CN115545560A - Wisdom energy visual management platform - Google Patents

Wisdom energy visual management platform Download PDF

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CN115545560A
CN115545560A CN202211389466.6A CN202211389466A CN115545560A CN 115545560 A CN115545560 A CN 115545560A CN 202211389466 A CN202211389466 A CN 202211389466A CN 115545560 A CN115545560 A CN 115545560A
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energy
carbon emission
module
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王大林
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Inner Mongolia Huaxun Software Co ltd
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Inner Mongolia Huaxun Software Co ltd
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    • G06—COMPUTING; CALCULATING OR COUNTING
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Abstract

The invention discloses an intelligent energy visual management platform, which adopts an automation technology, a network communication technology, a real-time database technology and a data analysis and prediction technology to carry out centralized and flat dynamic monitoring and digital management on the production, transmission and distribution, consumption and energy supply of energy media of enterprises and the state of energy utilization equipment. The intelligent energy management system has the advantages that parameters, information and energy data in the production process are acquired by means of an intelligent data acquisition and transmission network, dynamic monitoring and information management are carried out on all links of an enterprise energy system, energy efficiency analysis and evaluation are carried out in real time, an energy optimization scheduling strategy and scheme are formulated, management and control integration is realized, information isolated islands in industrial production, management and control are eliminated, energy is reasonably planned and utilized, energy consumption is reduced, and economic benefits are improved.

