CN106096840A - A kind of energy management system - Google Patents
A kind of energy management system Download PDFInfo
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- CN106096840A CN106096840A CN201610416890.3A CN201610416890A CN106096840A CN 106096840 A CN106096840 A CN 106096840A CN 201610416890 A CN201610416890 A CN 201610416890A CN 106096840 A CN106096840 A CN 106096840A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0631—Resource planning, allocation, distributing or scheduling for enterprises or organisations
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/06—Electricity, gas or water supply
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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
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/80—Management or planning
- Y02P90/82—Energy audits or management systems therefor
Abstract
The present invention relates to a kind of energy management system, described system includes: data collection layer, monitoring analysis layer, diagnosis optimization layer, energy efficiency layer and comprehensive report layer;Described data collection layer is used for gathering user and uses energy data;Described monitoring analysis layer is used for analyzing described user and by energy data and obtains abnormal user energy data;Described diagnosis optimization layer data can formulate prioritization scheme according to described abnormal user;Described energy efficiency layer is used for performing described prioritization scheme, obtains the optimum results of described abnormal user energy data;Described comprehensive report layer for arrange the user after optimization with can data report, and the user after optimizing is with data returning described monitoring analysis layer.The system of present invention offer, the PDCA Cyclical Theory in application & management, in conjunction with managing theory that is compatible with technological means and that execute, construction of energy management systemic-function, it is intended to reality is progressive in applying, spiral improves energy conservation efficiency.
Description
Technical field
The present invention relates to a kind of energy management system, a kind of energy management system.
Background technology
PDCA circulation is cried again and is worn bright ring (Deming Circle), it will manage in any work be all divided into plan (P),
Perform (D), check (C), correction (A) 4 stages.PDCA is a circulation, iteration, the process of spiral escalation.It is not
Repetition in same level, but circulation one week is exactly a management cycle, solves a part of problem, obtains a part of one-tenth
Really, make management level upwards improve a step, hence into the circulation that next is higher level, had again new in the next one circulates
Target and plan.Thus form a little ring of big annulus, the circulative metabolism ceaselessly moved forward all linked with one another.Circulation every time
All target or standard are pushed to a new high degree, make management effect step up.
The development of human society, more and more higher to the degree of dependence of the energy, require more reasonable energy utilization, the energy simultaneously
Appropriate application be possible not only to provide stable material base into social development, indicate the most to a certain extent the mankind arrange from
So the ability of resource is obviously improved.The energy plays vital effect in modern society, but the thing followed
It is the problems such as the environmental pollution that can not be ignored and energy shortage, along with development in science and technology, takes effective measures raising utilization of energy
Rate, has been increasingly becoming the top priority of people.Energy conservation is a systematicness, the strongest comprehensive work, and enterprise's conduct
The person of directly taking on produced and main energy consumers, have huge energy-saving potential.Although China the most tentatively establishes energy
Source control system standard, but in practical implementation, make current energy owing to personnel specialty level, input cost etc. limit
Source control exists analytic function is mixed and disorderly, combing lacks, between each functional unit independently of one another, contact loose, whole monitoring analysis
And between making a plan lack closed loop feedback, analytical data and the efficiency of management low low wait deficiency.
Summary of the invention
The present invention provides a kind of energy management system, its objective is the Cyclical Theory in application & management, combine management and
Technological means compatibility the theory executed, construction of energy management systemic-function, it is intended in actual application, layer stackup enters, spiral carries
The high-energy source efficiency of management.
It is an object of the invention to use following technical proposals to realize:
A kind of energy management system, it thes improvement is that, including: data collection layer, monitoring analysis layer, diagnosis optimize
Layer, energy efficiency layer and comprehensive report layer;
Described data collection layer, monitoring analysis layer, diagnosis optimization layer, energy efficiency layer and comprehensive report layer are sequentially connected with,
Described monitoring analysis layer is connected with described comprehensive report layer;
Described data collection layer, is used for gathering user and uses energy data;
Described monitoring analysis layer, is used for analyzing described user and by energy data and obtains abnormal user energy data;
Described diagnosis optimization layer, for data formulating prioritization scheme according to described abnormal user;
Described energy efficiency layer, is used for performing described prioritization scheme, obtains the optimization knot of described abnormal user energy data
Really;
Described comprehensive report layer, for arrange the user after optimization with can data report, and the user's energy after optimizing
Data return described monitoring analysis layer.
