CN103927185A - Network topology modeling device based on energy management and guiding method thereof - Google Patents
Network topology modeling device based on energy management and guiding method thereof Download PDFInfo
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Abstract
The invention discloses a network topology modeling device based on energy management and a guiding method of the network topology modeling device based on energy management. The network topology modeling device based on energy management mainly comprises an enterprise organization structure construction module, an energy management network construction module and a basic data generation module, wherein the enterprise organization structure construction module is used for constructing an enterprise organization structure hierarchy graph according to the topological tree principle to enable enterprise personnel to clearly understand the enterprise organization structure and to provide a data basis for construction of an energy management network graph; the energy management network construction module is used for addition and input of basic data of the enterprise so as to construct the enterprise energy management network graph; the basic data generation module is used for generating basis data in a function module, wherein the basic data include department names, components and names of objects using energy and index distribution content. By the adoption of the network topology modeling device based on energy management, the requirements for the automation level and the information technology level of modeling personnel can be reduced, the modeling personnel just need to click right keys on the objects using energy and then can carry out detailed configuration the added enterprise organization structure, index definition, energy medium definition, product definition, metering point definition, cost definition, shift frequency definition and the like according to guidance of a guide in the operating process.
Description
Technical field
The present invention relates to information management and the network communications technology, relate in particular to a kind of network topology model building device and bootstrap technique thereof based on energy management.
Background technology
At present, had a lot of energy production type Enterprise Constructions manufacture automatic control system, data acquisition system (DAS), enterprise utilizes these to serve the automated system of production, realize the robotization of production run, but enterprise has often ignored and utilizes these automated systems to manage the use of the energy, has wasted the effectiveness that automated system should be brought into play.Also have a lot of enterprises not know how this utilizes automated system to carry out energy management.Therefore needing a systematization, standardization, unitized platform badly instructs enterprise to carry out energy management.Energy management public service platform enterprise-oriented system (CEMS) just under this demand and be born.
CEMS can carry out effective with energy load management, by the principle of " required supply ", according to the dispersion of energy power system, the overall situation and basic feature, set up the energy management system of enterprise, strengthen technical management and the maintenance of enterprise with energy equipment, realize energy power system operation concentration of enterprises, flattening, management and examination system.
This CEMS is a set of energy management system that is applied to production enterprise, and enterprise customer can realize the supervision of the overall processes such as energy outsourcing to this enterprise, processing conversion, transmission & distribution, consumption under CEMS platform.The function that also can provide by system, the consumption plan of formulating enterprise energy; According to the actual achievement data of each measuring instrument, automatically generate the consumption actual achievement of enterprise energy; Realize equilibrium analysis that enterprise energy is consumed, with chain rate analysis and with national standard, industry standard, enterprise's internal control index mark is analyzed; Carry out the work such as energy KPI examination.
But, in the time utilizing existing energy management system to carry out system configuration, need carry out modeling to energy management system.Fig. 1 is the interface schematic diagram of certain existing energy management system configuration.From Fig. 1, be not difficult to learn, while utilizing this energy management system to carry out system configuration, interface is friendly not and directly perceived, requires modeling personnel must possess professional robotization and informationization technology level could be carried out modeling and system configuration to this energy management system.
And, the modeling process of existing energy management system is also very complicated and loaded down with trivial details, and large multi-energy management system need to customize just and can complete, and must be developed by special messenger, and while use in enterprise, also need to have professional to be configured and can to complete according to the Field Research of enterprise.In addition, the every basic data needing when modeling is disperseed definition often, and relevance is each other poor, and the defined item of each basic data is a lot, concrete application that cannot every definition of identification, also needs professional robotization and informationization technology personnel to define.
Summary of the invention
In view of this, fundamental purpose of the present invention is to provide a kind of network topology model building device and bootstrap technique thereof based on energy management, utilize this model building device can under energy management network topological diagram, carry out system configuration, pass in and out energy unit, main secondary energy unit, mainly energy consumption equipment and the configuration with energy unit, realize the modeling systems taking index management and control as core, by the modeling of collocation type guide, to reduce the requirement of modeling personnel to professional robotization and informationization technology level, when operation, only need guiding adding business organization's framework according to guide with energy object-point right click, index definition, energy medium definition, Product Definition, stoichiometric point definition, cost definition, order of classes or grades at school definition, user defines etc. and to carry out detailed configuration.
