CN108825481A - energy efficiency management system and method - Google Patents
energy efficiency management system and method Download PDFInfo
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- CN108825481A CN108825481A CN201810988798.3A CN201810988798A CN108825481A CN 108825481 A CN108825481 A CN 108825481A CN 201810988798 A CN201810988798 A CN 201810988798A CN 108825481 A CN108825481 A CN 108825481A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B49/00—Control, e.g. of pump delivery, or pump pressure of, or safety measures for, machines, pumps, or pumping installations, not otherwise provided for, or of interest apart from, groups F04B1/00 - F04B47/00
- F04B49/06—Control using electricity
- F04B49/065—Control using electricity and making use of computers
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Abstract
The application provides a kind of energy efficiency management system and method, and the data acquisition unit in the system is used to the operational data of real-time collected each air compressor machine unit being sent to efficiency secondary control platform；Efficiency secondary control platform is used to be sent to efficiency main control platform after carrying out data cleansing to operational data；Efficiency main control platform, which is used to generate system optimization instruction according to efficiency Optimized model and operational data, is sent to efficiency secondary control platform；Efficiency main control platform is also used to send efficiency Optimized model to efficiency secondary control platform, to be allowed to carry out edge calculations generation system optimization instruction to operational data according to efficiency Optimized model；The system optimization instruction that efficiency secondary control platform is used to obtain is sent to unit allocation unit, is controlled with being allowed to instruct according to system optimization each air compressor machine unit.The system can carry out combined optimization to the working condition of compressed air system, improve the efficiency effect of optimization to compressed air system.
Description
Technical field
This application involves compressed air systems to manage technical field, in particular to a kind of energy efficiency management system and side
Method.
Background technique
With the continuous development of science and technology, the application of compressed air system is more extensive, and to compressed air system
For operating cost, the Energy Consumption Cost of compressed air system is the most important components of total operating cost, therefore to pressure
The operating cost of compressed air system can be greatly reduced in the energy saving optimizing of contracting air system.
Currently, the existing control technology to compressed air system is mainly by each compression in compressed air system
Machine unit carries out the mode that control is separately operated, and realizes the energy saving optimizing to Compressor Group each in compressed air system.But
This control technology between each Compressor Group because that can not carry out combined optimization, so that this control technology is empty to entire compression
The efficiency effect of optimization of gas system is bad.
Summary of the invention
In order to overcome above-mentioned deficiency in the prior art, the application's is designed to provide a kind of energy efficiency management system and side
Method, the energy efficiency management system can carry out combined optimization to the working condition of Compressor Group each in compressed air system, mention
Efficiency effect of optimization of the height to entire compressed air system.
For system, the embodiment of the present application provides a kind of energy efficiency management system, for carrying out energy to compressed air system
Effect management, wherein the compressed air system includes at least one air compressor machine unit, the energy efficiency management system includes that data are adopted
Collect unit, unit allocation unit, efficiency secondary control platform and efficiency main control platform；
The data acquisition unit is connect with the efficiency secondary control Platform communication, for the data acquisition unit is real-time
The corresponding operational data of collected each air compressor machine unit is sent to the efficiency secondary control platform；
The efficiency secondary control platform and the efficiency main control platform communicate to connect, for from the data acquisition unit
Operational data carry out data cleansing after be sent to the efficiency main control platform；
The efficiency main control platform is used to carry out data processing to the operational data obtained after cleaning, excellent according to efficiency
Change model and treated the operational data generates main efficiency prioritization scheme corresponding with the compressed air system and with
The matched system optimization instruction of the main efficiency prioritization scheme, and the system optimization of generation instruction is sent to the efficiency secondary control
Platform；
Wherein, the efficiency main control platform is also used to send the efficiency Optimized model to the efficiency secondary control platform, with
The efficiency secondary control platform is set to carry out edge to the operational data after cleaning according to the efficiency Optimized model received
It calculates, generates secondary efficiency prioritization scheme corresponding with the compressed air system, and match with the secondary efficiency prioritization scheme
System optimization instruction；
The efficiency secondary control platform is connect with the unit allocation unit communication, for obtaining the efficiency secondary control platform
System optimization instruction be sent to the unit allocation unit, by the unit allocation unit according to the system optimization instruction pair
The working condition of each air compressor machine unit is controlled, to realize the efficiency optimization of compressed air system.
Optionally, in the embodiment of the present application, above-mentioned data acquisition unit includes data management system and at least one data
Collector, wherein the corresponding air compressor machine unit of each data collector；
Each data collector electrically connects with the controller of each electronic equipment in corresponding air compressor machine unit and sensor
It connects, is acquired in real time for the operational data to each electronic equipment in the air compressor machine unit, wherein the operational data packet
Include analog data, switching value data and the sensing data of corresponding electronic equipment；
The data management system and each data collector are electrically connected, for each data collector collected work in real time
Make data and carry out data statistics, obtains the compressed air system currently corresponding operational data.