Description

Wisdom energy visual management platform
Technical Field
The invention relates to the technical field of intelligent energy, in particular to a visual management platform for intelligent energy.
Background
With the continuous increase of the application of the intelligent energy, the social benefit and the economic benefit are continuously highlighted, and the arrangement of the intelligent energy for global energy enterprises is accelerated. Our country policy promotes the high-speed development of intelligent energy. In recent years, china pays attention to high-quality development, proposes a concept of 'green production' in the aspect of industrial development, requires industrial production to pay attention to improvement of production efficiency, energy conservation and emission reduction, develops a series of energy-saving policies for the purpose, guides enterprises to adopt scientific and technological means to monitor and regulate an energy consumption stage in a production stage so as to realize energy conservation, and provides tax benefits for the enterprises in green production.
1. The industrial energy consumption of China is huge, and an energy-saving system is urgently needed;
the industrial added value and energy consumption of enterprise units over the national scale generally decline. Although the green development and the effect of the industry in China are obvious, the total amount of industrial energy consumption still occupies an important position in social energy consumption.
2. Wisdom energy is as the best scheme of energy-conservation, and its market space is huge.
Therefore, an intelligent energy visual management platform is provided.
Disclosure of Invention
The invention aims to provide an intelligent energy visual management platform to solve the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme: an intelligent energy visual management platform comprises a display layer, an application layer, a service layer and a data layer;
the display layer is used for facing a user to use the terminal;
the application layer is used for implementing centralized and flat dynamic monitoring and digital management on the production, transmission, distribution, consumption and energy supply of enterprise energy media and the state of energy utilization equipment;
the service layer is used for supporting the operation of the system application layer, and comprises basic data, an organization structure, authority support management, system basic service dictionary management, parameter setting, menu management and operation logs.
Preferably, the presentation layer is presented in the form of a Web system.
Preferably, the system comprises a statistical analysis module, an enterprise management module, an equipment management module, a complaint management module, an inspection task module, an illegal event module and a platform cockpit module;
the enterprise management module is used for carrying out classified management on key enterprises so that the key enterprises have special windows for management;
the equipment management module is used for displaying all the equipment under the enterprise, inquiring, deleting, editing, checking, equipment state and refreshing list functions, and accurately recording the basic information and the equipment maintenance information of the enterprise.
The complaint management module is used for facilitating effective supervision and management of carbon emission behaviors of people in all communities, and a user can fill out a complaint form according to actual conditions by using a platform public number, a small program and a telephone, submit relevant accessories, initiate complaints and generate a complaint work order in a state to be audited;
the inspection task module is used for automatically initiating a work order when the equipment is detected to be abnormal, and sending the abnormal information of the equipment again when the equipment is not in a maintenance state within 24 hours;
the illegal event module is used for directly reporting and generating an illegal handling event by a worker aiming at the illegal condition found on the site and carrying out approval display on the illegal event; the staff and the enterprise inform the enterprise to carry out rectification according to the approval result;
the platform cockpit module is used for counting the total overview of carbon emission, can clearly see the trend of the total amount of carbon emission in each year, each quarter and each month in the current region, analyzes and compares the total amount of carbon emission in the previous year, and can play a decision support role in adjusting and changing in the future for carbon emission enterprises.
Preferably, the enterprise management module includes: enterprise registration, enterprise application auditing, enterprise classification management, enterprise carbon emission initialization, key enterprise management, carbon emission project application monitoring, carbon emission equipment application detection and carbon emission intention detection;
the enterprise management module can apply for registration login to an enterprise, the enterprise can apply for a monitoring carbon emission project, detect carbon emission equipment application and detect carbon emission intention application, the system can remind the application after the application is submitted, the applied enterprise is checked, and the enterprise can communicate with the enterprise in an online or offline mode to further launch the release of the monitoring project or the monitoring equipment; the system configures the emission points according to the emission sources and the emission types of enterprises, sets the emission points of the system, associates equipment in equipment management according to the emission points, and establishes association between software and hardware to effectively detect carbon emission; through carrying out the settlement of rated discharge for the enterprise, in the early warning function, carry out the early warning of enterprise's carbon emission according to the rated value and remind.
Preferably, the device management module includes: device profile information, today's alarms, device labels, added devices, device maintenance;
the equipment management module can inquire and display detailed information of the carbon peak reaching equipment; inquiring corresponding alarm information at regular time according to the inquiry condition of the equipment general profile; the functions of inquiring, deleting equipment, editing, checking, equipment state and refreshing a list are supported, and the records of the enterprise basic information and the equipment maintenance information are accurate.
Preferably, the complaint management module includes: public number complaints, telephone complaints, small program complaints, and support complaint initiation, complaint audit, complaint processing and feedback;
the complaint management module supports people of all communities to fill out a complaint form according to actual conditions through public numbers, small programs and telephones, submits related accessories, initiates complaints and generates a complaint work order in a state to be audited; the background pushes the processing result (by using a short message or a pushing mode in the platform) to the relevant user in time, so that the user can know the processing result at the first time.
Preferably, the inspection task module includes: the method comprises the following steps of task classification approval, task configuration generation, task assignment and task processing;
the inspection task module mainly performs one type management on the inspection task, and platform managers can set different approval and processing modes; the task generating method comprises an automatic generating mode and a manual generating mode aiming at the configuration of different types of task generating modes, and the tasks can be automatically generated according to the generating modes, so that the tasks can be conveniently checked, received and processed by workers.
Preferably, the illegal event module comprises: reporting, approving, processing and recording management of illegal events;
according to the illegal event, workers can report and generate the illegal event, can approve the event, complete the approval step by step according to the self-defined approval process configuration, and can upload approval opinions and remarks during approval, and also upload accessories and other operations; and the staff and the enterprise inform the enterprise to carry out rectification according to the approval result, and after the enterprise processes and finishes the processing, the staff can be informed to carry out rechecking.
Preferably, the platform cockpit module comprises: carbon emission total amount statistics all year round, carbon emission real-time monitoring data statistics, illegal carbon emission event statistics, enterprise carbon emission early warning statistics, and carbon emission monthly, quarterly and annual reports are generated;
the platform cockpit module has a carbon monitoring function, and can collect, monitor and calculate conventional or temporary data including greenhouse gases; the system monitors specific emission sources or related indicators (such as electricity and gasoline consumption) through hardware, and software can be used for information collection, calculation, statistics and analysis; counting the data obtained by real-time statistics in three dimensions of month, quarter and year to obtain the monthly, quarterly and annual carbon emission conditions and the total number of illegal emission events of enterprises in the current region; and when the carbon emission is abnormal, the system can generate an alarm to count the number of times of excessive early warning of the carbon emission of the enterprise, and the supervision is implemented by combining the total carbon emission of the enterprise according to the number of times of early warning.
