiment of the present invention also provides a kind of energy consumption acquisition system, which includes some similar and different types
Field apparatus 4, some above-mentioned energy consumption harvesters 1 and data center, each described energy consumption harvester 1 is respectively from multiple described
Gathered data at the field apparatus 4 of similar and different type, and the data are uploaded to into data center by Ethernet 5.
Further, the energy consumption acquisition system also includes note cat 6, the note cat 6 and data center's telecommunications
Connection, the note cat 6 can receive data and the application of the data center, realize remote monitoring.
Further, the data center includes data base 2 and data management platform 3, the data management platform 3 and institute
State data base 2 to connect by Ethernet 5, the data management platform 3 is for being controlled and utilize to the energy consumption harvester 1
Data in the data base 2 carry out the operation such as data sheet, and the data base 2 is used to receive and store from the energy consumption to gather
The data uploaded by Ethernet 5 at device 1.
Further, the energy consumption harvester 1 also includes control module, data pipe described in the control module real-time reception
The order that platform 3 sends, and control the asynchronous data and upload module to upload or suspends upload data immediately, or/and control
The data acquisition module is gathered immediately or is stopped data collection.
Further, the energy consumption harvester 1 also includes periodic monitor module, the periodic monitor module periodic monitor institute
State asynchronous data and upload module and data acquisition module, send alarm to the data management platform 3 when they occur abnormal
And restart each module.
As shown in Fig. 2 the embodiment of the present invention also provides a kind of energy consumption acquisition method, which includes：
Step one：Above-mentioned energy consumption harvester 1 is connected by Ethernet 5 with data center；
Step 2：The energy consumption harvester 1 is connected with 4 telecommunications of field apparatus；
Step 3：According to field apparatus 4 and upload data type, mould is matched by the agreement in the energy consumption harvester 1
Group determines that energy consumption harvester 1 gathers and upload the mode of data；
Step 4：The number sent from the field apparatus 4 is gathered by the data acquisition module in energy consumption harvester 1
According to；
Step 5：Module is uploaded via Ethernet 5 to the number in data center by the asynchronous data in energy consumption harvester 1
The data that collect are uploaded according to storehouse 2 regularly；
Step 6：Repeat step four and step 5, continuous collecting simultaneously upload data, until closing the energy consumption harvester 1.
As shown in figure 3, in the step 5, the method for uploading data includes：
Step 5-1：The asynchronous data uploads data base 2 and data management platform 3 of the module to the data center
Play TCP connections；
Step 5-2：Judge whether connection is successful by the data management platform 3 of data center, if successful connection, data
The data management platform 3 pairs at the center energy consumption harvester 1 carries out authentication, otherwise returns step 5-1；
Step 5-3：Judge to verify whether successfully by the data management platform 3 of data center, if being proved to be successful, carry out
Data remote or re-transmission, otherwise disconnect；
Step 5-4：Judge whether teletransmission or re-transmission are successful by the data management platform 3 of data center, if teletransmission or weight
Pass successfully, then disconnect, otherwise proceed data re-transmission.
Further, in step 5-2, if successful connection, before authentication is carried out, the number of the data center
Heart beating connecting detection is sent according to 3 pairs of energy consumption harvesters 1 of management platform, then the asynchronous data upload module is again right again
The data base 2 of the data center and data management platform 3 initiate TCP connections.
Further, in step 5-2, the method for carrying out authentication includes：The number of the data center
Random sequences are sent to the energy consumption harvester 1 according to management platform 3 to verify with MD5.
Further, in step 5-4, if teletransmission or re-transmission are unsuccessful, proceed the number of times of data re-transmission
Less than or equal to 3 times, if still unsuccessful when retransmitting to the 3rd time, disconnect.
In sum, energy consumption harvester 1 provided in an embodiment of the present invention, energy consumption acquisition system and energy consumption acquisition method are main
The smart devices 4 that module solves different model, different manufacturers, different field, different application mode are matched by agreement
Data acquisition and the problem of upload, and employ self-defined register address and simplify to match with the configuration mode of unit type and ask
Topic, complete network management configure ease of use personal management and operation, multi-process asynchronous processing method make the collection of data with
Upload more in order, efficiently.The energy consumption harvester 1 can be with the long playing collection N of fault-free low-power consumption in normal operation
Individual energy consumption data, while upload the data for gathering according to the upload mode of configuration with frequency timing to data center, if while
Triggering is reported to the police and then send alarm to data center, and data center can then utilize the data of harvester collection to carry out data sheet etc.
Operation.
Obviously, those skilled in the art can carry out the essence of various changes and modification without deviating from the present invention to the present invention
God and scope.So, if these of the present invention change the scope for belonging to the claims in the present invention and its equivalent technologies with modification
Within, then the present invention is also intended to comprising these changes and modification.