For achieving the above object, technical scheme of the present invention is achieved in that
Network topology model building device based on energy management, this model building device mainly comprises that business organization's framework builds module, energy management network struction module and basic data generation module; Wherein:
Business organization framework builds module, utilizes topological tree principle to build business organization's framework hierarchy chart, allows clear and definite this business organization's framework of enterprise personnel and provide data basis for the structure of energy management network chart;
Energy management network struction module, for interpolation and the typing of enterprise's master data, to set up enterprise energy supervising the network figure; After data configuration completes for basic data generation module provides Data support;
Basic data generation module, for the master data of systematic function module, the content that comprises department name, distributes by composition and title, the index of energy object.
Wherein, the mode of structure business organization framework mainly contains two kinds: manual construction and employing Excel import.
Described energy management network struction module, comprise and use and can add submodule, use energy object modification submodule, use and can delete submodule by object by object, responsible official adds submodule, order of classes or grades at school adds submodule and INDEX MANAGEMENT submodule, be respectively used to add with can object, amendment with can object information, delete with can object, interpolation responsible official information, interpolation order of classes or grades at school information and carry out setup measures management with energy object to each.
In described energy management network struction module with can object, comprise energy unit, secondary energy unit, with can unit and with energy equipment.
Described basic data generation module mainly comprises ledger management submodule, index analysis submodule, energy scheduling submodule, KPI examination submodule and Report Server Management submodule.
The bootstrap technique of the network topology model building device based on energy management, the method comprises:
A, build module by business organization framework and utilize topological tree principle to build business organization's framework hierarchy chart, allow clear and definite this business organization's framework of enterprise personnel and provide data basis for the structure of energy management network chart;
B, utilize energy management network struction module, complete interpolation and the typing of enterprise's master data, to set up enterprise energy supervising the network figure; After data configuration completes for basic data generation module provides Data support;
C, utilize the master data in basic data generation module systematic function module, comprise department name, by composition that can object and the content that title, index are distributed.
Wherein, in described steps A, step B, in topological tree displaying process, adopt the visual new algorithm of tree construction data.
In described steps A, step B, in the implementation procedure of right-click menu, use jQuery Context Menu Plugin plug-in unit, this plug-in unit allows the binding of right-click menu, and forbidding, enables icon function.
Network topology model building device and bootstrap technique thereof based on energy management provided by the present invention, has the following advantages:
Adopt model building device of the present invention, can build energy management system by energy management network topology pattern, can allow and be ignorant of the modeling of enterprise personnel complete independently whole system of programming.And guide by system, can make user complete more like a cork the structure of energy management system, and can energy management network clearly in structure to adding product, INDEX MANAGEMENT, order of classes or grades at school is set, adds the contents such as responsible official and easily configure, also can avoid due to enterprise's production technology and metering complicated owing to cannot and getting up to cause the trouble of omission with energy object association by stoichiometric point.
Brief description of the drawings
Fig. 1 is the interface schematic diagram of existing certain energy management system configuration;
Fig. 2 is the functional block diagram that the present invention is based on the network topology model building device of energy management;
Fig. 3 utilizes business organization's framework to build certain colliery organizational structure schematic diagram that module completes;
Fig. 3 a is the mode process flow diagram of manual construction business organization framework;
Fig. 3 b adopts Excel to import the mode process flow diagram that builds business organization's framework;
Fig. 4 is that click right is to the interface schematic diagram managing with energy object;
Fig. 5 is the data flow diagram of the INDEX MANAGEMENT submodule in Fig. 2.
Embodiment
Below in conjunction with drawings and Examples, network topology model building device and the bootstrap technique thereof based on energy management of the present invention is described in further detail.
Energy management is the large problem that present energy resource consumption type enterprise faces.At the Stage of Strategic Transformation of China's economy nowadays, the success or not of an enterprise energy management implementation is directly connected to the ups and downs of enterprise.Each energy resource consumption enterprise has also recognized the importance of energy management and has taken up to carry out the establishment of energy management system.
Existing energy management system generally customizes, need to be according to client's demand, propose modeling scheme, carry out modeling and configuration by the enterprise development personnel that specialize in energy management system, build the cost of energy management system and cost and be also suitable surprising.
Under this background, we have proposed solution of the present invention, and the model building device based on energy management network topology and bootstrap technique thereof are realized intelligence and guided, allow enterprise personnel oneself utilize the guide mode boot modeling of model building device, thereby complete the foundation of energy management system.