Preferably, the intelligent energy visual management platform further comprises an enterprise service cloud, wherein the enterprise service cloud is used for data storage and data sharing, so as to strengthen information interaction between an enterprise and the platform, between hardware and software in the intelligent energy visual management platform.
Compared with the prior art, the invention has the beneficial effects that:
the existing intelligent energy visual management platform is optimized, and enterprise management, equipment management, complaint management, inspection tasks, illegal events and platform cockpit modules are additionally arranged;
the intelligent energy management system has the advantages that parameters, information and energy data of the production process are acquired by means of the intelligent data acquisition and transmission network, dynamic monitoring and information management are carried out on all links of an enterprise energy system, energy efficiency analysis and evaluation are carried out in real time, an energy optimization scheduling strategy and scheme are formulated, management and control integration is achieved, information isolated islands in industrial production, management and control are eliminated, energy is reasonably planned and utilized, energy consumption is reduced, and economic benefits are improved. The information management and control system aims at helping industrial production enterprises to reasonably plan and utilize energy while expanding production, reducing energy consumption of unit products, improving economic benefits and reducing carbon dioxide emission.
Energy consumption units are divided according to energy consumption units, secondary energy consumption units and key energy consumption equipment, a series of indexes are established based on collected metering point data and according to the actual conditions of enterprises such as national standards and industrial standards, accounting, supervision, analysis, control and feedback are carried out on the indexes, and finally the indexes are optimized to the optimal level.
Drawings
Fig. 1 is a schematic structural diagram of a smart energy visualization management platform according to the present invention;
FIG. 2 is a flow chart of a method for building a smart energy visualization management platform according to the present invention;
fig. 3 is a flow chart of a part of the steps in fig. 2.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example 1
Referring to fig. 1, a smart energy visualization management platform is shown, which includes a display layer, an application layer, a service layer, and a data layer;
the display layer is used for facing a user to use the terminal;
the application layer is used for carrying out centralized flat dynamic monitoring and digital management on the production, transmission and distribution, consumption and energy supply of the enterprise energy medium and the state of energy utilization equipment;
the service layer is used for supporting the operation of the system application layer, and comprises basic data, an organization structure, authority support management, system basic service dictionary management, parameter setting, menu management and operation logs.
Wherein, the application layer includes: the system comprises an enterprise management module, an equipment management module, a complaint management module, a checking task module, an illegal event module and a platform cockpit module;
the enterprise management module is used for carrying out classified management on key enterprises similar to enterprises of petrifaction, chemical engineering, building materials, steel, color, papermaking, electric power, aviation and the like, so that the key enterprises have special windows for management; and the equipment management module is used for displaying all the equipment under the enterprise, and can inquire, delete the equipment, edit, check, equipment state and refresh the list function. Accurately recording the basic information and the equipment maintenance information of the enterprise; and the complaint management module is used for facilitating effective supervision and management of carbon emission behaviors by people in all circles of society. A user can fill a complaint form according to actual conditions by using a platform public number, a small program and a telephone, submit relevant accessories, initiate complaints and generate a complaint work order in a state to be checked; the inspection task module is used for automatically initiating a work order when the equipment detects abnormity, and sending the abnormal information of the equipment again when the equipment does not receive a maintenance state within 24 hours; the illegal event module is used for directly reporting and generating an illegal handling event by a worker aiming at the illegal condition found on the site and carrying out approval display on the illegal event; the staff and the enterprise inform the enterprise to carry out rectification according to the approval result; the platform cockpit module is used for counting the total overview of carbon emission, can clearly see the trend of the total carbon emission amount every year, every quarter and month in the current region, analyzes and compares the total carbon emission amount of the previous year, and can play a decision support role in adjusting and changing in the future for carbon emission enterprises.
Example 2
Referring to fig. 2 and fig. 3, the present embodiment further provides a method for building an intelligent energy visualization management platform, which includes the following specific steps:
firstly, enterprise registration is carried out through a terminal, then, after the enterprise can apply for monitoring projects, detection equipment and detection intention, application reminding can be carried out by a system after the application is submitted, the applied enterprise is checked, communication can be carried out with the enterprise through an online or offline mode, and the delivery of the monitoring projects or the monitoring equipment is further carried out; as in the device management in fig. 2, device information of an enterprise is added and recorded, a unique device code is bound, a function is added in batches, and devices are selected on line in multiple ways. Inquiring corresponding alarm information at regular time according to the inquiry condition of the equipment general situation, displaying the alarm information to be processed, solving the unprocessed state by clicking the corresponding page of the event skip, and monitoring the equipment state of the enterprise on line; complaint management, in which complaint initiation is carried out through post-public, small programs, telephones and the like, platform managers use the system to analyze and read complaint contents and submitted evidences, visit sites, carry out on-site investigation on related enterprises and give auditing results in the system; checking the task, configuring the task, dividing into an automatic generation mode and a manual generation mode, and setting the time point and the time period of the automatic generation and some basic information of the task when the automatic generation is selected. Thus, when the corresponding time is reached, the task is automatically generated. And filling basic information, names, targets, places and the like of some tasks for manually generated task types, and finally generating the tasks. After the tasks are generated, the tasks are assigned to corresponding workers, the workers can check all the tasks from the task list and process the tasks according to the checking modes of different task types; and after the task processing is finished, the worker finds problems during checking, manually converts the problems into events, examines and approves the events, finishes the examination and approval step by step according to the custom examination and approval process configuration, and can upload examination and approval opinions and remarks during the examination and approval and also upload operations such as accessories and the like. Finally, the examination and approval result is displayed, so that the tracking and feedback of workers and enterprises are facilitated; the platform cockpit is used for performing data acquisition, conversion and data standardization processing on the service data and hardware data of the system module process, visually displaying result data, counting the annual total carbon emission amount, counting the real-time carbon emission monitoring data, counting illegal carbon emission events, counting illegal enterprise emission amount, counting the annual emission amount of key enterprises, early warning and counting the carbon emission of the enterprises, counting regional carbon emission, and generating a monthly newspaper, a quarterly newspaper and a yearly newspaper of carbon emission;
the method comprises the steps of firstly configuring tasks, dividing the tasks into an automatic generation mode and a manual generation mode, and setting the time point and the time period of automatic generation and some basic information of the tasks when the automatic generation is selected. Thus, when the corresponding time is reached, the task can be automatically generated. And filling basic information, names, targets, places and the like of some tasks for manually generated task types, and finally generating the tasks. After the tasks are generated, the tasks are assigned to corresponding workers, and the workers can check all the tasks from the task list and process the tasks according to the checking modes of different task types;
the intelligent energy visualization management platform can further comprise an enterprise service cloud used for storing data so as to enhance storage of energy monitoring data, enterprise information and event information in the intelligent energy visualization management platform.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (10)