Preferably, described can data include: electricity consumption data, with water number according to, with destiny according to, by coal data with oily number
According to, wherein, described electricity consumption data include: load data, voltage data and power factor data, described water number according to, use destiny
According to, be the table meter registration data of equipment by coal data with by oil data.
Preferably, described monitoring analysis layer, including: comprehensive monitoring unit, with can monitoring means, with can unit monitoring single
Unit, can flow visualization, production technology monitoring means, exception monitoring unit, integerated analytic unit, with energy spectrometer unit,
With energy mass analysis cell, analysis of Production Technology unit and anomaly analysis unit;
Wherein, described comprehensive monitoring unit, can data, energy consumption equipment energy number for using of the most real-time monitoring enterprise
Energy data are used according to abnormal;
Described can monitoring means, with build or use energy data and energy consumption with energy equipment in real time monitoring enterprise
Trend;
Described can flow visualization, for by chart and tree-like by the way of energy expenditure and the energy of enterprise are flowed to
It is shown;
Described production technology monitoring means, for determining power consumption link from production technology angle by Energy Sources Equilibrium method, and
Arranging stoichiometric point, monitor described stoichiometric point in real time, the continuous data of described stoichiometric point includes: input energy sources amount, conversion
Quantity of energy and output quantity of energy;
Described exception monitoring unit, in obtaining set time section, using of superthreshold can data;
Described integerated analytic unit, to business electrical information, energy consumption information, Energy-saving Situation information, fault
Reason information, economy and the overview display interface of benefit, provide a unified entrance, wherein, power information bag to energy analysis
Including a moon power consumption, daily load and time of origin, energy consumption includes total energy consumption, different energy sources type energy input, energy consumption accounting
And sequential growth rate, Energy-saving Situation includes that Energy-saving Projects implementation status, energy efficient amount, economy and vehicle benefits situation include using energy
Unit energy consumption ranking and ten thousand yuan of output value energy consumption rankings;
Described energy spectrometer unit, for from can unit, two dimensions of department according to the time dimension of day, week, month, year
Degree represent each can the power consumption trend of unit, and selection on year-on-year basis, chain rate, being analyzed with energy different units, and remembering
Record the superthreshold information of each energy unit;
Described energy mass analysis cell, for according to by energy unit, two dimensions of department, from rate of qualified voltage, three-phase
Degree of unbalancedness, three aspects of harmonic data, select different time dimensions, represents the quality of power supply with energy unit;
Described analysis of Production Technology unit, for from input energy sources, the conversion energy and output energy angle, putting down by the energy
Weighing apparatus method analyzes energy loss situation;
Described anomaly analysis unit, for adding up the information of the various superthresholds of enterprise's various energy source category.
Preferably, described diagnosis optimization layer, including: with energy diagnosis unit, production process diagnosis unit, use and can balance
Diagnosis unit, set reserved energy assessment unit, system with assessing unit, with energy index planning unit and repair schedule unit;
Wherein, described energy diagnosis unit, for can data diagnose, searching evaporating, emitting, dripping or leaking of liquid or gas phenomenon;
Described production process diagnosis unit, for by Energy Sources Equilibrium method and industry to target form, produce
Technical processization diagnoses;
Described with balancing diagnosis unit, for input energy sources is added up with the output energy, search loss point;
The described reserved energy that sets assesses unit, for by static, dynamic evaluation method, in conjunction with energy efficiency assessment model, to equipment
With can situation diagnose;
Described system is with assessing unit, for by static, dynamic evaluation method, in conjunction with energy efficiency assessment model, to produce
System is that object is carried out with can situation diagnose;
Described energy index planning unit, for using energy behavior by analysis user, carries out and uses and can manage by indexing, plan
Year, season, monthly energy index;
Described repair schedule unit, for formulating periodic inspection plan according to abnormal index.