Optionally, in the embodiment of the present application, above-mentioned efficiency secondary control platform includes gateway and calculating equipment；
The data management system and the gateway communicate to connect, for sending to the gateway by the data
The current operational data of the compressed air system that manager counts；
The gateway and the calculating equipment are electrically connected, for sending the compressed air to the calculating equipment
The current operational data of system calculates the equipment operational data current to the compressed air system to carry out data clear so that described
It washes, the operational data after being cleaned.
Optionally, in the embodiment of the present application, above-mentioned efficiency secondary control platform includes management server, wherein the management takes
The efficiency Optimized model for optimizing the compressed air system is stored in business device；
The gateway is connect with the management server communication, described in after being cleaned as the gateway
Operational data is sent to the management server；
The management server is used to carry out data processing to the operational data after cleaning, and excellent according to the efficiency
Change model and generate corresponding main efficiency prioritization scheme, and is instructed with the matched system optimization of the main efficiency prioritization scheme.
Optionally, in the embodiment of the present application, above-mentioned management server passes through the communication link between the gateway
It connects, the system optimization generated by the management server instruction is sent to the gateway.
Optionally, in the embodiment of the present application, above-mentioned management server passes through the communication link between the gateway
It connects, sends the efficiency Optimized model to the calculating equipment；
The calculating equipment is used for according to the efficiency Optimized model from the management server, to by the calculating
The operational data after equipment cleaning carries out edge calculations, generates corresponding secondary efficiency prioritization scheme, and with the secondary energy
Imitate the matched system optimization instruction of prioritization scheme.
Optionally, in the embodiment of the present application, above-mentioned unit allocation unit includes directive distributor and at least one equipment
Controller, wherein the corresponding air compressor machine unit of each device controller；
Described instruction distributor and the gateway and each device controller communicate to connect, for that will come from the management
The corresponding device controller is distributed in server or the system optimization instruction for calculating equipment；
Each device controller is electrically connected with electronic equipment each in corresponding air compressor machine unit, for according to assigned
To system optimization instruction the working condition of each electronic equipment in the air compressor machine unit is controlled.
Optionally, in the embodiment of the present application, above-mentioned energy efficiency management system further includes mobile terminal；
The mobile terminal is connect with the efficiency main control platform and/or the efficiency secondary control Platform communication, for obtaining
The efficiency main control platform and/or the related data corresponding with the compressed air system of the efficiency secondary control platform are shown
Show, the efficiency Optimized model in the efficiency main control platform and/or the efficiency secondary control platform is configured, wherein the phase
Closing data includes the corresponding operational data of the compressed air system, efficiency prioritization scheme and system optimization instruction.
Optionally, in the embodiment of the present application, between above-mentioned data acquisition unit and the efficiency secondary control platform, the energy
Between effect secondary control platform and the efficiency main control platform, between the efficiency secondary control platform and the unit allocation unit by having
The mode of line communication and/or wireless communication carries out data transmission.
For method, the embodiment of the present application provides a kind of energy efficiency managing method, the efficiency above-mentioned applied to any one
Management system, the energy efficiency management system is used to carry out energy efficiency management to compressed air system, wherein the compressed air system
Including at least one air compressor machine unit, the method includes：
Data acquisition unit acquires the operational data of each air compressor machine unit in real time, and by collected institute
It states operational data and is sent to efficiency secondary control platform；
The efficiency secondary control platform is flat to efficiency master control is sent to after the collected operational data progress data cleansing
Platform；
The efficiency secondary control platform judges whether the data volume of the operational data after cleaning exceeds own processing capabilities；
If without departing from the efficiency secondary control platform carries out the operational data after cleaning according to efficiency Optimized model
Edge calculations, generate secondary efficiency prioritization scheme corresponding with the compressed air system, and with the secondary efficiency prioritization scheme
Matched system optimization instruction；
If exceeding, the efficiency secondary control platform sends optimization indicator to the efficiency main control platform, so that described
Efficiency main control platform carries out data processing to the operational data after cleaning, and according to efficiency Optimized model and that treated is described
Operational data generates corresponding with compressed air system main efficiency prioritization scheme, and with the main efficiency prioritization scheme
The system optimization instruction matched；
The system optimization instruction of generation is sent to the efficiency secondary control platform by the efficiency main control platform；
Obtained system optimization instruction is sent to unit allocation unit by the efficiency secondary control platform, so that the unit control
Unit processed controls the working condition of each air compressor machine unit according to system optimization instruction.
