CN106597901A - Distributed integral energy consumption management and analysis method and system based on cloud service - Google Patents
Distributed integral energy consumption management and analysis method and system based on cloud service Download PDFInfo
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- CN106597901A CN106597901A CN201611200158.9A CN201611200158A CN106597901A CN 106597901 A CN106597901 A CN 106597901A CN 201611200158 A CN201611200158 A CN 201611200158A CN 106597901 A CN106597901 A CN 106597901A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P80/00—Climate change mitigation technologies for sector-wide applications
- Y02P80/10—Efficient use of energy, e.g. using compressed air or pressurized fluid as energy carrier
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Abstract
The invention relates to a distributed integral energy consumption management and analysis method and system based on cloud service; the method comprises the following steps: A1, monitoring connecting conditions between an unvarnished transmission channel port and a data acquisition port of a cloud server and far-end transmission equipment in real time; A2, polling and issuing an order to concentration management service according to a pre-configuration database and a pre-configuration polling cycle; A3, the concentration management service uses the unvarnished transmission channel to send the order to the far-end transmission equipment according to a receive object of the order, and finally transmits the order to energy consumption acquisition equipment, thus collecting energy consumption data; A4, using polling service to receive the energy consumption data returned by the energy consumption acquisition equipment through the unvarnished transmission channel, parsing and analyzing the energy consumption data, and uniformly storing the data in a pre-configured assigned database; A5, sending parsed and analyzed energy consumption data to the client end, and displaying the data in a graphical mode. The method and system can transmit energy consumption data with high efficiency, can accurately manage and analyze various energy consumption data, and can simplify enterprise user operations.
Description
Technical field
The present invention relates to energy management system technical field, and in particular to a kind of Distributed Integration energy consumption based on cloud service
Management and analysis method and system.
Background technology
General energy conservation software has the function of energy consumption monitoring, management, analysis, assessment and early warning, but analyzes, comments
Estimate different with the content of early warning, the problem of solution is also different, so as to the information for presenting is also different, and cannot solve medium and small miniature
Enterprise faces at present the problem in terms of severe fund, manpower and soil, and cannot more become medium and small minuscule-type-enterprise is carried out to the energy
The portable tool of management.
Existing several given datas for being related to energy consumption monitoring are as follows：
1st, open source information《Intelligent cloud control energy consumption monitoring platform based on wireless data transmission technology》(author：Liu Yuyang,
Wang Jiaquan, is permitted to build) in mention：In order to ensure the reliability of all kinds of energy resource consumption radixes before enterprise, factory's reducing energy consumption, Yi Jiman
Verifiable, measurable, the requirement that can monitor of all kinds of energy-output ratios, describes herein employing wireless number after foot its reducing energy consumption
Intelligent cloud system sky energy resource consumption monitoring system management platform is built according to transmission technology.The program is capable of achieving User logs in network client
The energy consumption datas such as end, real time on-line monitoring power consumption, water consume, the steam consumption.
2nd, notification number is the patent document (title of CN202600455U：Enterprise energy consumption equipment on-line efficiency monitoring system) in
Mention：The system includes data monitoring apparatus, data centralised arrangement and data acquisition unit, and the data acquisition unit leads to
Cross data communication line to be connected with described data centralised arrangement, described data centralised arrangement by data communication apparatus with it is described
Data monitoring apparatus be connected.
3rd, open source information《Enterprise energy consumption monitors the applied analysis with early warning system on-line》(author：Mention in Jiao great Wei)：
Energy resource consumption is the important component part of entreprise cost.The existing really most of enterprise energy utilization ratio ten of China
Divide low, the energy consumption of unit product is very high, overall energy consumption is also very high.This not only hinders the sustainable development of China's economy
Exhibition, and energy-saving and emission-reduction are have impact on, while also weakening the market competitiveness of enterprise.Enterprise is if it is desired in market with keen competition
Middle existence simultaneously develops, just necessary reduces cost, and reducing energy consumption is to reduce the important measures of entreprise cost.Using computer technology
The energy consumption of enterprise is managed, the informationization of managing power consumption is realized, the energy consumption of enterprise can be effectively reduced.According to enterprise to energy
The demand in source, design energy consumption on-line monitoring and early warning system, can provide actual account information and plan, to energy for energy resource consumption
Source consumes plan configuration early-warning parameterses, accordingly increasing economic efficiency and management level, finally realizes energy-saving.