Claims (13)
1. a kind of energy consumption acquisition method, it is characterised in that for the data collected from field apparatus are gathered by energy consumption
Device uploads to data center, and the energy consumption harvester includes field device interface, Ethernet interface, data acquisition module, asynchronous
Data upload module, agreement matching module, internal memory and memorizer, and the data acquisition module is adopted by the field device interface
Collect the data that the field apparatus sends, and while be stored in the internal memory and memorizer, the asynchronous data uploads module and leads to
Cross the Ethernet interface and the data or data set clocking in the internal memory are uploaded to into data center, the association via Ethernet
View matching module selects to support that the data acquisition module collection is sent out from the field apparatus with the agreement that field apparatus matches
The data sent, the agreement matching module select to support that the asynchronous data uploads mould with the communication protocol that data center matches
Group uploads the data being stored in the internal memory；
The energy consumption acquisition method includes：
Step one：The energy consumption harvester is connected by Ethernet with data center；
Step 2：The energy consumption harvester is connected with field apparatus telecommunications；
Step 3：According to field apparatus and upload data type, module is matched by the agreement in the energy consumption harvester and is determined
Energy consumption harvester is gathered and uploads the mode of data；
Step 4：The data sent from the field apparatus are gathered by the data acquisition module in energy consumption harvester；
Step 5：Module is uploaded by the asynchronous data in energy consumption harvester and uploads collection to data center's timing via Ethernet
The data for arriving；
Step 6：Repeat step four and step 5, continuous collecting simultaneously upload data, until closing the energy consumption harvester；
In the step 5, the method for uploading data includes：
Step 5-1：The asynchronous data uploads module and initiates TCP connections to the data center；
Step 5-2：Judge whether connection is successful, if successful connection, data center is gathered to the energy consumption by data center
Device carries out authentication, otherwise returns step 5-1；
Step 5-3：Judge to verify whether successfully by data center, if being proved to be successful, carry out data remote or re-transmission, otherwise
Disconnect；
Step 5-4：Teletransmission is judged by data center or whether success is retransmitted, if teletransmission or retransmitting successfully, is disconnected, it is no
Then proceed data re-transmission.
2. energy consumption acquisition method according to claim 1, it is characterised in that the energy consumption harvester also includes encryption mould
Group, the encryption module are the data encryption that will be uploaded in the internal memory.
3. energy consumption acquisition method according to claim 1, it is characterised in that the field apparatus is to possess RS485 interfaces
Smart machine, the field device interface be RS485 interfaces.
4. energy consumption acquisition method according to claim 1, it is characterised in that the energy consumption harvester also includes control mould
Group, the order that the control module real-time reception data center sends, and control the asynchronous data and upload module to upload immediately
Or suspend upload data, or/and the control data acquisition module is gathered immediately or is stopped data collection.
5. energy consumption acquisition method according to claim 1, it is characterised in that the memorizer is using self-defined depositor ground
Location is stored in the data sent at the field apparatus of different model in corresponding depositor.
6. energy consumption acquisition method according to claim 1, it is characterised in that the energy consumption harvester also includes abnormality processing
Module, the asynchronous data upload module in data procedures are uploaded during loss data, and the abnormality processing module is deposited from described
By data recovery in reservoir, and it is newly stored in the internal memory.
7. the energy consumption acquisition method according to any one of claim 1 to 6, it is characterised in that the energy consumption harvester is also wrapped
Periodic monitor module is included, asynchronous data described in the periodic monitor module periodic monitor uploads module and data acquisition module, when
Alarm is sent to the data center when they occur abnormal and each module is restarted.
8. energy consumption acquisition method according to claim 1, it is characterised in that in step 5-2, if successful connection,
Before authentication is carried out, the data center sends heart beating connecting detection to the energy consumption harvester, then the asynchronous number
Again TCP connections are initiated again to the data center according to module is uploaded.
9. energy consumption acquisition method according to claim 1, it is characterised in that in step 5-2, described to carry out identity
The method of checking includes：The data center is sent random sequences to the energy consumption harvester and is verified with MD5.
10. energy consumption acquisition method according to claim 1, it is characterised in that in step 5-4, if teletransmission or weight
Pass unsuccessful, then judge that the number of times for retransmitting, whether less than or equal to 3 times, if so, then proceeds data remote or re-transmission, if it is not,
Then disconnect.
The 11. energy consumption acquisition methods according to any one of claim 1,8-10, it is characterised in that data center's bag
Data base and data management platform are included, the data management platform is connected by Ethernet with the data base, the data pipe
Platform is for being controlled to the energy consumption harvester and carry out data sheet operation, institute using the data in the data base
Data base is stated for receiving and storing the data uploaded by Ethernet from the energy consumption harvester.
12. energy consumption acquisition methods according to claim 11, it is characterised in that the energy consumption harvester also includes control mould
Group, in the step 5, the order that data management platform described in the control module real-time reception sends, and control described different
Step data uploads module and uploads or suspend upload data immediately, or/and the control data acquisition module is gathered immediately or stopped
Gathered data.
13. energy consumption acquisition methods according to claim 11, it is characterised in that the energy consumption harvester also includes that timing is supervised
Survey module, in the step 4 and step 5, described in the periodic monitor module periodic monitor asynchronous data upload module and
Data acquisition module, sends alarm to the data management platform when they occur abnormal and restarts each module.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103616871A (en) * | 2013-11-28 | 2014-03-05 | 哈尔滨理工大学科技园发展有限公司 | Configuration type cloud terminal concentrator |
| CN103839396B (en) * | 2014-03-27 | 2015-07-08 | 黄国庆 | Remote transmission system for measured data of high-frequency anemograph |
| CN108712452A (en) * | 2018-08-03 | 2018-10-26 | 苏州市建筑科学研究院集团股份有限公司 | Integrated performance index monitors corollary equipment and its implementer's method |
| CN111159002B (en) * | 2019-12-31 | 2023-04-28 | 山东有人物联网股份有限公司 | Data edge collection method, edge collection equipment and system based on grouping |
| CN113593186A (en) * | 2021-05-17 | 2021-11-02 | 浙江建微科技有限公司 | Multi-device landslide monitoring data processing method and device and readable storage medium |
| CN113645523B (en) * | 2021-10-12 | 2022-03-29 | 阿里云计算有限公司 | Data center monitoring method and device, electronic equipment and medium |
| CN114339473A (en) * | 2021-12-31 | 2022-04-12 | 智联数聚科技(江苏)有限公司 | Information interaction method and device |
| CN114333280A (en) * | 2021-12-31 | 2022-04-12 | 智联数聚科技(江苏)有限公司 | Information interaction method and device |
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