Preferably, described energy efficiency layer, including: management power saving unit, technical energy saving unit and project management unit;
Wherein, described management power saving unit, for unit consumption of product, product to mark, production team, production scene, use energy
Index, the management of use energy unit;
Described technical energy saving unit, energy-conservation for device level, the system-level energy-conservation and maintenance of energy efficiency model, wherein, institute
State device level energy-conservation finger the emphasis of enterprise can be monitored and analyze by equipment in real time, represent the basis letter of emphasis energy consumption equipment
Breath, real-time traffic information and warning information, described system-level energy-conservation finger is an energy-conservation object with whole production system, by energy
Effect is analyzed model and is carried out energy-saving analysis, proposes Proposal for update, and the maintenance of described energy efficiency model refers to device level, system-level energy effect
Rate situation analysis model carries out statistical management and maintenance;
Described project management, the Energy-saving Projects information in inquiry is selected the time period, create new Energy-saving Projects, with
Track Energy-saving Projects operation conditions, and pass through the analysis that technical energy saving is energy-conservation with management, obtaining can situation and joint with using of energy unit
Can potentiality.
Preferably, described user is with including by data report: comprehensive report, classification can be reported, subitem can be reported, produce
Product energy consumption is reported, is reported by energy exception reporting and economic benefit.
With immediate technical scheme ratio, technical scheme has a following excellent effect:
The energy management system that the present invention provides has the advantages such as level, seriality, advance, versatility, is a kind of
Efficiently, logical working procedure, disclose " put into practice a understanding put into practice again and again again and again understanding " epistemic logic rule and
The scientific mode of behavior of men, is the in-depth in energy management system, improves, extends;The technical scheme that the present invention provides is permissible
Being effectively realized energy-saving and cost-reducing, the energy management system set up in automatic technology and Information Technology Foundation, with Monitoring Data
For foundation, the energy management method that application is advanced, traditional energy conservation mode is made to have obtained thorough improvement, big-and-middle for modernization
Basic management and the operational management integration of small business's energy provide indispensable technical support.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of energy management system of the present invention.
Detailed description of the invention
Below in conjunction with the accompanying drawings the detailed description of the invention of the present invention is elaborated.
For making the purpose of the embodiment of the present invention, technical scheme and advantage clearer, below in conjunction with the embodiment of the present invention
In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is
The a part of embodiment of the present invention rather than whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art
The all other embodiments obtained under not making creative work premise, broadly fall into the scope of protection of the invention.
The present invention provide a kind of energy management system, as it is shown in figure 1, include: data collection layer, monitoring analysis layer, examine
Disconnected optimization layer, energy efficiency layer and comprehensive report layer;
Described data collection layer, monitoring analysis layer, diagnosis optimization layer, energy efficiency layer and comprehensive report layer are sequentially connected with,
Described monitoring analysis layer is connected with described comprehensive report layer;
Described data collection layer, is used for gathering user and uses energy data;
Described monitoring analysis layer, is used for analyzing described user and by energy data and obtains abnormal user energy data;
Described diagnosis optimization layer, for data formulating prioritization scheme according to described abnormal user;
Described energy efficiency layer, is used for performing described prioritization scheme, obtains the optimization knot of described abnormal user energy data
Really;
Described comprehensive report layer, for arrange the user after optimization with can data report, and the user's energy after optimizing
Data return described monitoring analysis layer.
Wherein, described can data include: electricity consumption data, with water number according to, with destiny according to, by coal data with by oily data,
Wherein, described electricity consumption data include: load data, voltage data and power factor data, described water number according to, with destiny according to,
It is the table meter registration data of equipment by coal data with by oil data;Described user with can data report include: comprehensive report, point
Class with report, subitem can be reported, product energy consumption is reported, uses energy exception reporting and economic benefit to report.
Concrete, data collection layer is the data source basis of energy management system based on PDCA, by with can user
In-site installation metering device, craft are made a copy of or the form acquisition of Third party system interface can data.Mainly include and not only limit
In measuring data, the secondary energy sources data produced by energy process quality data, production process with energy (electricity, water, gas, coal, oil)
Deng.