The scheme being related in the research and patent document of enterprise energy consumption monitoring management analysis system or platform above does not have
The problems such as having the high efficiency of transmission for solving energy consumption data in the lump, the accurate management analyses of various energy consumption datas, and operation to simplify.
The content of the invention
It is an object of the invention to propose a kind of Distributed Integration managing power consumption based on cloud service and analysis method, realize
High efficiency of transmission energy consumption data, accurately manages and analyzes various energy consumption datas, and the operation for simplifying enterprise customer.Meanwhile, this
A kind of bright also corresponding Distributed Integration managing power consumption and analysis system based on cloud service for proposing.
In order to realize object above, a kind of Distributed Integration managing power consumption based on cloud service proposed by the present invention and analysis
Method, comprises the following steps：
A1, the monitoring service for opening centralized management distant-end node, monitor in real time the pass-through channel port of cloud server with
The connection feelings with distal end transmission equipment of the connection of distal end transmission equipment and the data collection terminal mouth of cloud server
Condition；
A2, open command poll services, according to pre-configured database and pre-configured polling cycle, by the data acquisition
Send instructions to centralised management services under port polling；
A3, centralised management services are forwarded to distal end transmission equipment according to the reception object of instruction by pass-through channel, and most
Energy consumption collecting device is pass-through to eventually, and energy consumption data is acquired；
A4, the energy consumption data returned from pass-through channel by poll services reception energy consumption collecting device, are parsed and are divided
Analysis is processed, and unification is stored in pre-configured specified database；Wherein, the time is sent to be stored on the real-time measuring point value in scene and measuring point
In real time data table, there is abnormal and alarm numerical value and be then deposited in alarm data table；
A5, the energy consumption data after parsing and analyzing and processing is sent to client and graphically to present.
In the further scheme of the present invention, also include before step A1：
A0, configuration pass-through channel port numbers simultaneously set up pass-through channel, and configuration data gathers port numbers to set up poll passage；
Configure specified database to store the energy consumption data that correspondence energy consumption collecting device is returned.
In the further scheme of the present invention, the distal end transmission equipment is specially band CPRS transfer functions, configurable SIM
DTU equipment, it passes through communication and is connected with energy consumption collecting device and cloud server respectively.
In the further scheme of the present invention, the distal end transmission equipment is specially the serial server with transparent transmission function, its
It is connected with energy consumption collecting device, cloud server respectively by wired communication mode.
In the further scheme of the present invention, the energy consumption collecting device is the intelligence electricity with telecommunications functions and interface
One or more in table, intellectual water meter, intelligent steam table, intelligent gas meter.It is, of course, also possible to be other band communication functions and
The intelligent acquisition equipment of interface.
In the further scheme of the present invention, the graphical presentation in step A5 includes：Containing according to representated by energy consumption data
Justice and relatedness, graphically to present to enterprise customer, and are presented the alarm of corresponding level in client according to abnormal conditions.
In the further scheme of the present invention, the graphical presentation in step A5 also includes：Enterprise customer is presented by monitoring
Power factor, monitoring analysis enterprise customer with can quality and with can environment, power factor less than government's penalty threshold when
The alarm of corresponding level is presented.
In the further scheme of the present invention, the graphical presentation in step A5 also includes：With energy consumption on year-on-year basis, energy consumption chain rate,
Energy consumption trend, energy consumption quota are presented with energy situation in interior various dimensions.
