CN112232021A - Enterprise energy management data presentation system and method - Google Patents
Enterprise energy management data presentation system and method Download PDFInfo
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- CN112232021A CN112232021A CN202010492620.7A CN202010492620A CN112232021A CN 112232021 A CN112232021 A CN 112232021A CN 202010492620 A CN202010492620 A CN 202010492620A CN 112232021 A CN112232021 A CN 112232021A
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Abstract
The invention discloses an enterprise energy management data presentation system and method, which belong to the technical field of enterprise energy data processing systems and solve the problems of comprehensiveness and visualization of data presentation; the menu selection column area includes: the system comprises a platform home page module, a main system diagram module, an alarm analysis module, an electricity consumption monitoring module, an electricity consumption analysis module, a comprehensive energy module, a report management module and a comprehensive report module; the data graphic information display area respectively displays data according to the selection of the menu selection column area; the user information area comprises a message alarm unit, a message announcement unit and a user setting unit, and the effect of conveniently displaying data is achieved by adopting a visual multi-screen projection mode.
Description
Technical Field
The invention relates to the field of enterprise energy data processing systems, in particular to an enterprise energy management data presentation system and method.
Background
The development of social economy and the improvement of production living standard can not be separated from industrial manufacturing. The rapid industrial development brings unprecedented achievement to human beings and also brings energy loss which is aggravated by the eyes. The irreversibility and irreproducibility of energy loss has become one of the biggest troubles in many industrially developed or rising countries. In the face of such situations, energy management and overall planning of industrial energy consumption of enterprises become an indispensable part in future production.
The energy management and analysis platform for the large-scale enterprise is a key system for managing and solving a plurality of energy consumption problems generated in production and life of the large-scale enterprise, designing and realizing data information acquisition, storage and visual analysis of energy consumption, and providing data support and scientific basis for energy conservation and consumption reduction of the enterprise and profit improvement.
The existing system generally adopts a B/S structure, and develops by using a ThinkPHP framework under an MVC mode. The front end is completed by using technologies such as JQuery, Ajax and the like, and the SQLServer 2008R 2 database with high enterprise-level availability and high security is selected as the database.
On-site data are mostly displayed in a form or stored in a database through calling, but currently, the working efficiency cannot be effectively improved due to the fact that the data are various and are inconvenient to collect and classify, and the user experience is very unfavorable.
Disclosure of Invention
The invention aims to overcome the defects in the prior art, at least solves the technical problems in the related technology to a certain extent, and provides an enterprise energy management data presentation system and method so as to achieve the purposes of comprehensively displaying data, efficiently displaying data table information and improving user experience.
In order to solve the technical problems, the technical scheme of the invention is as follows: an enterprise energy management data presentation system comprises a user login module and a platform presentation interface, wherein the platform presentation interface is accessed through the user login module and comprises a menu selection column area, a data graphic information display area and a user information area; the menu selection column area includes: the system comprises a platform home page module, a main system diagram module, an alarm analysis module, an electricity consumption monitoring module, an electricity consumption analysis module, a comprehensive energy module, a report management module and a comprehensive report module; the data graphic information display area respectively displays data according to the selection of the menu selection column area; the user information area comprises a message alarm unit, a message announcement unit and a user setting unit
In addition, the system is based on a computer display and carries the enterprise energy management data presentation system, and further comprises a projector, a main curtain, a plurality of secondary displays, a camera and a cursor remote controller;
step 1: the method comprises the following steps of building a hardware system, connecting a computer display with a projector, putting a display picture on a main curtain by the projector, generating a light spot on the main curtain by a cursor remote controller, directly facing the main curtain and acquiring picture data of the main curtain by a camera, connecting the camera with a host of the computer display, and connecting the host with a plurality of secondary displays for synchronizing the pictures of the computer display;
step 2: processing data of a computer display, processing picture data of a camera, constructing a display edge area in a brightness difference mode, and forming a coordinate system and a light spot coordinate; and establishing a connection with the computer display picture to match the upper coordinate system, and displaying the virtual light spot on the computer display.
The technical effects of the invention are mainly reflected in the following aspects:
1. the display interface is reasonable in spatial layout, data display is more direct, operation is more convenient, and a user can acquire data information more directly and efficiently;
2. the enterprise energy management data is relatively comprehensive, and various information is classified and divided in sequence and is reasonably arranged;
3. data show in time, show information is comprehensive, can with a plurality of modes of throwing the screen, show and the light spot follows control to information show, explanation, transmission.
Drawings
FIG. 1 is a login interface in embodiment 1;
FIG. 2 is a display diagram shown in example 1;
fig. 3 is a schematic diagram of a hardware structure in embodiment 2.