In terms of existing technologies, energy efficiency management system provided by the embodiments of the present application and method have below beneficial to effect
Fruit：The energy efficiency management system can carry out combined optimization to the working condition of Compressor Group each in compressed air system, mention
Efficiency effect of optimization of the height to entire compressed air system.The energy efficiency management system is used to carry out efficiency to compressed air system
Management, wherein the compressed air system includes at least one air compressor machine unit, the energy efficiency management system includes data acquisition
Unit, unit allocation unit, efficiency secondary control platform and efficiency main control platform.The data acquisition unit and the efficiency secondary control are flat
Platform communication connection, for by the corresponding operational data of the data acquisition unit each air compressor machine unit collected in real time
It is sent to the efficiency secondary control platform.The efficiency secondary control platform and the efficiency main control platform communicate to connect, for coming from
The operational data of the data acquisition unit is sent to the efficiency main control platform after carrying out data cleansing.The efficiency master control is flat
Platform is used to carry out data processing to the operational data that obtains after cleaning, according to efficiency Optimized model and treated the work
Make data to generate main efficiency prioritization scheme corresponding with the compressed air system and match with the main efficiency prioritization scheme
System optimization instruction, and by the system optimization of generation instruction be sent to the efficiency secondary control platform.Wherein, the efficiency master control
Platform is also used to send the efficiency Optimized model to the efficiency secondary control platform, so that the efficiency secondary control platform is according to reception
The efficiency Optimized model arrived carries out edge calculations to the operational data after cleaning, generates and the compressed air system
Corresponding secondary efficiency prioritization scheme, and instructed with the matched system optimization of the secondary efficiency prioritization scheme.The efficiency secondary control
Platform is connect with the unit allocation unit communication, and the system optimization instruction for obtaining the efficiency secondary control platform is sent to
The unit allocation unit, by the unit allocation unit according to system optimization instruction to the work shape of each air compressor machine unit
State is controlled, and to realize that the working condition to air compressor machine unit each in compressed air system carries out combined optimization, is improved to whole
The efficiency effect of optimization of a compressed air system.
To enable the above objects, features, and advantages of the application to be clearer and more comprehensible, the application preferred embodiment is cited below particularly,
And cooperate appended attached drawing, it is described in detail below.
Detailed description of the invention
Technical solution in ord to more clearly illustrate embodiments of the present application, below will be to needed in the embodiment attached
Figure is briefly described, it should be understood that the following drawings illustrates only some embodiments of the application, therefore is not construed as pair
The restriction of the claim of this application protection scope, for those of ordinary skill in the art, what is do not made the creative labor
Under the premise of, it can also be obtained according to these attached drawings other relevant attached drawings.
Fig. 1 is one of the block diagram of energy efficiency management system provided by the embodiments of the present application.
Fig. 2 is the block diagram of data acquisition unit shown in Fig. 1.
Fig. 3 is the block diagram of efficiency secondary control platform shown in Fig. 1.
Fig. 4 is the block diagram of unit allocation unit shown in Fig. 1.
Fig. 5 is the two of the block diagram of energy efficiency management system provided by the embodiments of the present application.
Fig. 6 is the flow diagram of energy efficiency managing method provided by the embodiments of the present application.
Icon：100- energy efficiency management system；110- data acquisition unit；120- efficiency secondary control platform；130- efficiency master control
Platform；140- unit allocation unit；150- mobile terminal；111- data management system；112- data collector；121- gateway is set
It is standby；122- calculates equipment；141- directive distributor；142- device controller.
Specific embodiment
To keep the purposes, technical schemes and advantages of the embodiment of the present application clearer, below in conjunction with the embodiment of the present application
In attached drawing, the technical scheme in the embodiment of the application is clearly and completely described, it is clear that described embodiment is
Some embodiments of the present application, instead of all the embodiments.The application being usually described and illustrated herein in the accompanying drawings is implemented
The component of example can be arranged and be designed with a variety of different configurations.
Therefore, the detailed description of the embodiments herein provided in the accompanying drawings is not intended to limit below claimed
Scope of the present application, but be merely representative of the selected embodiment of the application.Based on the embodiment in the application, this field is common
Technical staff's every other embodiment obtained without creative efforts belongs to the model of the application protection
It encloses.
It should be noted that：Similar label and letter indicate similar terms in following attached drawing, therefore, once a certain Xiang Yi
It is defined in a attached drawing, does not then need that it is further defined and explained in subsequent attached drawing.
With reference to the accompanying drawing, it elaborates to some embodiments of the application.In the absence of conflict, following
Feature in embodiment and embodiment can be combined with each other.
Fig. 1 is please referred to, is one of the block diagram of energy efficiency management system 100 provided by the embodiments of the present application.In this Shen
Please be in embodiment, the energy efficiency management system 100 can carry out the working condition of Compressor Group each in compressed air system
Combined optimization improves the efficiency effect of optimization to entire compressed air system, wherein the compressed air system includes at least one
A air compressor machine unit, each air compressor machine unit is by air compressor machine, air accumulator, filter, drying machine, gas transport pipe network and use
Gas terminal composition.In the present embodiment, the energy efficiency management system 100 includes data acquisition unit 110, unit allocation unit
140, efficiency secondary control platform 120 and efficiency main control platform 130.
