CN113359567A - Energy consumption monitoring platform for key energy consumption unit - Google Patents
Energy consumption monitoring platform for key energy consumption unit Download PDFInfo
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- CN113359567A CN113359567A CN202110703397.0A CN202110703397A CN113359567A CN 113359567 A CN113359567 A CN 113359567A CN 202110703397 A CN202110703397 A CN 202110703397A CN 113359567 A CN113359567 A CN 113359567A
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- G05B19/00—Programme-control systems
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Abstract
The invention provides a platform for monitoring energy consumption of key energy consumption units. The important energy consumption unit energy consumption monitoring platform comprises: the energy consumption monitoring system comprises an original data terminal, a data transmission module, a data collection module, a data processing module, a key energy consumption cockpit module, an energy consumption general statistics module, an energy consumption detection module, an energy efficiency analysis module and an energy saving management module. The invention provides an energy consumption monitoring platform for key energy consumption units, which is mainly applied to management departments of various regions and used for monitoring energy consumption of the key energy consumption units in the regions.
Description
Technical Field
The invention relates to the field of energy consumption unit energy consumption monitoring, in particular to a platform for monitoring energy consumption of key energy consumption units.
Background
The unit energy consumption is a main index reflecting the energy consumption level and the energy-saving and consumption-reducing conditions, the ratio of the total primary energy supply to the total domestic production value is an energy utilization efficiency index, and the index indicates the utilization degree of energy in national economic activities and reflects the change of economic structure and energy utilization efficiency.
However, energy is a material basis for the development of human society, and is imperative in the face of new changes of energy supply and demand patterns and the promotion of energy production and consumption revolution, and in the existing environment, a large amount of fossil energy is used, which brings a series of problems in the fields of environment, ecology, global climate change and the like, so that the relevant departments attach high importance to local energy production and consumption, and in order to keep regional energy balance, the relevant departments monitor energy consumption of key energy consumption units in the local region, and control and improve energy of enterprise units.
In the related technology, energy consumption monitoring needs to collect and count complex and huge data information of energy consumption units, and then through analysis of data, actual energy consumption conditions of the energy consumption units can be known and relevant decision schemes can be specified, but because energy consumption positions of the important energy consumption units in a region are distributed widely and in a large number, relevant departments need to spend a large amount of manpower and material resources to monitor the important energy consumption, and because a unified and standardized detection platform is lacked, when energy consumption monitoring is actually carried out, work tasks are heavy, time consumption in the middle process is long, data collection difficulty is large, so that work efficiency is low, and the relevant departments are difficult to efficiently manage and control the energy consumption units.
Therefore, it is necessary to provide a platform for monitoring energy consumption in an important energy consumption unit to solve the above technical problems.
Disclosure of Invention
The invention provides an energy consumption monitoring platform for key energy consumption units, and solves the problems that a task is very heavy and the time consumption of an intermediate process is long when the energy consumption of the key energy consumption units is monitored.
In order to solve the above technical problems, the platform for monitoring energy consumption in key energy consumption units provided by the invention comprises: the energy consumption monitoring system comprises an original data terminal, a data transmission module, a data collection module, a data processing module, a key energy consumption cockpit module, an energy consumption general statistics module, an energy consumption detection module, an energy efficiency analysis module, an energy saving management module, a metering management module and a data quality monitoring module.
The original data end comprises an enterprise entering unit, an equipment entering unit, an enterprise input unit, an equipment input unit and a data output unit;
the key energy consumption driving module comprises a key energy consumption enterprise distribution statistical unit, an enterprise evaluation unit, an overall energy consumption curve drawing unit, an abnormity monitoring analysis unit, an energy consumption statistical unit, a regional energy consumption statistical unit, an industry energy consumption statistical unit, an energy efficiency analysis unit, a double-control index completion condition statistical unit, a data quality monitoring unit and an analysis report making unit;
the energy consumption monitoring module comprises an energy consumption data real-time monitoring unit, an index data real-time monitoring unit, an abnormal state analyzing unit and a data statistical analyzing unit;
the measurement management module comprises an enterprise measurement instrument statistical unit and an enterprise equipment archive statistical unit.
Preferably, the original data end is in network signal connection with the data transmission module, the original data end is used for uploading original data related to equipment, and the data transmission module is used for performing remote data transmission on data information uploaded by the original data end.
Preferably, the enterprise access unit is arranged on the mobile terminal, a worker enters the original data terminal through the enterprise access unit, the equipment access unit is arranged in the equipment control system, the worker enters the original data terminal through the equipment access unit, and the enterprise input unit and the equipment input unit are respectively used for inputting data information to be uploaded.