Reference numerals: 1. selecting a column area by a menu; 2. a data graphic information display area; 3. a user information area; 4. a computer display; 5. a host; 6. a projector; 7. a main curtain; 8. displaying a picture; 9. a light spot; 10. and a secondary display.
Detailed Description
The embodiments of the present invention will be described in detail below, examples of which are illustrated in the accompanying drawings, and the embodiments described below by referring to the drawings are exemplary and intended to explain the present invention so that the technical aspects of the present invention can be more easily understood and appreciated, and are not to be construed as limiting the present invention.
Example 1:
an enterprise energy management data presentation system comprises a user login module and a platform presentation interface, wherein the platform presentation interface is accessed through the user login module. The user login module is shown in fig. 1, and the user logs in the platform system by inputting a user name and a password. The platform system presents a user interface.
Referring to fig. 2, the platform presentation interface includes a menu selection column area 1, a data graphic information display area 2, and a user information area 3.
Menu selection column area 1 is arranged on the left side, and menu selection column area 1 includes: the system comprises a platform home page module, a main system diagram module, an alarm analysis module, an electricity consumption monitoring module, an electricity consumption analysis module, a comprehensive energy module, a report management module and a comprehensive report module. With sub-menus also present.
The data graphic information display area 2 respectively displays data according to the selection of the menu selection column area 1.
The user information area 3 includes a message alert unit, a message announcement unit, and a user setting unit. And selecting the message alarm unit, and displaying some alarm information. Similarly, the message announcement unit displays a comprehensive report, a power utilization report of the user and a safety analysis report.
And a data center sub-module and an enterprise user sub-module are arranged under the platform home page module, and after the data center sub-module selects, a map image, a positioning image, a voltage grade query selection, a state query selection, an alarm state query selection and site list data are displayed in the data graphic information display area 2.
And after the enterprise user submodule is selected, the power utilization summarization, the site summarization, the running state, the running curve and the recent alarm are displayed in the data graphic information display area 2. Which is mainly presented in a diagrammatic manner.
The main system diagram module is selected and displayed in the data graphic information display area 2: user address, user energy system diagram.
After the alarm analysis module is selected, alarm analysis data are displayed in the data graphic information display area 2, the alarm analysis data comprise query columns and alarm display columns, and the query columns comprise starting time, ending time, enterprise names, grades, states and keywords; the alarm display column comprises an alarm number, a site name, a loop name, an event description, an alarm level, event occurrence time, a current value, a threshold value, a current state and operation information.
A real-time data unit is arranged under the power consumption monitoring module, and the data unit is implemented by real-time summarization, power consumption parameters, index association and fire monitoring; the real-time summary is selected to display current, voltage, power factor, harmonics, phase angle, deviation, frequency, and temperature data within the data graphic information display area 2.
The electricity usage parameter is selected and then the correlation point of the graph of the real-time summarized data is displayed in the data pattern information display area 2.
After the index association is selected, the a-phase, B-phase, and C-phase voltage and current charts are displayed in the data pattern information display area 2.
After the fire monitoring is selected, a graph of leakage current, voltage, and temperature is displayed in the data graph information display area 2.
The power consumption analysis module comprises electric quantity analysis, energy consumption analysis, comparative analysis and electric energy quality.
After the electric quantity analysis is selected, a chart of time-sharing electricity consumption, daily electricity consumption, monthly electricity consumption and annual electricity consumption is displayed in the data graphic information display area 2. After the energy consumption analysis is selected, a device ranking and period ranking chart is displayed in the data graphic information display area 2. After the comparative analysis is selected, the graph of the energy consumption ratio and the energy consumption ratio is displayed in the data graph information display area 2. After the power quality is selected, a line loss chart, a harmonic chart, a power factor chart and a three-phase imbalance chart are displayed in the data graph information display area 2.
The integrated energy module comprises total energy summarization, water use analysis and steam use analysis.
The total energy summary is selected and then the data charts of electric energy, water energy, gas energy, oil energy, heat energy, cold energy, biological energy, solar energy, geothermal energy and wind energy in the year, month and day are displayed in the data graphic information display area 2. The water analysis is selected and an instantaneous quantity/cumulative quantity graph is displayed in the data pattern information display area 2. After the steam analysis is selected, the instantaneous quantity, cumulative quantity, temperature and pressure charts are displayed in the data graph information display area 2.
The report management module comprises electric quantity statistics, load statistics, original value statistics, an electric charge statistics table, air quantity statistics and water quantity statistics, and displays a corresponding data chart in the data graphic information display area 2.
The comprehensive report module comprises a comprehensive monthly report and report retrieval, wherein a monthly report file menu is displayed in the data graphic information display area 2 after the comprehensive monthly report is selected, and a retrieval file menu is displayed in the data graphic information display area 2 after the report retrieval is selected.