The corresponding a kind of Distributed Integration managing power consumption and analysis system based on cloud service for proposing of the invention, including cloud clothes
Business device, distal end transmission equipment and energy consumption collecting device, three is sequentially connected：Wherein, Cloud Server includes configuration module, monitors clothes
Business module, instruction poll service module, centralised management services module, parsing and analysis and processing module and data transmission blocks；
Configuration module, for pre-configured pass-through channel port numbers, data collection terminal mouth number and pre-configured database, poll
Cycle；
Service module is monitored, for monitoring the pass-through channel port of cloud server and the connection of distal end transmission equipment in real time
The connection with distal end transmission equipment of the data collection terminal mouth of situation and cloud server；
Instruction poll service module, for according to pre-configured database and pre-configured polling cycle, being adopted by the data
Send instructions to centralised management services under collection port polling；
Centralised management services module, is forwarded to according to the reception object of instruction for centralised management services by pass-through channel
Distal end transmission equipment, and energy consumption collecting device is finally pass-through to, energy consumption data is acquired；
Parsing and analysis and processing module, for receiving the energy that energy consumption collecting device is returned from pass-through channel by poll services
Consumption data, are parsed and are analyzed and processed, and unification is stored in pre-configured specified database；
Data transmission blocks, the energy consumption data after parsing and analyzing and processing is sent to client and graphically to present.
In the further scheme of the present invention, the distal end transmission equipment is specially band CPRS transfer functions, configurable SIM
DTU equipment, or the serial server with transparent transmission function；The energy consumption collecting device is with telecommunications functions and interface
Intelligent electric meter, intellectual water meter, intelligent steam table, intelligent gas meter in one or more.
Beneficial effect：The present invention transmits energy consumption data and can reduce concurrent fault risk by the pass-through channel set up, and carries
High energy consumption data transmission efficiency；Various different energy consumption datas can be preserved to specified data according to pre-configured database simultaneously
Storehouse, realizes accurately management and analyzes；Energy consumption data after parsing and analyzing and processing can be sent to client and graphically to present,
Enterprise customer is visually indicated to, operation is simplified.
Description of the drawings
Fig. 1 is that a kind of Distributed Integration managing power consumption based on cloud service that embodiment is proposed is illustrated with analysis method flow process
Figure.
Fig. 2 is a kind of Distributed Integration managing power consumption based on cloud service and analysis system structural frames that embodiment is proposed
Figure.
Specific embodiment
For the ease of it will be appreciated by those skilled in the art that carrying out further to the present invention below in conjunction with accompanying drawing and embodiment
Description.
Embodiment one
A kind of Distributed Integration managing power consumption and analysis method based on cloud service that embodiment is proposed, it is adaptable to electric energy
The management and analysis of the various energy consumptions such as consumption, water consumption and steam energy consumption, combustion gas energy consumption.The present embodiment is situated between by taking electric energy as an example
Continue, use the intelligent electric meter with telecommunications functions and interface as energy consumption collecting device；Using band CPRS transfer functions, can
The DTU equipment or the serial server with transparent transmission function of configuration SIM is used as distal end transmission equipment；Wherein, DTU equipment can lead to
Cross communication to be connected with energy consumption collecting device and cloud server respectively, serial server can then pass through wire communication side
Formula is connected respectively with energy consumption collecting device, cloud server；Using cloud server as managing power consumption and the execution machine of analysis
Structure, idiographic flow is as follows：
First, intelligent electric meter is correctly installed in the end of incoming cables on the power distribution cabinet that distal end needs collection energy consumption data, the intelligence
Ammeter has remote communicating function and interface, and interface is RS485 interfaces, modbusRTU or the agreements of DL/T 645, and intelligent electric meter can
For three-phase single channel ammeter (without harmonic wave), three-phase single channel ammeter (having harmonic wave), three-phase No. 2 ammeter, three-phase No. 4 ammeter, the road of three-phase 8 electricity
Table, single-phase single channel ammeter, single-phase No. 24 ammeter etc..