In energy management network configuration, need by network topology divide layer building realize with can object associated with stoichiometric point, be equipped with each product, index with energy object simultaneously, order of classes or grades at school is set, adds person liable etc., more directly perceived, vivid, and can not omit because each with can object be all corresponding with stoichiometric point.Utilizing the present invention can solve user can be independently, convenient structure and the modeling of change energy management system, can also guide modeling by the layering of energy management network, and it can not be omitted in building process.
Fig. 2 is the functional block diagram that the present invention is based on the network topology model building device of energy management.As shown in Figure 2, this model building device mainly comprises that business organization's framework builds module, energy management network struction module and basic data generation module.To the implementation procedure of waveguide mode, based on above three layer modules, three layer modules orders are interdependent, only have after the data of last layer module complete, and could provide data supporting for layer module below, make the layer module below could be smooth.Wherein:
Described business organization framework builds module, utilize topological tree principle to build the organizational structure hierarchy chart of enterprise, in the department of every one deck, comprise the title of the department of energy-consuming type enterprise, highest level is enterprise name (as " certain colliery "), below this department, can add, revise, delete subdivision (as " running work area "), after having added, data passback is presented in interface, until this organizational structure completes.
The major function that this business organization framework builds module comprises to be allowed clear and definite this business organization's framework of enterprise personnel and provides data basis for the structure of second step energy management network chart.
Fig. 3 utilizes business organization's framework to build certain colliery organizational structure schematic diagram that module completes.Under this graphics edition interface, the menu setecting that click right can eject node adds department's menu or subdivision menu.Can arrange as follows present node:
A, define the essential information of this node, comprise nodename (as dynamo-electric section, hoister) etc.;
B, define this node with can attribute, described with can attribute refer to this node department whether belong to secondary energy unit, with can unit, with energy equipment;
C, add this node downstream site, form energy management network chart.
At present, the mode of structure business organization framework mainly contains two kinds: manual construction and Excel import.Wherein, as shown in Figure 3 a, the flow process that the mode that adopts Excel to import builds as shown in Figure 3 b for the flow process of manual construction.Because flow process is comparatively simple, concrete steps are omitted.
Described energy management network struction module, is the nucleus module of this model building device, comprises interpolation, amendment, deletion sub-function module with energy object, and responsible official adds submodule, and order of classes or grades at school adds submodule, content and the operations such as INDEX MANAGEMENT submodule.Interpolation, typing module that this energy management network struction is enterprise's master data, user only this part carry out data configuration accurately comprehensively after, could be that next layer module is that basic data generation module provides support.
Be illustrated in figure 4 click right to the interface schematic diagram managing with energy object, can select to add son energy object, edit by energy object information, delete this use energy object, add responsible official, selection order of classes or grades at school and level of control setting.Its main operation is specially:
1) add with energy object.Be used for adding with can object, can define by title that can object, by classification that can object, as energy unit, secondary energy unit, with can unit, main energy consumption equipment.
2) energy object for amendment.Be used for amendment information that can object, can revise by title that can object, by classification that can object, as energy unit, secondary energy unit, with can unit, main energy consumption equipment.
3) delete with energy object.Be used for deleting by energy object and its relevant information.
4) add order of classes or grades at school.For with can object adding order of classes or grades at school, as, one class of system, two-shift, three-shift system and Fourth Shift's system, and define title and the order of classes or grades at school responsible official of order of classes or grades at school.
5) add responsible official.For adding responsible official with energy object.Invoke user administration page, if the user name needing does not exist, can click interpolation, carries out user's interpolation operation.
6) INDEX MANAGEMENT.To with carrying out setup measures management by object, comprise interpolation, amendment and the deletion of index.When interpolation, amendment index, can select medium stoichiometric point, gauging of products point, index, medium unit price, medium signature coefficient and various sign of operation.Be specially:
(1), while selecting medium stoichiometric point, call stoichiometric point module.Can carry out selection, interpolation, amendment, the deletion action of stoichiometric point in this module.If lack the medium stoichiometric point of needs in this module, click " interpolation " and carry out the interpolation operation of required medium stoichiometric point.
(2), while selecting gauging of products point, call gauging of products point module.This module can be carried out selection, interpolation, amendment, the deletion action of gauging of products point.If lack the gauging of products point of needs in this module, click " interpolation " and carry out the interpolation operation of required gauging of products point.