Described monitoring analysis layer be the terminal of a link be also another link starting point, including comprehensive monitoring list
Unit, with can monitoring means, with energy unit monitoring means, visualization, production technology monitoring means, exception monitoring list can be flowed
Unit, integerated analytic unit, use energy spectrometer unit, use energy mass analysis cell, analysis of Production Technology unit and anomaly analysis list
Unit;
Wherein, described comprehensive monitoring unit, monitor in real time for being comprehensively primarily upon index with energy user, with every 15
Minute be a collection period, mainly include main plant area with can data monitor in real time, the monitoring of main energy consumption equipment, abnormal conditions
Monitoring etc.;
Described can monitoring means, in real time monitoring enterprise overall with can situation and energy consumption trend, and by electricity, water,
The different energy sources classifications such as gas, coal, oil are classified, to can build and with can equipment monitor in real time and abnormality alarming, and
Exception record function is provided.Electricity consumption monitoring is mainly to building and with can the load of equipment, voltage, power factor etc. carry out
Monitoring in real time;And with water, with gas, with coal, with oil monitoring mainly to building and carry out in real time by the table meter registration of energy equipment
Monitoring;
Described can flow visualization, for can flow visualize refer to by chart and tree-like by the way of the energy each to enterprise
Service condition and flow to situation and represent, by click on different can source category, flow to the different energy to carry out statistics and
Represent.By visualization function can be flowed, it may be appreciated that the composition of enterprise energy consumption, the flow direction of the energy, enterprise energy consumption is produced
Raw overall assurance.In function, all energy conversion are that ton mark coal calculates;
Described production technology monitoring means, for determining power consumption link from production technology angle by Energy Sources Equilibrium method, and
Arranging stoichiometric point, monitor described stoichiometric point in real time, the continuous data of described stoichiometric point includes: input energy sources amount, conversion
Quantity of energy and output quantity of energy;
Described exception monitoring unit, for looking into according to conditions such as device type, abnormal class, monitored area, process states
The information of the superthreshold in inquiry enterprise set time section, and abnormal information is acted upon, different for untreated abnormal offer
Often processing scheme input function, can check processing scheme for processed scheme;
Described integerated analytic unit, to business electrical information, energy consumption information, Energy-saving Situation information, fault
Reason information, economy and the overview display interface of benefit, provide a unified entrance, wherein, power information bag to energy analysis
Including a moon power consumption, daily load and time of origin, energy consumption includes total energy consumption, different energy sources type energy input, energy consumption accounting
And sequential growth rate, Energy-saving Situation includes that Energy-saving Projects implementation status, energy efficient amount, economy and vehicle benefits situation include using energy
Unit energy consumption ranking and ten thousand yuan of output value energy consumption rankings;
Described energy spectrometer unit, for from can unit, two dimensions of department according to the time dimension of day, week, month, year
Degree represent each can the power consumption trend of unit, and selection on year-on-year basis, chain rate, being analyzed with energy different units, and remembering
Record the superthreshold information of each energy unit;
Described energy mass analysis cell, for according to by energy unit, two dimensions of department, from rate of qualified voltage, three-phase
Degree of unbalancedness, three aspects of harmonic data, select different time dimensions, represents the quality of power supply with energy unit;
Described analysis of Production Technology unit, for from input energy sources, the conversion energy and output energy angle, putting down by the energy
Weighing apparatus method analyzes energy loss situation;
Described anomaly analysis unit, for the information of the various superthresholds of enterprise's various energy source category is added up, example
Number of times as out-of-limit in load, voltage out-of-limit number of times etc., and represent forming a team and each for building by energy frequency of abnormity of the main building same day
Can frequency of abnormity accounting.Show each building abnormal conditions of nearly 12 months also by broken line graph simultaneously.
Described diagnosis optimization layer is on the basis of monitoring analysis result, and the crux during diagnosis energy, passes through further
Assessment, formulation prioritization scheme to provide foundation for the work of next step energy efficiency.Mainly include with can diagnose, production process
Diagnosis, with can balance diagnosis, set reserved energy assess, system can assess, use energy the function subitem such as index planning and repair schedule,
Including: with can diagnosis unit, production process diagnosis unit, with can balance diagnosis unit, set reserved energy assess unit, system
With assessing unit, use energy index planning unit and repair schedule unit;
Wherein, described energy diagnosis unit, for can data diagnose, searching evaporating, emitting, dripping or leaking of liquid or gas phenomenon;
Described production process diagnosis unit, for by Energy Sources Equilibrium method and industry to target form, produce
Technical processization diagnoses;
Described with balancing diagnosis unit, for input energy sources is added up with the output energy, search loss point;
The described reserved energy that sets assesses unit, for by static, dynamic evaluation method, in conjunction with energy efficiency assessment model, to equipment
With can situation diagnose;
Described system is with assessing unit, for by static, dynamic evaluation method, in conjunction with energy efficiency assessment model, to produce
System is that object is carried out with can situation diagnose;
Described energy index planning unit, for using energy behavior by analysis user, carries out and uses and can manage by indexing, plan
Year, season, monthly energy index;
Described repair schedule unit, for formulating periodic inspection plan according to abnormal index.