1. The utility model provides a wisdom energy visual management platform which characterized in that includes: the system comprises a display layer, an application layer, a service layer and a data layer;
the display layer is used for facing a user to use the terminal;
the application layer is used for implementing centralized and flat dynamic monitoring and digital management on the production, transmission and distribution, consumption and energy supply of enterprise energy media and the state of energy utilization equipment;
the service layer is used for supporting the operation of the system application layer, and comprises basic data, an organization structure, authority support management, system basic service dictionary management, parameter setting, menu management and operation logs.
2. The intelligent energy visualization management platform of claim 1, wherein: the display layer is displayed in a Web system form.
3. The intelligent energy visual management platform according to claim 1, wherein: the application layer comprises: the system comprises a statistical analysis module, an enterprise management module, an equipment management module, a complaint management module, an inspection task module, an illegal event module and a platform cockpit module;
the enterprise management module is used for carrying out classified management on key enterprises, so that the key enterprises have special windows for management;
the device management module is used for displaying all devices under the enterprise, inquiring, deleting, editing, checking, device state and refreshing list functions, and accurately recording the basic information and the device maintenance information of the enterprise.
The complaint management module is used for facilitating effective supervision and management of carbon emission behaviors by people in all circles of society, and a user can fill out a complaint form according to actual conditions by using a platform public number, a small program and a telephone, submit relevant accessories, initiate complaints and generate a complaint work order in a state to be audited;
the inspection task module is used for automatically initiating a work order when the equipment is detected to be abnormal, and sending the abnormal information of the equipment again when the equipment is not in a maintenance state within 24 hours;
the illegal event module is used for directly reporting and generating an illegal handling event by a worker according to the illegal condition found on the site, and carrying out approval display on the illegal event; the staff and the enterprise inform the enterprise to carry out rectification according to the approval result;
the platform cockpit module is used for counting the total overview of carbon emission, can clearly see the trend of the total amount of carbon emission in each year, each quarter and each month in the current region, analyzes and compares the total amount of carbon emission in the previous year, and can play a decision support role in adjusting and changing in the future for carbon emission enterprises.
4. The intelligent energy visual management platform according to claim 3, wherein: the enterprise management module comprises: registering enterprises, applying for auditing of the enterprises, classifying and managing the enterprises, initializing the carbon emission of the enterprises, managing key enterprises, applying for monitoring carbon emission projects, applying for detecting carbon emission equipment and detecting the intention of carbon emission.
5. The intelligent energy visual management platform according to claim 3, wherein: the device management module includes: device profile information, today's alarms, device tags, add devices, device maintenance.
6. The intelligent energy visual management platform according to claim 3, wherein: the complaint management module comprises: public number complaints, telephone complaints, applet complaints, support complaint initiation, complaint review, complaint handling and feedback.
7. The intelligent energy visual management platform according to claim 3, wherein: the inspection task module comprises: the method comprises the steps of task classification approval, task configuration generation, task assignment and task processing.
8. The intelligent energy visual management platform according to claim 3, wherein: the illegal event module comprises: reporting, approving, processing and recording management of illegal events.
9. The intelligent energy visualization management platform as claimed in claim 3, wherein: the platform cockpit module includes: the method comprises the steps of carbon emission total amount statistics all year round, carbon emission real-time monitoring data statistics, illegal carbon emission event statistics, enterprise carbon emission early warning statistics and generation of a carbon emission monthly report, a quarterly report and an annual report.
10. The intelligent energy visualization management platform according to any one of claims 1-9, further comprising an enterprise service cloud; the enterprise service cloud is used for storing data so as to strengthen the storage of enterprise information in the enterprise management service platform.
CN202211389466.6A 2022-11-08 2022-11-08 Wisdom energy visual management platform Pending CN115545560A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN116257792A (en) * 2023-05-15 2023-06-13 北京德众国良环保科技有限公司 Smart city carbon neutralization data analysis system

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN116257792A (en) * 2023-05-15 2023-06-13 北京德众国良环保科技有限公司 Smart city carbon neutralization data analysis system
CN116257792B (en) * 2023-05-15 2023-08-11 北京德众国良环保科技有限公司 Smart city carbon neutralization data analysis system

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