With reference to fig. 1 and fig. 2, the main advantage of the system scheme is that in the data classification and presentation, the convenience of obtaining information data by an operator can be effectively improved through the data classification and collection presentation, and the system scheme is easy to operate and use.
Example 2:
based on the system, a computer with a display is arranged on hardware, and the system can be on-line after networking.
The method for presenting the enterprise energy management data is based on a computer display 4, carries an enterprise energy management data presentation system, and further comprises a main curtain 7, a plurality of secondary curtains, a camera and a cursor remote controller, wherein the main curtain 7, the plurality of secondary curtains, the camera and the cursor remote controller are displayed in a picture putting mode on the computer display 4. The computer monitor 4 is connected to a combined projector 6, and a screen of the computer monitor 4 is projected onto a main screen 7 by the projector 6. The camera now captures the picture on the main screen 7. The camera is also connected to a computer host 5. The secondary display 10 may be a display screen or a curtain display.
The computer display 4 connects the main screen and the plurality of sub-planes for sharing the computer display 4 picture. This enables the subtitle or sub-display 10 to display the shared picture at the same time. The shared picture is with the light spot 9, the light spot 9 is collected by the camera and is superimposed on the original picture, so that the picture that can be shared is with the photoelectricity.
The cursor remote control projects a spot 9 indicated on the main screen, the camera processing including: collecting an image projected by a cursor remote controller, and extracting a light spot 9; collecting a monochromatic image and calibrating a projective transformation matrix; the position of the spot 9 is calculated and the resulting data is provided to the computer display 4 to display the spot 9 as a cursor.
It is known that during the presentation or exhibition or operation, a cursor remote control (laser pointer) is used for pointing, which generates a light spot 9 on the main screen 7. The photoelectric signals are collected by the camera and fed back to the computer host 5, the simulated light spot 9 is displayed on the computer display 4, and the picture with the simulated photoelectric signals is transmitted to other secondary displays 10 or secondary projectors 6 respectively, so that the picture with the light spot 9 is shared. On the main screen 7, the virtual photo and the real photo follow in real time. Therefore, the operation and the display are more convenient.
The relation between the main projection area and the computer display 4 is established through the camera, the light spot 9 of the cursor remote controller is converted to the computer display 4 from the main projection area, and therefore the light spot 9 is controlled to move, and the secondary projection screen also has the effect that the computer light spot 9 moves along with the secondary projection screen.
In practical applications, the adjustment of the camera and the projector 6 (including focusing, pose change, etc.) makes it difficult to make the projection area (such as the projection of PPT) completely fill the entire projection screen, and the field of view of the camera will not be the only projection screen.
The position of the mere research spot 9 does not establish its projection on the computer display 4. The main idea here is therefore to calibrate the main projection area and the projective transformation matrix H of the computer display 4 beforehand by monochromatic projection by the main projector 6. From this matrix H the light spots 9 can be directly transformed to the computer display 4.
Firstly, calibrating a projective transformation matrix H of a main projection area relative to the computer display 4 based on monochromatic projection, thereby establishing the relation between the main projection area and the computer display 4; secondly, extracting a laser pen light spot 9 by using a real-time acquired main screen image; finally, the coordinates of the light spot 9 on the computer display 4 are calculated based on the projective transformation matrix H, and the computer is controlled to display the virtual light spot 9.
The establishment of the monochromatic projection selection area is to calculate edge values according to the brightness of the picture collected by the camera, so as to select four corner points, and the rectangular area formed by the four corner points is a projection area and forms a coordinate system. The light spot 9 on the main screen 7 is extracted, and the position and relative coordinates of the photo-electricity are selected based on the brightness value of the light spot 9 and the brightness threshold. The coordinates are displayed according to the coordinates after the coordinates are associated with the display 8 of the computer display 4.
The above are only typical examples of the present invention, and besides, the present invention may have other embodiments, and all the technical solutions formed by equivalent substitutions or equivalent changes are within the scope of the present invention as claimed.
Claims (10)
1. An enterprise energy management data presentation system comprises a user login module and a platform presentation interface, wherein the platform presentation interface is accessed through the user login module, and is characterized in that the platform presentation interface comprises a menu selection column area, a data graphic information display area and a user information area; the menu selection column area includes: the system comprises a platform home page module, a main system diagram module, an alarm analysis module, an electricity consumption monitoring module, an electricity consumption analysis module, a comprehensive energy module, a report management module and a comprehensive report module;
the data graphic information display area respectively displays data according to the selection of the menu selection column area;
the user information area includes a message alert unit, a message announcement unit, and a user setting unit.
2. The enterprise energy management data presentation system of claim 1, wherein: a data center sub-module and an enterprise user sub-module are arranged under the platform home page module, and after the data center sub-module selects, a map image, a positioning image, a voltage grade query selection, a state query selection, an alarm state query selection and site list data are displayed in a data graphic information display area;
and after the enterprise user submodule is selected, the power utilization summarization, the site summarization, the running state, the running curve and the recent alarm are displayed in the data graphic information display area.