(3), while selecting index, call INDEX MANAGEMENT module.Subordinate is presented at wherein by the index of energy object, and user can select the index having existed to carry out editing operation.In this module, can carry out selection, amendment and the deletion action of index.
(4), while selecting medium unit price, call medium management module.In this module, can carry out selection, interpolation, amendment and the deletion action of medium.If lack the medium unit price of needs in this interface, click " interpolation " and carry out the interpolation operation of required medium.
(5), while selecting medium signature coefficient, call medium management module.In this module, can carry out selection, interpolation, amendment and the deletion action of medium.If while lacking the medium signature coefficient of needs in this module, click " interpolation " and carry out the interpolation operation of medium.
(6), while selecting production unit cost, call product administration module.In this module, can carry out selection, interpolation, amendment and the deletion action of production unit cost.If while lacking the production unit cost of needs in this module, click " interpolation " and carry out the interpolation operation of product.
(7), while selecting device attribute, what call is device attribute administration module.In this module, can carry out selection, interpolation, amendment and the deletion action of device attribute.If while lacking the device attribute of needs in this module, click " interpolation " and carry out the interpolation operation of device attribute.
Fig. 5 is the data flow diagram of the INDEX MANAGEMENT submodule in Fig. 2.As shown in Figure 5, this INDEX MANAGEMENT submodule is the key component of the INDEX MANAGEMENT level in the 4th layer in Fig. 2, the i.e. editor of Index Formula.The data of using in the editor of Index Formula comprise stoichiometric point management, gauging of products point, medium unit price, medium signature coefficient, production unit cost and INDEX MANAGEMENT itself.The data stream of modules and the data stream of self all will be pointed to INDEX MANAGEMENT module.Be specially:
1), while using stoichiometric point in formula, call stoichiometric point module and select the stoichiometric point needing to bring in formula.If there is no the stoichiometric point needing in stoichiometric point, user can add stoichiometric point, the packets of information of stoichiometric point containing the position of the title of the mediator network (adding up in order to facilitate analysis part) under stoichiometric point, stoichiometric point, stoichiometric point, the acquisition mode of stoichiometric point (automatically gather, manually typing, logical calculated, Use Defaults etc.), the metering classification (buy, distribute, use) under stoichiometric point, the information such as standard value and alarming value of stoichiometric point.The acquisition mode of stoichiometric point is the cycle that the words of manual typing also need to select manual typing; The acquisition mode of stoichiometric point is that the words of logical calculated also need this formula to carry out necessary editor; The acquisition mode of stoichiometric point is the numerical value that the words of default value also need input default.After stoichiometric point has added, data (< metering network: electric network, stoichiometric point title: main fan ammeter, typing mode: manually typing, metering classification: use, standard value: 1000, typing cycle: three-shift system >) pass back to stoichiometric point and select interface, and the stoichiometric point that user selects to need is again brought into formula and goes in calculating.
2), when the type of index is output, generally can use gauging of products point.User brings gauging of products point into and calculates in formula.If the stoichiometric point that does not have user to need adds, when adding gauging of products point, need to fill in the title of gauging of products point, the essential information such as typing mode, measurement unit of selection gauging of products point.After gauging of products point has added, data (add< gauging of products point title: main electromotor hooks number stoichiometric point, typing mode: three-shift system, measurement unit: hook >) pass back to gauging of products point selection interface, and the gauging of products point that user selects to need is again brought into formula and goes in calculating.
3) if use the unit price of medium in formula, need to call medium management module.User selects relevant medium in this module, and the unit price of getting medium is brought in formula and calculates.If this medium does not exist, carry out the interpolation operation of medium, after having added, data (add< medium: diesel oil, measurement unit: liter, unit price: 120 yuan, signature coefficient: 1.234>) passback, be presented in interface, the selection operation handlebar unit price that user carries out data is again brought into INDEX MANAGEMENT formula.
4) if use the signature coefficient of medium in formula, need to call medium management module.User selects relevant medium in this module, and the signature coefficient of getting medium is brought in formula and calculates.If this medium does not exist, carry out the interpolation operation of medium, after having added, data (add< medium: gasoline, measurement unit: liter, unit price: 134 yuan, signature coefficient: 1.672>) passback, be presented in interface, the selection operation handlebar signature coefficient that user carries out data is again brought into INDEX MANAGEMENT formula.