In the present embodiment, the data acquisition unit 110 is used for the pneumatics each in the compressed air system
The corresponding operational data of machine unit is acquired in real time, wherein the operational data includes corresponding to each electronics in air compressor machine unit to set
Standby analog data, switching value data and sensing data, the analog data, switching value data and sensing data can
With include but is not limited to, air intake filter pressure differential condition, main exhaust pressure (barrel of oil and gas wet side pressure), main exhaust temperature,
Unit pressure at expulsion (barrel of oil and gas dry side pressure) or oil pressure difference (=wet side pressure-dry side pressure), dry side delivery temperature, pipe network
Pressure (injection pressure) after pressure, oily filter before pressure (or reservoir pressure), oily filter, oily filter pressure difference (pressure-oily filter before=oily filter
Pressure afterwards), lubricating oil oil spout temperature, cold in-water temperature, cooling water drainage coolant-temperature gage, cooling water pressure (or flow switch),
Gas Cooler delivery temperature, main power source state, control power supply status, main motor overload, main motor (A, B, C three-phase) electricity
Stream, main motor voltage, blower overload, blower motor (A, B, C three-phase) electric current, blower voltage, unit input power, unit
Operating status, various malfunctions, motor front and back bearings temperature, motor winding temperature, frequency converter working condition and parameter, drying
(or rear) pressure, user's end pressure, list before machine admission pressure, drying machine outlet pressure, drying machine outlet pressure dew point, pressure reducing valve
Compressor flow, compressed air system flow, each gas-distributing pipe flow, equipment or the compression of the necessary vibration parameters setting of pipeline
The Load-unload pressure of machine, maintenance parameter, etc. data.
It optionally, referring to figure 2., is the block diagram of data acquisition unit 110 shown in Fig. 1.In the present embodiment
In, the data acquisition unit 110 includes data management system 111 and at least one data collector 112, wherein each number
According to the corresponding air compressor machine unit of collector 112.
In the present embodiment, the control of each data collector 112 and each electronic equipment in corresponding air compressor machine unit
Device and sensor are electrically connected, and are acquired in real time for the operational data to each electronic equipment in the air compressor machine unit.
In the present embodiment, the data management system 111 is electrically connected with each data collector 112, for each data
Collected operational data carries out data statistics to collector 112 in real time, obtains the compressed air system currently corresponding work
Data.
Referring once again to Fig. 1, in the present embodiment, the data acquisition unit 110 and the efficiency secondary control platform 120 are logical
Letter connection, for by the corresponding operational data of each air compressor machine unit collected in real time of the data acquisition unit 110
It is sent to the efficiency secondary control platform 120.
In the present embodiment, the efficiency secondary control platform 120 can be used for collecting the data acquisition unit 110 in real time
Operational data carry out data cleansing, the operational data after being cleaned.
It optionally, referring to figure 3., is the block diagram of efficiency secondary control platform 120 shown in Fig. 1.In the present embodiment
In, the efficiency secondary control platform 120 includes gateway 121 and calculating equipment 122.
In the present embodiment, the data management system 111 is communicated to connect with the gateway 121, is used for the net
It closes equipment 121 and sends the current operational data of the compressed air system for being counted and being obtained by the data management system 111.Its
In, the gateway 121 supports the interfaces such as RS232, RS485, CAN, LAN, WAN, is applicable to the air compressor machine of different brands
Unit or equipment for after-treatment support the mainstreams PLC agreements such as Siemens, Omron, Schneider, Mitsubishi, AB, support a variety of communications certainly
All kinds of protocol translations can be Modbus/BACnet standard agreement, thus by wire communication and/or wirelessly by row translation-protocol
The mode of communication realizes that data are transmitted.
In the present embodiment, the gateway 121 is electrically connected with the calculating equipment 122, is used for the calculating
Equipment 122 sends the current operational data of the compressed air system, so that the calculating equipment 122 is to the compressed air system
The operational data for uniting current carries out data cleansing, the operational data after being cleaned.
In the present embodiment, the efficiency secondary control platform 120 is communicated to connect with the efficiency main control platform 130, for pair
Operational data from the data acquisition unit 110 is sent to the efficiency main control platform 130 after carrying out data cleansing.
In the present embodiment, it is stored in the efficiency main control platform 130 current for optimizing the compressed air system
The efficiency Optimized model of working condition.The efficiency main control platform 130 is used for after receiving the operational data after cleaning
Data processing is carried out to the operational data that obtains after cleaning, according to efficiency Optimized model and treated the operational data
Generate corresponding with compressed air system main efficiency prioritization scheme and with the matched system of main efficiency prioritization scheme
Optimization instruction, and the system optimization of generation instruction is sent to the efficiency secondary control platform 120.