3. The enterprise energy management data presentation system of claim 1, wherein: and after the main system graph module is selected, displaying in the data graph information display area: user address, user energy system diagram.
4. The enterprise energy management data presentation system of claim 1, wherein: the alarm analysis module displays alarm analysis data in the data graph information display area after being selected, wherein the alarm analysis data comprises query columns and alarm display columns, and the query columns comprise starting time, ending time, enterprise names, grades, states and keywords; the alarm display column comprises an alarm number, a site name, a loop name, an event description, an alarm level, event occurrence time, a current value, a threshold value, a current state and operation information.
5. The enterprise energy management data presentation system of claim 1, wherein: a real-time data unit is arranged under the power consumption monitoring module, and the data unit is implemented by real-time summarization, power consumption parameters, index association and fire monitoring;
summarizing in real time the selected current, voltage, power factor, harmonic, phase angle, deviation, frequency, and temperature data displayed in the data graph information display area;
displaying the associated points of the graph of the real-time summarized data in the data graph information display area after the electricity utilization parameters are selected;
displaying an A-phase, B-phase and C-phase voltage and current diagram in a data graphic information display area after the index association is selected;
and displaying graphs of leakage current, voltage and temperature in the data graph information display area after the fire monitoring is selected.
6. The enterprise energy management data presentation system of claim 1, wherein: the power consumption analysis module comprises electric quantity analysis, energy consumption analysis, comparison analysis and electric energy quality;
after the electric quantity analysis is selected, displaying graphs of time-sharing electricity utilization, daily electricity utilization, monthly electricity utilization and annual electricity utilization in the data graphic information display area;
displaying a device ranking and period ranking chart in the data graph information display area after the energy consumption analysis is selected;
displaying a graph of energy consumption ratio and energy consumption ratio in the data graph information display area after the comparison analysis is selected;
and after the electric energy quality is selected, displaying a line loss chart, a harmonic chart, a power factor chart and a three-phase imbalance chart in a data graph information display area.
7. The enterprise energy management data presentation system of claim 1, wherein: the comprehensive energy module comprises total energy summarization, water consumption analysis and steam consumption analysis;
after the total energy summary is selected, displaying year, month and day electric energy, water energy, gas energy, oil energy, heat energy, cold energy, biological energy, solar energy, geothermal energy and wind energy data charts in a data graphic information display area;
displaying an instantaneous quantity and cumulant graph in the data graph information display area after the water analysis is selected;
after the steam analysis is selected, the instantaneous quantity, the cumulant, the temperature and the pressure chart are displayed in the data graph information display area.
8. The enterprise energy management data presentation system of claim 1, wherein: the report management module comprises electric quantity statistics, load statistics, original value statistics, an electric charge statistics table, air quantity statistics and water quantity statistics, and displays a corresponding data chart in the data graphic information display area.
9. The enterprise energy management data presentation system of claim 1, wherein: the comprehensive report module comprises a comprehensive monthly report and report retrieval, wherein a monthly report file menu is displayed in the data graphic information display area after the comprehensive monthly report is selected, and a retrieval file menu is displayed in the data graphic information display area after the report retrieval is selected.
10. An enterprise energy management data presentation method, based on a computer display, carries the enterprise energy management data presentation system of claim 1, and further comprises a projector, a main curtain, a plurality of secondary displays, a camera, and a cursor remote controller;
the method is characterized in that:
step 1: the method comprises the following steps of building a hardware system, connecting a computer display with a projector, putting a display picture on a main curtain by the projector, generating a light spot on the main curtain by a cursor remote controller, directly facing the main curtain and acquiring picture data of the main curtain by a camera, connecting the camera with a host of the computer display, and connecting the host with a plurality of secondary displays for synchronizing the pictures of the computer display;
step 2: processing data of a computer display, processing picture data of a camera, constructing a display edge area in a brightness difference mode, and forming a coordinate system and a light spot coordinate; and establishing a connection with the computer display picture to match the upper coordinate system, and displaying the virtual light spot on the computer display.
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| CN202010492620.7A CN112232021A (en) | 2020-06-03 | 2020-06-03 | Enterprise energy management data presentation system and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114518723A (en) * | 2022-01-04 | 2022-05-20 | 山东正晨科技股份有限公司 | Energy consumption monitoring system and method for intelligent building data |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114518723A (en) * | 2022-01-04 | 2022-05-20 | 山东正晨科技股份有限公司 | Energy consumption monitoring system and method for intelligent building data |
| CN114518723B (en) * | 2022-01-04 | 2024-04-16 | 山东正晨科技股份有限公司 | Energy consumption monitoring system and method for intelligent building data |
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