5) if use the unit price of product in formula, need to call product administration module.User selects relevant product in this module, and the unit price of getting product is brought in formula and calculates.If this product does not exist, carry out the interpolation operation of product, after having added, data (add< product: coal, measurement unit: ton, unit price: 1122 yuan) passback, be presented in interface, the selection operation handlebar production unit cost that user carries out data is again brought into INDEX MANAGEMENT formula.
6), in index editing process, in the formula of index, can use the index having existed.At this moment need INDEX MANAGEMENT module from calling, the index having existed is all called out.User selects, and after having selected, original index is brought into existing Index Formula and calculates.After New Set formula completes, achievement data returns and can be presented in INDEX MANAGEMENT interface.
Through data passback and support mutual between above module, the editor of the formula that can hit the target accurately, the information comprising in index is also more comprehensive.
Described basic data generation module, is mainly used in the master data in systematic function module, comprises the content such as composition and title, index distribution of department name, use energy object.Comprise ledger management submodule, index analysis submodule, energy scheduling submodule, KPI examination submodule and Report Server Management submodule.The utilization relation of this basic data generation module is as follows:
1), in account management function, the data of importing into comprise stoichiometric point data that comprise in all accounts (the typing order of classes or grades at school, the account responsible official that comprise account title, account) data and account etc.Account will carry out typing, just must have above data message.
2) in index analysis function, the data of importing into comprise represent all indexs, index corresponding with can object oriented, ways of presentation corresponding to index etc.This function will carry out the year, month, day trend analysis of index or the comparative analysis of class all must be used the data of importing into.
3), in energy scheduling, the packet importing into is containing all user's names, department name, device name etc.Above data message can be used in every record of energy scheduling module.
4), in KPI examination, the packet importing into is containing using energy object data, achievement data etc.Each index by energy object and correspondence of examining item will select examination, just can further calculate.
5), in Report Server Management, the packet importing into is containing all achievement datas, each in form all will with Index Establishment corresponding relation, otherwise will get less than data.
In to the operation of this module, as long as what operate on backstage, after having clicked, touch this event, this event just automatically performs.After above three layer modules all complete, the master data of system accuses ready, and whole system just can enter running status.
The present invention is the model building device of enterprise energy management platform exploitation, is in order to allow user that system is set quickly and intuitively.In the topological tree displaying process of business organization's framework building process, we have adopted the visual new algorithm of tree construction data, and we have adopted the algorithm that John Q. Walker II is proposed after improving, more to meet the new algorithm of system requirements.
The algorithm idea that John Q. Walker II proposes is: tree construction data are carried out to traversal twice, traversal is postorder traversal for the first time, calculate the predefine X coordinate of each node and prepare as cumulative correction data by this traversal, because traditional algorithm does not have the gummed problem of processing node, so the saving grace of this algorithm is gummed problem to process, but by processing node glue together the center of problem father node in child node directly over, be the visual tree better appearance that seems; Traversal is preorder traversal for the second time, will calculate the final coordinate of each tree node by this traversal, and the predefine coordinate that account form is each node adds the final correction data of coming from the correction data accumulation of the node of the bottom.
For the demand of adaptive system, the place that need to supplement algorithm is:
1) drawing in algorithm being changed into JavaScript realizes: for compatible each browser, guide has been used this drawing plug-in unit of jsDraw2DX, realize the compatibility to IE core browser by this plug-in unit, wherein following this plug-in unit of IE9 version has used VML technology to realize drawing, IE9 and FireFox, the main flow browsers such as Chrome use SVG technology to realize and draw;
2) the drafting tree node in algorithm is changed into automatic generation DOM structure: the DOM by algorithm in webpage is combined, use the div in DOM to represent a node, and can on this div, show the information of node, and provide technical support for the right-click menu of realizing on the page;
3) revise exceeding the bug that left border cannot show in algorithm: algorithm originally cannot show in the time that node exceeds left border, find out the coordinate of the node of the leftmost side by all nodes in traverse tree all node coordinates are revised, can guarantee that all nodes are all presented in viewing area.
In addition,, in the implementation procedure of right-click menu, we also improve.Right-click menu conventionally only just can eject when right click on the node of tree, and does not all respond in other region right clicks or left click, and this effect can be by realizing all node bindings to right-click menu.That the right-click menu of guide uses is jQuery Context Menu Plugin, and this plug-in unit allows the binding of right-click menu, and forbidding, enables the functions such as icon.