Described energy efficiency layer is to perform a series of plans by management and technological means to promote energy consumption efficiency,
Reach to increase the target of economic benefit.Mainly include managing the function subitems such as energy-conservation, technical energy saving and project management.Wherein manage
Energy-conservation include to unit consumption of product, product to mark, production team, production scene, with can index, with can the management of unit;Technology saves
Can include that device level is energy-conservation, system-level energy-conservation and the maintenance of energy efficiency model, including: management power saving unit, technical energy saving unit
With project management unit;
Wherein, described management power saving unit, for unit consumption of product, product to mark, production team, production scene, use energy
Index, the management of use energy unit;
Described technical energy saving unit, energy-conservation for device level, the system-level energy-conservation and maintenance of energy efficiency model, wherein, institute
State device level energy-conservation finger the emphasis of enterprise can be monitored and analyze by equipment in real time, represent the basis letter of emphasis energy consumption equipment
Breath, real-time traffic information and warning information, described system-level energy-conservation finger is an energy-conservation object with whole production system, by energy
Effect is analyzed model and is carried out energy-saving analysis, proposes Proposal for update, and the maintenance of described energy efficiency model refers to device level, system-level energy effect
Rate situation analysis model carries out statistical management and maintenance;
Described project management, for the analysis energy-conservation by technical energy saving and management, investigating the use of each energy unit
Energy situation, analyzes whether this use can have energy-saving potential by unit.Energy saving task management can inquire about the energy-conservation item in the selection time period
Mesh information, creates new Energy-saving Projects, follows the tracks of Energy-saving Projects operation conditions.Create new Energy-saving Projects to need to select different joints
Energy task, typing project information etc..
Finally should be noted that: above example is only in order to illustrate that technical scheme is not intended to limit, to the greatest extent
The present invention has been described in detail by pipe with reference to above-described embodiment, and those of ordinary skill in the field are it is understood that still
The detailed description of the invention of the present invention can be modified or equivalent, and any without departing from spirit and scope of the invention
Amendment or equivalent, it all should be contained within the claims that application is awaited the reply.
Claims (6)
1. an energy management system, it is characterised in that described system includes: the data collection layer, the monitoring that are sequentially connected with are analyzed
Layer, diagnosis optimization layer, energy efficiency layer and comprehensive report layer;
Described monitoring analysis layer is connected with described comprehensive report layer;
Described data collection layer, is used for gathering user and uses energy data;
Described monitoring analysis layer, is used for analyzing described user and by energy data and obtains abnormal user energy data;
Described diagnosis optimization layer, for data formulating prioritization scheme according to described abnormal user;
Described energy efficiency layer, is used for performing described prioritization scheme, obtains the optimum results of described abnormal user energy data;
Described comprehensive report layer, for arrange the user after optimization with can data report, and the user after optimizing is with can data
Return described monitoring analysis layer.
2. the system as claimed in claim 1, it is characterised in that described energy data include: electricity consumption data, use water number evidence, use
Destiny according to, by coal data with by oily data, wherein, described electricity consumption data include: load data, voltage data and power factor number
According to, described water number according to, with destiny according to, by coal data and the table meter registration data that are equipment by oily data.