Wherein, the efficiency main control platform 130 to the data processing of operational data include data cleansing, data cloud storage,
The processes such as data cloud computing, data cloud analysis, machine learning.The efficiency main control platform 130 is to flat from the efficiency secondary control
It, will be each by the operational data after the efficiency main control platform 130 cleaning after operational data after the cleaning of platform 120 carries out data cleansing
From in the matched database of deposit, wherein the efficiency main control platform 130 includes but is not limited to, air intake filter pressure differential condition number
According to library, main exhaust pressure (barrel of oil and gas wet side pressure) database, main exhaust temperature data library, unit pressure at expulsion (oil gas
Bucket dry side pressure) or oil pressure difference (=wet side pressure-dry side pressure) database, dry side exhaust temperature data library, ductwork pressure
Pressure (injection pressure) database after pressure data library, oily filter before (or reservoir pressure) database, oily filter, oily filter pressure difference (=
Pressure after pressure-oily filter before oily filter) database, lubricating oil oil spout temperature data library, cold in-water temperature database, cooling water
Temperature at discharging condensate database, cooling water pressure (or flow switch) database, Gas Cooler exhaust temperature data library, main power source state
Database, control power supply status database, main motor overload database, main motor (A, B, C three-phase) current data library, master
Electric moter voltage database, blower overload database, blower motor (A, B, C three-phase) current data library, blower voltage data
Library, unit input power database, operating states of the units database, various fault state data libraries, motor front and back bearings temperature
The databases such as database, motor winding temperature database, frequency converter working condition and parameter, drying machine admission pressure database,
(or rear) pressure data library, user terminal before drying machine outlet pressure database, drying machine outlet pressure dew point database, pressure reducing valve
Pressure data library, compressed air system data on flows library, each gas-distributing pipe data on flows library, is set single compressor data on flows library
The databases such as the Load-unload pressure of the necessary vibration parameters database of standby or pipeline and the compressor of setting, maintenance parameter.
In the present embodiment, the corresponding each electricity of the compressed air system is also stored in the efficiency main control platform 130
The database of sub- equipment, at this time the database of each electronic equipment include but is not limited to, air compressor machine database, drying machine database,
Filter database, pipe network system graph table database, gas consuming device database, intelligence instrument database, passes pressure reducing valve database
Sensor database, intelligence control system library, pressure reducing valve database, alarm database, equipment repair and maintenance maintenance data library, equipment
Repair and maintenance maintains the databases such as accessory database.
In the present embodiment, the efficiency Optimized model that the efficiency main control platform 130 stores can be by the efficiency master
Compressor performance computation model database, the drying machine performance computation model database, pipe-line system meter established on control platform 130
Calculate model database, gas consuming device computation model database, compressed air system energy saving calculation model database, compression empty set system
Mathematical optimization models database complements each other to form.
In the present embodiment, the efficiency main control platform 130 passes through the data and the compression that are stored in each database
Currently corresponding operational data carries out data cleansing, data cloud storage, data cloud computing, data cloud analysis, machine to air system
The data handling procedures such as study, to be generated and the current corresponding work of the compressed air system based on the efficiency Optimized model
Make the corresponding main efficiency prioritization scheme of data, and matched empty for manipulating the compression with the main efficiency prioritization scheme
The working condition of gas system carries out the system optimization instruction of efficiency optimization.
Optionally, in the present embodiment, the efficiency main control platform 130 includes management server, wherein the management takes
The efficiency Optimized model for optimizing the compressed air system, the gateway 121 and the management are stored in business device
Server communication connection, for the management service will to be sent to by the operational data after the gateway 121 cleaning
Device.The management server is used to carry out the operational data after cleaning data processing, and optimizes mould according to the efficiency
Type generates corresponding main efficiency prioritization scheme, and instructs with the matched system optimization of the main efficiency prioritization scheme.Wherein, institute
State management server can be used cloud computing, cloud analysis and machine learning obtained main efficiency prioritization scheme is carried out it is constantly excellent
Change, obtains real-time optimal main efficiency prioritization scheme and the matched system optimization instruction of the main efficiency prioritization scheme.It is described
Efficiency main control platform 130 can be continuously updated alarm failure database by machine learning, be continuously updated by machine learning
Accessory database is maintained in equipment repair and maintenance maintenance data library and equipment repair and maintenance, passes through machine learning and real-time fault diagnosis
It is continuously updated the corresponding database of efficiency Optimized model.
In the present embodiment, the efficiency main control platform 130 by the management server and the gateway 121 it
Between communication connection, by the system optimization generated by the management server instruction be sent to the efficiency secondary control platform
120 gateways 121 for including.
In the present embodiment, the efficiency main control platform 130 is also used to send the energy to the efficiency secondary control platform 120
Optimized model is imitated, so that the efficiency secondary control platform 120 is according to the efficiency Optimized model received to described in after cleaning
Operational data carries out edge calculations, generates secondary efficiency prioritization scheme corresponding with the compressed air system, and with the secondary
The matched system optimization instruction of efficiency prioritization scheme.
Specifically, the management server that the efficiency main control platform 130 includes passes through between the gateway 121
Communication connection, sends the efficiency Optimized model to the calculating equipment 122, the calculating equipment 122 can be used for basis at this time
The efficiency Optimized model from the management server, to the operational data after being cleaned by the calculating equipment 122
Carry out edge calculations, generate corresponding secondary efficiency prioritization scheme, and with the matched system optimization of secondary efficiency prioritization scheme
Instruction.