In the first step of modeling process, right-click menu has three: add subdivision, editorial department's information and deletion department.Wherein:
1) add subdivision: for department adds subdivision, selecting the dialog box ejecting after this menu is that JQueryUI realizes, the functional sequence of preserving subdivision success post code execution is: data are saved in to database, on the page, generate corresponding node div, node data is saved in tree construction data, upgrade the topology of tree and show judge whether the department's quantity in enterprise is greater than 1, if can carry out next step;
2) editorial department's information: by opening dialog box, the title of department is edited, clicking save button is the name information of renewable department;
3) deletion department: carrying out this menu can delete department.Delete the information in information and the tree construction data in database simultaneously, while deleting successfully, can upgrade the topology of tree and show.
Because the described first step is first page, so that the previous step button of this page is is invalid, this arranges in mother matrix page.
In energy management network struction module, the manual construction energy management network chart page, the function that the function that this page provides provides with the guide first step is basic identical, and difference is that the right-click menu of this page is many, and also more complicated of the function of each menu.
In the displaying process of topological diagram, we have also adopted the algorithm that John Q. Walker II is proposed after improving, more to meet the new algorithm of system requirements.Difference is also: this energy management Webpage has added data mode in the node after the menu corresponding with right-click menu carried out in the time building node, as carry out after the INDEX MANAGEMENT menu in right-click menu, can in node, see that the numeral after index icon upgrades.The implementation of this function is Asynchronous Request technology, and after menu is finished, this page is asked to backstage, and rear corresponding data mode can be carried out by backtrack menu in backstage: the number of data.Realize Asynchronous Request Technology Need and use Jquery framework, this framework compares concrete encapsulation to Asynchronous Request, both provided detailed $ .ajax () function to allow technician that various required parameters are set, the .post () and the .get () that simplify are also provided, and .getJSON () function is realized the Asynchronous Request of corresponding request mode.
1) right-click menu only just can eject when right click on the node of tree, and does not all respond in other region right clicks or left click, and this effect can be by realizing all node bindings to right-click menu.What the right-click menu of guide used is jQuery Context Menu Plugin plug-in unit, and this plug-in unit allows the binding of right-click menu, and forbidding, enables the functions such as icon.The right-click menu of this energy management network struction module has 7.
(1) add son energy object: the node that is selection adds a child node, by this menu, topological structure is increased to expansion.This menu can eject the information with energy object and add frame (JqueryUI implementation), clicks save button and just can, by be saved in database (using the mode of Asynchronous Request) by the information of energy object, successfully can upgrade topological tree if preserve.
The main implementation technique of this menu is: Asynchronous Request, interlock is forbidden or enabled, and allows to add.
A, Asynchronous Request: Asynchronous Request please refer to the explanation of Asynchronous Request above;
B, interlock are forbidden or enable: interlock is forbidden or enabled is the response of the selection to user, in the time that user selects main energy consumption equipment, equipment combobox just can be enabled, and shows interpolation device button, just can enable production system classification combobox in the time that user selects with energy unit.Forbid or enable combobox by the judgement of simple front end code and can realize this technology.
C, allow to add: " interpolation type " button on device type combobox side is to add (realize so-called do not add) when helping user not find the device type that will select in combobox, in the time adding device type, user can also carry out to the equipment in list the interpolation of device attribute, while not finding " hoister " to be selected type such as user in device type combobox, can click " interpolation type " button, in pop-up box, device type is managed, can add new type " hoister ", then in action column, be that " hoister " adds attribute, such as the hoisting depth of hoister, rated power etc.
2) editor is with can object information: for the node editor that selects is by information that can object, its implementation is identical with interpolation.
3) delete this use energy object: while deleting with energy object, can link and delete all data relevant to using energy object.The implementation that interlock is deleted is: the deletion event before energy object for registration deletion in the biz file generating with the table of energy object in dependence.
4) add responsible official: for adding responsible official by object, in the customer management window that this menu ejects, can add, edit, delete user.Interpolation, editor and the delete function of data in the basic his-and-hers watches that implementation provides for EasyPage framework.
5) select order of classes or grades at school: for order of classes or grades at school being set with energy object.In the pop-up box of this menu, can select the classification of order of classes or grades at school and the responsible official of order of classes or grades at school, and title and the initial time of order of classes or grades at school are set.The initial time of first shift can only be set in this page, then by one day automatically divide by the number of times of class for 24 hours.The simple computation that is embodied as front end and the assignment of this technology.Responsible official's button of order of classes or grades at school can eject user management dialog box, is used for selecting the responsible official of this order of classes or grades at school.