Secondly, the good DTU equipment or the server configures of serial server as distal end transmission equipment of configuration, including communication
Pattern TCP Client, service end center IP address, main side slogan is 9000, and the port numbers are used for as pass-through channel port numbers
Set up pass-through channel；Mode of operation in serial ports configuration is RS485, baud rate 9600, and check bit is without, data bit 8, stop position 1.
According to DTU equipment, then high in the clouds can be actively connected to using UNICOM or movement or telecommunications GPRS s im cards, dialing
Server specifies IP address and port numbers.When DTU dials unsuccessful many times, equipment is restarted automatically.According to serial server,
The server configures for configuring serial server, serial server use are then needed to go up the local IP of outer net, actively connect high in the clouds
Server.
Configured pass-through channel port numbers (i.e. 9000) and set up pass-through channel, and configured data collection terminal mouth number with
Poll passage is set up, it can be 8001 for example to gather port numbers, and configured specified database to store correspondence energy consumption collection
The energy consumption data that equipment is returned, for example, specify electric energy consumption data base to store the energy consumption data of ammeter return.
Fig. 1 is referred to, after the completion of above configuration, managing power consumption and analysis process is performed by cloud server, mainly included
Following steps S100 to S500：
S100, the monitoring service for opening centralized management distant-end node, monitor in real time the pass-through channel port of cloud server
With the connection feelings with distal end transmission equipment of the data collection terminal mouth of the connection and cloud server of distal end transmission equipment
Condition.
S200, open command poll services, according to pre-configured database and pre-configured polling cycle, are adopted by the data
Send instructions to centralised management services under collection port polling.
In step S200, polling cycle can carry out in seconds pre-configured.
S300, centralised management services are forwarded to distal end transmission equipment according to the reception object of instruction by pass-through channel, and
Energy consumption collecting device is finally pass-through to, energy consumption data is acquired.
S400, receive the energy consumption data that returns from pass-through channel of energy consumption collecting device by poll services, parsed and
Analyze and process, and unification is stored in pre-configured specified database；Wherein, the time is sent to deposit on the real-time measuring point value in scene and measuring point
In entering real time data table, there is abnormal and alarm numerical value and be then deposited in alarm data table.
S500, the energy consumption data after parsing and analyzing and processing is sent to client and graphically to present.
Graphical presentation in step S500 may include：Implication and relatedness according to representated by energy consumption data is in client
Graphically to present to enterprise customer, and the alarm of corresponding level is presented according to abnormal conditions.For example, represent in energy consumption data and work as
A part of data of daily power consumption can to graphically show in client, such as same day energy consumption is shown under normal condition：
262KWh, shows same day energy consumption under abnormality：0KW·h；And can be with figures such as green light/red lights according to corresponding rank
Alerted.For abnormal conditions can also in time remind enterprise customer by system prompt frame, mail, note various ways.
Further scheme.Graphical presentation in step S500 also includes：By monitoring present enterprise customer power because
Number, monitoring analysis enterprise customer's uses energy quality and with energy environment, is presented corresponding when power factor is less than government's penalty threshold
The alarm of rank.
For example, monitor in real time can be carried out to the three-phase activity coefficient that ammeter is gathered by broken line graph in step S500 and is in
It is existing, it is ensured that the power factor of enterprise customer is not less than government's punishment threshold values, is warning reminding enterprise customer less than threshold values.
Further in scheme, the graphical presentation in step S500 also includes：With energy consumption on year-on-year basis, energy consumption chain rate, energy consumption become
Gesture, energy consumption quota are presented with energy situation in interior various dimensions.By multi dimensional analysis enterprise customer with energy situation, enterprise is found out
User is unreasonable can to excavate the energy saving space of enterprise customer with energy situation, accomplish energy-saving working along both lines.