In the present embodiment, air compressor machine database, drying machine database, filter are stored in the calculating equipment 122
Database, pressure reducing valve database, pipe network system graph table database, gas consuming device database, intelligence instrument database, sensor number
According to library, intelligence control system library, pressure reducing valve database, alarm database, equipment repair and maintenance maintenance data library, overhaul of the equipments dimension
The databases such as shield maintenance accessory database, the calculating equipment 122 is according to the data in each database and from the efficiency
The efficiency Optimized model of main control platform 130 carries out edge meter to the operational data after being cleaned by the calculating equipment 122
Calculate, to obtain secondary efficiency prioritization scheme corresponding with the compressed air system, and with the secondary efficiency prioritization scheme
The system optimization instruction matched.
In the present embodiment, the efficiency secondary control platform 120 is communicated to connect with the unit allocation unit 140, and being used for will
The system optimization instruction that the efficiency secondary control platform 120 obtains is sent to the unit allocation unit 140, by the unit allocation
Unit 140 controls the working condition of each air compressor machine unit according to system optimization instruction, to realize compressed air system
The efficiency of system optimizes.
It optionally, referring to figure 4., is the block diagram of unit allocation unit 140 shown in Fig. 1.In the present embodiment
In, the unit allocation unit 140 includes directive distributor 141 and at least one device controller 142, wherein setting described in each
Preparation controller 142 corresponds to an air compressor machine unit.
In the present embodiment, described instruction distributor 141 is communicated with the gateway 121 and each device controller 142
Connection, it is corresponding described for will be distributed to from the management server or the system optimization instruction for calculating equipment 122
Device controller 142.
In the present embodiment, each device controller 142 electrically connects with each electronic equipment in corresponding air compressor machine unit
It connects, for being controlled according to the system optimization instruction being assigned to the working condition of each electronic equipment in the air compressor machine unit
System carries out combined optimization to the working condition of air compressor machine unit each in compressed air system to realize, improves to entire compression
The efficiency effect of optimization of air system.
Referring to figure 5., be energy efficiency management system 100 provided by the embodiments of the present application block diagram two.In this Shen
Please be in embodiment, the energy efficiency management system 100 can also include mobile terminal 150.
In the present embodiment, the mobile terminal 150 and the efficiency main control platform 130 and/or the efficiency secondary control are flat
Platform 120 communicates to connect, for obtaining the efficiency main control platform 130 and/or the efficiency secondary control platform 120 with the compression
The corresponding related data of air system is shown.Meanwhile the mobile terminal 150 can also be to the efficiency main control platform 130
And/or the efficiency Optimized model on the efficiency secondary control platform 120 is configured, wherein the related data packets include compression sky
The corresponding operational data of gas system, efficiency prioritization scheme and system optimization instruction.Wherein, the mobile terminal 150 can be, but
It is not limited to, smart phone, PC (Personal Computer, PC), tablet computer, personal digital assistant (Personal
Digital Assistant, PDA), mobile internet surfing equipment (Mobile Internet Device, MID) etc..
In the embodiment of the present application, between the data acquisition unit 110 and the efficiency secondary control platform 120, the energy
It imitates between secondary control platform 120 and the efficiency main control platform 130, the efficiency secondary control platform 120 and the unit allocation unit
Carried out data transmission by way of wire communication and/or wireless communication between 140.
Fig. 6 is please referred to, is the flow diagram of energy efficiency managing method provided by the embodiments of the present application.In the embodiment of the present application
In, the energy efficiency managing method is applied to above-mentioned energy efficiency management system 100, and the energy efficiency management system 100 is used for compression
Air system carries out energy efficiency management, wherein the compressed air system includes at least one air compressor machine unit.Below to shown in Fig. 6
Energy efficiency managing method detailed process and step be described in detail.
Step S210, data acquisition unit 110 acquire the operational data of each air compressor machine unit in real time, and
The collected operational data is sent to efficiency secondary control platform 120.
Step S220, the efficiency secondary control platform 120 are sent after carrying out data cleansing to the collected operational data
To efficiency main control platform 130.
Step S230, the efficiency secondary control platform 120 judge whether the data volume of the operational data after cleaning exceeds
Own processing capabilities.
In the present embodiment, if the efficiency secondary control platform 120 determines the data volume of the operational data after cleaning not
Beyond own processing capabilities, then the energy efficiency management system 100 will execute step S240；If the efficiency secondary control platform 120 is sentenced
The data volume of the operational data after fixed cleaning exceeds own processing capabilities, then the energy efficiency management system 100 will execute step
Rapid S250 and step S260.
Wherein, step S240, the efficiency secondary control platform 120 is according to efficiency Optimized model to the work number after cleaning
According to edge calculations are carried out, secondary efficiency prioritization scheme corresponding with the compressed air system is generated, and excellent with the secondary efficiency
The matched system optimization instruction of change scheme.
Step S250, the efficiency secondary control platform 120 send optimization indicator to the efficiency main control platform 130, with
The operational data after making 130 pairs of efficiency main control platform cleanings carries out data processing, according to efficiency Optimized model and place
The operational data after reason generates main efficiency prioritization scheme corresponding with the compressed air system, and with the main efficiency
The matched system optimization instruction of prioritization scheme.