6) editing equipment attribute: this menu only just can be enabled in the time being main energy consumption equipment with energy object.The function of menu is the device attribute value arranging with energy object.Such as in the time being hoister with energy object, because action column above can be added device attribute, so when added this attribute of hoisting depth for hoister, this menu can eject a frame, in frame, requiring user is concrete numerical value of hoisting depth setup of attribute.Being embodied as of this technology: construct device model administration module by three in the data tables that are mutually related.A table is used for depositing device type, and a table is used for depositing the device attribute that each device type has, and last table is used for depositing each property value with the corresponding attribute of energy object.
7) INDEX MANAGEMENT: this menu provides the management to the index with energy object.The pop-up box of this menu allows user to manage the index of selected energy object, allows user to add index, editor, delete function.The technology that realizes of this menu is:
(1) index is affiliated with energy object: the affiliated of index bound by default with energy object, because INDEX MANAGEMENT is that certain is managed by the index of energy object, certainly allows user oneself to select.The realization of acquiescence binding is to realize by value being assigned to after pass data to corresponding page control.
(2) the formula item of index definition: i.e. Small Indicators or the little formula of user after index being decomposed according to the description of Index Formula, wherein already present index corresponding to system meeting automatic search in the time that user inputs description title in the definition of formula item, if the direct index searching out of selecting of user can automatic filling.
(3) equation editing of index: this edit page can be edited the formula of index.When editor, can select stoichiometric point, product, device attribute value and index.The main technology that realizes is " can not add " technology.
The above, be only preferred embodiment of the present invention, is not intended to limit protection scope of the present invention.
Claims (8)
1. the network topology model building device based on energy management, is characterized in that, this model building device mainly comprises that business organization's framework builds module, energy management network struction module and basic data generation module; Wherein:
Business organization framework builds module, utilizes topological tree principle to build business organization's framework hierarchy chart, allows clear and definite this business organization's framework of enterprise personnel and provide data basis for the structure of energy management network chart;
Energy management network struction module, for interpolation and the typing of enterprise's master data, to set up enterprise energy supervising the network figure; After data configuration completes for basic data generation module provides Data support;
Basic data generation module, for the master data of systematic function module, the content that comprises department name, distributes by composition and title, the index of energy object.
2. the network topology model building device based on energy management according to claim 1, is characterized in that, the mode that builds business organization's framework mainly contains two kinds: manual construction and adopt Excel to import.
3. the network topology model building device based on energy management according to claim 1, it is characterized in that, described energy management network struction module, comprise and use and can add submodule, use energy object modification submodule, use and can delete submodule by object by object, responsible official adds submodule, order of classes or grades at school adds submodule and INDEX MANAGEMENT submodule, be respectively used to add with can object, amendment with can object information, delete with can object, interpolation responsible official information, interpolation order of classes or grades at school information and carry out setup measures management with energy object to each.
4. the network topology model building device based on energy management according to claim 3, is characterized in that, in described energy management network struction module with can object, comprise energy unit, secondary energy unit, with can unit and with energy equipment.
5. the network topology model building device based on energy management according to claim 1, it is characterized in that, described basic data generation module mainly comprises ledger management submodule, index analysis submodule, energy scheduling submodule, KPI examination submodule and Report Server Management submodule.
6. the bootstrap technique of the network topology model building device based on energy management, is characterized in that, the method comprises:
A, build module by business organization framework and utilize topological tree principle to build business organization's framework hierarchy chart, allow clear and definite this business organization's framework of enterprise personnel and provide data basis for the structure of energy management network chart;
B, utilize energy management network struction module, complete interpolation and the typing of enterprise's master data, to set up enterprise energy supervising the network figure; After data configuration completes for basic data generation module provides Data support;
C, utilize the master data in basic data generation module systematic function module, comprise department name, by composition that can object and the content that title, index are distributed.
7. the bootstrap technique of the network topology model building device based on energy management according to claim 6, is characterized in that, in described steps A, step B, in topological tree displaying process, adopts the visual new algorithm of tree construction data.
8. the bootstrap technique of the network topology model building device based on energy management according to claim 6, it is characterized in that, in described steps A, step B in the implementation procedure of right-click menu, use jQuery Context Menu Plugin plug-in unit, this plug-in unit allows the binding of right-click menu, forbidding, enables icon function.
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