Embodiment two
As shown in Fig. 2 being based on embodiment one, embodiment two accordingly proposes a kind of Distributed Integration energy consumption based on cloud service
Management and analysis system, including Cloud Server, distal end transmission equipment and energy consumption collecting device, three is sequentially connected：Wherein, cloud clothes
Business device includes configuration module, monitors at service module, instruction poll service module, centralised management services module, parsing and analysis
Reason module and data transmission blocks；
Configuration module, for pre-configured pass-through channel port numbers, data collection terminal mouth number and pre-configured database, poll
Cycle；
Service module is monitored, for monitoring the pass-through channel port of cloud server and the connection of distal end transmission equipment in real time
The connection with distal end transmission equipment of the data collection terminal mouth of situation and cloud server；
Instruction poll service module, for according to pre-configured database and pre-configured polling cycle, being adopted by the data
Send instructions to centralised management services under collection port polling；
Centralised management services module, is forwarded to according to the reception object of instruction for centralised management services by pass-through channel
Distal end transmission equipment, and energy consumption collecting device is finally pass-through to, energy consumption data is acquired；
Parsing and analysis and processing module, for receiving the energy that energy consumption collecting device is returned from pass-through channel by poll services
Consumption data, are parsed and are analyzed and processed, and unification is stored in pre-configured specified database；
Data transmission blocks, the energy consumption data after parsing and analyzing and processing is sent to client and graphically to present.
In the present embodiment, the distal end transmission equipment is specially the DTU equipment with CPRS transfer functions, configurable SIM,
Or the serial server with transparent transmission function；The energy consumption collecting device is the intelligence electricity with telecommunications functions and interface
One or more in table, intellectual water meter, intelligent steam table, intelligent gas meter.It is, of course, also possible to be other band communication functions and
The intelligent acquisition equipment of interface.
Embodiment described above only expresses the several embodiments of the present invention, and its description is more concrete and detailed, but and
Therefore the restriction to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art
For, without departing from the inventive concept of the premise, some deformations and improvement can also be made, these belong to the guarantor of the present invention
Shield scope.Therefore, the protection domain of patent of the present invention should be defined by claims.
Claims (10)
1. a kind of Distributed Integration managing power consumption and analysis method based on cloud service, it is characterised in that comprise the following steps：
A1, the monitoring service for opening centralized management distant-end node, monitor in real time the pass-through channel port and distal end of cloud server
The connection with distal end transmission equipment of the connection of transmission equipment and the data collection terminal mouth of cloud server；
A2, open command poll services, according to pre-configured database and pre-configured polling cycle, by the data collection terminal mouth
Send instructions to centralised management services under poll；
A3, centralised management services are forwarded to distal end transmission equipment according to the reception object of instruction by pass-through channel, and final saturating
Energy consumption collecting device is reached, energy consumption data is acquired；
A4, receive the energy consumption data that returns from pass-through channel of energy consumption collecting device by poll services, parsed and analysis at
Manage, and unification is stored in pre-configured specified database；Wherein, the time is sent to be stored in real time on the real-time measuring point value in scene and measuring point
In tables of data, there is abnormal and alarm numerical value and be then deposited in alarm data table；
A5, the energy consumption data after parsing and analyzing and processing is sent to client and graphically to present.
2. the Distributed Integration managing power consumption and analysis method based on cloud service according to claim 1, it is characterised in that
Also include before step A1：
A0, configuration pass-through channel port numbers simultaneously set up pass-through channel, and configuration data gathers port numbers to set up poll passage；Configuration
Specified database corresponds to the energy consumption data that energy consumption collecting device is returned to store.
3. the Distributed Integration managing power consumption and analysis method based on cloud service according to claim 1, it is characterised in that
The distal end transmission equipment is specially the DTU equipment with CPRS transfer functions, configurable SIM, and it passes through communication
It is connected with energy consumption collecting device and cloud server respectively.