The system optimization instruction of generation is sent to the efficiency secondary control and put down by step S260, the efficiency main control platform 130
Platform 120.
In the present embodiment, the energy efficiency management system 100 is executing the step S250 and step S260 or step S240
Afterwards, step S270 is executed by corresponding, the working condition of air compressor machine unit each in compressed air system combine with realization excellent
Change, improves the efficiency effect of optimization to entire compressed air system.
Obtained system optimization instruction is sent to unit allocation unit by step S270, the efficiency secondary control platform 120
140, so that the unit allocation unit 140 controls the working condition of each air compressor machine unit according to system optimization instruction
System is improved with realizing that the working condition to air compressor machine unit each in the compressed air system carries out combined optimization to entire pressure
The efficiency effect of optimization of contracting air system.
In conclusion in energy efficiency management system provided by the embodiments of the present application and method, the energy efficiency management system energy
Enough working conditions to Compressor Group each in compressed air system carry out combined optimization, improve to entire compressed air system
Efficiency effect of optimization.The energy efficiency management system is used to carry out energy efficiency management to compressed air system, wherein the compressed air
System includes at least one air compressor machine unit, and the energy efficiency management system includes data acquisition unit, unit allocation unit, efficiency
Secondary control platform and efficiency main control platform.The data acquisition unit is connect with the efficiency secondary control Platform communication, and being used for will be described
It is flat that the corresponding operational data of data acquisition unit each air compressor machine unit collected in real time is sent to the efficiency secondary control
Platform.The efficiency secondary control platform and the efficiency main control platform communicate to connect, for the work from the data acquisition unit
Make to be sent to the efficiency main control platform after data carry out data cleansing.The efficiency main control platform is used for obtaining after cleaning
The operational data carries out data processing, and according to efficiency Optimized model and treated that the operational data generates and the compression
It the corresponding main efficiency prioritization scheme of air system and instructs, and will give birth to the matched system optimization of the main efficiency prioritization scheme
At system optimization instruction be sent to the efficiency secondary control platform.Wherein, the efficiency main control platform is also used to the efficiency
Secondary control platform sends the efficiency Optimized model, so that the efficiency secondary control platform is according to the efficiency Optimized model received
Edge calculations are carried out to the operational data after cleaning, generate secondary efficiency optimization side corresponding with the compressed air system
Case, and instructed with the matched system optimization of the secondary efficiency prioritization scheme.The efficiency secondary control platform and the unit allocation list
Member communication connection, the system optimization instruction for obtaining the efficiency secondary control platform are sent to the unit allocation unit, by
The unit allocation unit controls the working condition of each air compressor machine unit according to system optimization instruction, with realization pair
The working condition of each air compressor machine unit carries out combined optimization in compressed air system, improves the efficiency to entire compressed air system
Effect of optimization.
The foregoing is merely preferred embodiment of the present application, are not intended to limit this application, for the skill of this field
For art personnel, various changes and changes are possible in this application.Within the spirit and principles of this application, made any to repair
Change, equivalent replacement, improvement etc., should be included within the scope of protection of this application.
Claims (10)
1. a kind of energy efficiency management system, which is characterized in that for carrying out energy efficiency management to compressed air system, wherein the compression
Air system includes at least one air compressor machine unit, the energy efficiency management system include data acquisition unit, unit allocation unit,
Efficiency secondary control platform and efficiency main control platform；
The data acquisition unit is connect with the efficiency secondary control Platform communication, for acquiring the data acquisition unit in real time
To each of the corresponding operational data of the air compressor machine unit be sent to the efficiency secondary control platform；
The efficiency secondary control platform and the efficiency main control platform communicate to connect, for the work from the data acquisition unit
Make to be sent to the efficiency main control platform after data carry out data cleansing；
The efficiency main control platform is used to carry out data processing to the operational data obtained after cleaning, optimizes mould according to efficiency
Type and treated the operational data generates main efficiency prioritization scheme corresponding with the compressed air system and with the master
The matched system optimization instruction of grade efficiency prioritization scheme, and the system optimization of generation instruction is sent to the efficiency secondary control and is put down
Platform；
Wherein, the efficiency main control platform is also used to send the efficiency Optimized model to the efficiency secondary control platform, so that institute
It states efficiency secondary control platform and edge calculations is carried out to the operational data after cleaning according to the efficiency Optimized model received,
Generate secondary efficiency prioritization scheme corresponding with the compressed air system, and with the matched system of secondary efficiency prioritization scheme
Optimization instruction；
The efficiency secondary control platform is connect with the unit allocation unit communication, is for obtain the efficiency secondary control platform
System optimization instruction is sent to the unit allocation unit, is instructed according to the system optimization to each sky by the unit allocation unit
The working condition of press unit is controlled, to realize the efficiency optimization of compressed air system.