3. the system as claimed in claim 1, it is characterised in that described monitoring analysis layer, including: comprehensive monitoring unit, uses energy
Monitoring means, with can unit monitoring means, visualization, production technology monitoring means, exception monitoring unit, total score can be flowed
Analyse unit, use energy spectrometer unit, use energy mass analysis cell, analysis of Production Technology unit and anomaly analysis unit;
Wherein, described comprehensive monitoring unit, for periodically in real time monitoring enterprise with can data, energy consumption equipment with can data and
Abnormal by energy data;
Described energy monitoring means, with building or becoming by energy data and energy consumption with energy equipment in the enterprise of monitoring in real time
Gesture;
Described can flow visualization, for by chart and tree-like by the way of flow to carry out to energy expenditure and the energy of enterprise
Show;
Described production technology monitoring means, for determining power consumption link from production technology angle by Energy Sources Equilibrium method, and is arranged
Stoichiometric point, monitors in real time to described stoichiometric point, and the continuous data of described stoichiometric point includes: input energy sources amount, the conversion energy
Amount and output quantity of energy;
Described exception monitoring unit, in obtaining set time section, using of superthreshold can data;
Described integerated analytic unit, for business electrical information, energy consumption information, Energy-saving Situation information, troubleshooting letter
Breath, economy and the overview display interface of benefit, provide a unified entrance to energy analysis, and wherein, power information includes the moon
Power consumption, daily load and time of origin, energy consumption include total energy consumption, different energy sources type energy input, energy consumption accounting and
Sequential growth rate, Energy-saving Situation includes that Energy-saving Projects implementation status, energy efficient amount, economy and vehicle benefits situation include with energy unit
Energy consumption ranking and ten thousand yuan of output value energy consumption rankings;
Described energy spectrometer unit, for from can unit, two dimensions of department according to the time dimension exhibition of day, week, month, year
Show each can the power consumption trend of unit, and select on year-on-year basis, chain rate, analyze different units with energy, and record each can list
The superthreshold information of unit;
Described energy mass analysis cell, for according to by energy unit, two dimensions of department, from rate of qualified voltage, three-phase injustice
Weighing apparatus degree, three aspects of harmonic data, select different time dimensions, shows the quality of power supply with energy unit;
Described analysis of Production Technology unit, for from input energy sources, the conversion energy and output energy angle, by Energy Sources Equilibrium method
Analyze energy loss situation;
Described anomaly analysis unit, for adding up the information of the various superthresholds of enterprise's various energy source category.
4. the system as claimed in claim 1, it is characterised in that described diagnosis optimization layer, including: with energy diagnosis unit, production
Technical process diagnosis unit, with can balance diagnosis unit, set reserved energy assessment unit, system with can assess unit, with energy index
Planning unit and repair schedule unit;
Wherein, described energy diagnosis unit, for can data diagnose, searching evaporating, emitting, dripping or leaking of liquid or gas phenomenon;
Described production process diagnosis unit, for by Energy Sources Equilibrium method and industry to target form, diagnose production technology
Process;
Described with balancing diagnosis unit, for input energy sources is added up with the output energy, search loss point;
The described reserved energy that sets assesses unit, for by static, dynamic evaluation method, in conjunction with energy efficiency assessment model, to setting reserved energy
Situation diagnoses;
Described system is with assessing unit, for by static, dynamic evaluation method, in conjunction with energy efficiency assessment model, with production system
Carry out with can situation diagnose for object;
Described energy index planning unit, for using energy behavior by analysis user, carries out and uses and can manage by indexing, planning year
Degree, season, monthly energy index;
Described repair schedule unit, for formulating periodic inspection plan according to abnormal index.
5. the system as claimed in claim 1, it is characterised in that described energy efficiency layer, including: management power saving unit, technology
Power saving unit and project management unit;
Wherein, described management power saving unit, for unit consumption of product, product to mark, production team, production scene, with energy index,
Management with energy unit;
Described technical energy saving unit, for energy-conservation, the system-level energy-conservation and maintenance of energy efficiency model of device level, wherein, institute
The energy-conservation energy equipment of the emphasis to enterprise that means stating device level is monitored in real time and analyzes, the base of exhibition points energy consumption equipment
Plinth information, real-time traffic information and warning message, energy-conservation right with whole production system as one-level of described system-level energy-conservation finger
As, carrying out energy-saving analysis by Energy Efficiency Analysis model, propose Proposal for update, the maintenance of described energy efficiency model means device level
, system-level energy efficiency situation analysis model carry out statistical management and maintenance;
Described project management, the Energy-saving Projects information in inquiry is selected the time period, create new Energy-saving Projects, follow the tracks of joint
Can project operation situation, and by technical energy saving and the energy-conservation analysis of management, acquisitions can unit by energy situation and energy-conservation dive
Power.
6. the system as claimed in claim 1, it is characterised in that described user is with including by data report: comprehensive report, classification
With can report, subitem can be reported, product energy consumption report, with can exception reporting and economic benefit report.
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