4. the Distributed Integration managing power consumption and analysis method based on cloud service according to claim 1, it is characterised in that
The distal end transmission equipment is specially the serial server with transparent transmission function, and it passes through wired communication mode and gathers with energy consumption respectively
Equipment, cloud server connection.
5. the Distributed Integration managing power consumption and analysis method based on cloud service according to claim 1, it is characterised in that
The energy consumption collecting device is the intelligent electric meter with telecommunications functions and interface, intellectual water meter, intelligent steam table, intelligence combustion
One or more in gas meter.
6. the Distributed Integration managing power consumption based on cloud service and analysis method according to any one of claim 1 to 5, its
It is characterised by, the graphical presentation in step A5 includes：Implication and relatedness according to representated by energy consumption data client with
Enterprise customer is graphically presented to, and the alarm of corresponding level is presented according to abnormal conditions.
7. the Distributed Integration managing power consumption and analysis method based on cloud service according to claim 6, it is characterised in that
Graphical presentation in step A5 also includes：The power factor of enterprise customer is presented by monitoring, monitoring analysis enterprise customer's
With energy quality and with energy environment, the alarm of corresponding level is presented when power factor is less than government's penalty threshold.
8. the Distributed Integration managing power consumption and analysis method based on cloud service according to claim 7, it is characterised in that
Graphical presentation in step A5 also includes：With energy consumption on year-on-year basis, energy consumption chain rate, energy consumption trend, energy consumption quota in interior various dimensions
Present with energy situation.
9. a kind of Distributed Integration managing power consumption and analysis system based on cloud service, it is characterised in that including Cloud Server, remote
End transmission equipment and energy consumption collecting device, three is sequentially connected：Wherein, Cloud Server include configuration module, monitor service module,
Instruction poll service module, centralised management services module, parsing and analysis and processing module and data transmission blocks；
Configuration module, for pre-configured pass-through channel port numbers, data collection terminal mouth number and pre-configured database, poll week
Phase；
Service module is monitored, for monitoring the pass-through channel port of cloud server and the connection feelings of distal end transmission equipment in real time
The connection with distal end transmission equipment of the data collection terminal mouth of condition and cloud server；
Instruction poll service module, for according to pre-configured database and pre-configured polling cycle, by the data acquisition end
Send instructions to centralised management services under mouth poll；
Centralised management services module, distal end is forwarded to for centralised management services according to the reception object of instruction by pass-through channel
Transmission equipment, and energy consumption collecting device is finally pass-through to, energy consumption data is acquired；
Parsing and analysis and processing module, by poll services the energy consumption data that energy consumption collecting device is returned from pass-through channel is received,
Parsed and analyzed and processed, and unification is stored in pre-configured specified database；
Data transmission blocks, the energy consumption data after parsing and analyzing and processing is sent to client and graphically to present.
10. the Distributed Integration managing power consumption and analysis system based on cloud service according to claim 9, its feature exists
In, the distal end transmission equipment is specially the DTU equipment with CPRS transfer functions, configurable SIM, or with transparent transmission function
Serial server；The energy consumption collecting device is the intelligent electric meter with telecommunications functions and interface, intellectual water meter, intelligence steaming
One or more in vapour table, intelligent gas meter.
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| CN108964259A (en) * | 2017-05-17 | 2018-12-07 | 深圳市思创华源科技有限公司 | A kind of power grid intelligence control system |
| CN109727445A (en) * | 2019-01-17 | 2019-05-07 | 济南大学 | A kind of electroceramics enterprise intelligent instrumented data acquisition system |
| CN109948738A (en) * | 2019-04-11 | 2019-06-28 | 合肥工业大学 | Energy consumption method for detecting abnormality, the apparatus and system of coating drying room |
| CN110307864A (en) * | 2019-05-28 | 2019-10-08 | 莱芜钢铁集团电子有限公司 | A kind of remote gathering system and its adjusting process of energy measurement instrument |
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