2. energy efficiency management system according to claim 1, which is characterized in that the data acquisition unit includes data management
Device and at least one data collector, wherein the corresponding air compressor machine unit of each data collector；
Each data collector is electrically connected with the controller of each electronic equipment in corresponding air compressor machine unit and sensor, is used
The operational data of each electronic equipment is acquired in real time in the air compressor machine unit, wherein the operational data includes corresponding to
Analog data, switching value data and the sensing data of electronic equipment；
The data management system and each data collector are electrically connected, for each data collector collected work number in real time
According to data statistics is carried out, the compressed air system currently corresponding operational data is obtained.
3. energy efficiency management system according to claim 2, which is characterized in that the efficiency secondary control platform includes gateway
And calculate equipment；
The data management system and the gateway communicate to connect, for sending to the gateway by the data management
The current operational data of the compressed air system that device counts；
The gateway and the calculating equipment are electrically connected, for sending the compressed air system to the calculating equipment
Current operational data, so that the equipment operational data current to the compressed air system that calculate carries out data cleansing,
Operational data after being cleaned.
4. energy efficiency management system according to claim 3, which is characterized in that the efficiency secondary control platform includes management service
Device, wherein being stored with the efficiency Optimized model for optimizing the compressed air system in the management server；
The gateway is connect with the management server communication, for the work after being cleaned by the gateway
Data are sent to the management server；
The management server is used to carry out the operational data after cleaning data processing, and optimizes mould according to the efficiency
Type generates corresponding main efficiency prioritization scheme, and instructs with the matched system optimization of the main efficiency prioritization scheme.
5. energy efficiency management system according to claim 4, which is characterized in that
The management server is by the communication connection between the gateway, the institute that will be generated by the management server
It states system optimization instruction and is sent to the gateway.
6. energy efficiency management system according to claim 5, which is characterized in that
The management server sends the efficiency by the communication connection between the gateway, to the calculating equipment
Optimized model；
The calculating equipment is used for according to the efficiency Optimized model from the management server, to by the calculating equipment
The operational data after cleaning carries out edge calculations, generates corresponding secondary efficiency prioritization scheme, and excellent with the secondary efficiency
The matched system optimization instruction of change scheme.
7. energy efficiency management system according to claim 6, which is characterized in that the unit allocation unit includes instruction distribution
Device and at least one device controller, wherein the corresponding air compressor machine unit of each device controller；
Described instruction distributor and the gateway and each device controller communicate to connect, for that will come from the management service
The corresponding device controller is distributed in device or the system optimization instruction for calculating equipment；
Each device controller is electrically connected with electronic equipment each in corresponding air compressor machine unit, for according to being assigned to
System optimization instruction controls the working condition of each electronic equipment in the air compressor machine unit.
8. energy efficiency management system according to any one of claims 1-7, which is characterized in that the energy efficiency management system
It further include mobile terminal；
The mobile terminal is connect with the efficiency main control platform and/or the efficiency secondary control Platform communication, described for obtaining
Efficiency main control platform and/or the related data corresponding with the compressed air system of the efficiency secondary control platform shown,
Efficiency Optimized model in the efficiency main control platform and/or the efficiency secondary control platform is configured, wherein the correlation
Data include the corresponding operational data of the compressed air system, efficiency prioritization scheme and system optimization instruction.
9. energy efficiency management system according to claim 8, which is characterized in that
Between the data acquisition unit and the efficiency secondary control platform, the efficiency secondary control platform and the efficiency main control platform
Between, between the efficiency secondary control platform and the unit allocation unit by way of wire communication and/or wireless communication into
The transmission of row data.
10. a kind of energy efficiency managing method, which is characterized in that applied to energy efficiency management described in any one of claim 1-9
System, the energy efficiency management system is used to carry out energy efficiency management to compressed air system, wherein the compressed air system includes
At least one air compressor machine unit, the method includes：
Data acquisition unit acquires the operational data of each air compressor machine unit in real time, and by the collected work
Efficiency secondary control platform is sent to as data；
The efficiency secondary control platform is sent to efficiency main control platform after carrying out data cleansing to the collected operational data；
The efficiency secondary control platform judges whether the data volume of the operational data after cleaning exceeds own processing capabilities；
If without departing from the efficiency secondary control platform carries out edge to the operational data after cleaning according to efficiency Optimized model
It calculates, generates secondary efficiency prioritization scheme corresponding with the compressed air system, and match with the secondary efficiency prioritization scheme
System optimization instruction；
If exceeding, the efficiency secondary control platform sends optimization indicator to the efficiency main control platform, so that the efficiency
Main control platform carries out data processing to the operational data after cleaning, according to efficiency Optimized model and treated the work
Data generate main efficiency prioritization scheme corresponding with the compressed air system, and matched with the main efficiency prioritization scheme
System optimization instruction；
The system optimization instruction of generation is sent to the efficiency secondary control platform by the efficiency main control platform；
Obtained system optimization instruction is sent to unit allocation unit by the efficiency secondary control platform, so that the unit allocation list
Member controls the working condition of each air compressor machine unit according to system optimization instruction.
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