Preferably, the data transmission module is in signal connection with the data collection module, the data collection module is in signal connection with the data processing terminal, and the data collection module is used for collecting and sorting data uploaded by the data transmission modules and transmitting the sorted data information to the data processing terminal.
Preferably, the data processing terminal is in signal connection with the key energy consumption cockpit module, the energy consumption profile statistics module, the energy consumption detection module, the energy efficiency analysis module, the energy saving management module, the metering management module and the data quality monitoring module, and is configured to classify, optimize and integrate the received data information, and transmit the corresponding data information to each function module connected thereto.
Preferably, the key energy consumption cockpit module can display enterprise access conditions, enterprise abnormal conditions, overall energy consumption trends and overall analysis results of the modules from an overall macroscopic level, provides a navigation function, and has the functions of key energy consumption enterprise distribution statistics, enterprise evaluation, overall energy consumption curve drawing, abnormal monitoring analysis, energy consumption profile statistics, regional energy consumption analysis, industry energy consumption analysis, energy efficiency analysis, double-control index completion condition statistics, data quality monitoring, analysis reporting and the like.
Preferably, the energy consumption general statistics module is used for integrally counting energy consumption conditions of the region and various industries, and the energy consumption general statistics module has the functions of energy consumption statistics of different energy types such as total energy consumption, coal, electric power, petroleum and natural gas, energy consumption structure, total energy consumption and reduction rate, various energy consumption trends and the like.
Preferably, the energy consumption monitoring module mainly realizes the functions of monitoring energy consumption data of key energy consumption enterprises in real time, monitoring index data in real time and analyzing abnormal states, and has the functions of energy consumption analysis and enterprise energy consumption data statistics self-service query analysis report forms.
Preferably, the energy consumption data real-time monitoring unit and the index data real-time monitoring unit are arranged in an equipment control system, the equipment energy consumption and the index data information are automatically uploaded through the equipment input unit, data monitoring is uploaded through the energy consumption data real-time monitoring unit and the index data real-time monitoring unit respectively, the equipment energy consumption and the index data can be remotely mastered in real time, the abnormal state analysis unit judges whether the equipment has abnormal conditions or not through receiving the data monitored by the energy consumption data real-time monitoring unit and the index data real-time monitoring unit, and then the analysis result of the abnormal state analysis unit is counted and charts are made through the data statistics analysis unit.
Preferably, the energy efficiency analysis module implements production value energy efficiency analysis according to industry and enterprise levels, compares the production value energy efficiency analysis with energy efficiency standards of countries, provinces and the like and ranks the production value energy efficiency analysis, meanwhile, performs weighted average according to the production energy consumption indexes of different units of products in different industries, counts the physical energy consumption level of the industry level, compares the physical energy consumption level with the industry standards, implements the functions of monitoring double control indexes and managing energy-saving projects, and the metering management module mainly implements archive management of metering devices and equipment.
Compared with the related technology, the key energy consumption unit energy consumption monitoring platform provided by the invention has the following beneficial effects:
the invention provides an energy consumption monitoring platform for key energy consumption units, which is mainly applied to management departments of various regions and used for monitoring energy consumption of the key energy consumption units in the regions, enterprise energy consumption data acquisition is carried out on an enterprise end system, acquired real-time energy consumption data is accessed into the energy consumption online monitoring platform for the key energy consumption units, so that energy consumption analysis, energy efficiency analysis and abnormal production enterprises are realized, double-control index in-situ monitoring and post statistics are realized, scientific supervision of related departments are promoted, energy consumption monitoring analysis of energy-assisted cities is carried out, scientific decision making of the related departments is assisted, simultaneously, the real-time energy consumption unified monitoring of a plurality of key energy consumption units is displayed, the output of manpower and material resources is greatly reduced, a data uploading system is established, manual data information collection is saved, the data workload is greatly simplified, and the data collection speed is greatly accelerated, and reduce and collect the degree of difficulty, effectual improvement work efficiency, relevant department of better help carries out the management and control to the energy consumption unit.
Drawings
FIG. 1 is a system diagram of an energy consumption monitoring platform according to the present invention;
FIG. 2 is a system block diagram of the interior of the raw data end shown in FIG. 1;
FIG. 3 is a block diagram of the system within the key energy consuming cockpit module shown in FIG. 1;
FIG. 4 is a block diagram of a system within the energy consumption detection module shown in FIG. 1;
FIG. 5 is a system block diagram of the internal portion of the metering management module shown in FIG. 1.
Detailed Description
The invention is further described with reference to the following figures and embodiments.
Please refer to fig. 1, fig. 2, fig. 3, fig. 4 and fig. 5 in combination, wherein fig. 1 is a system block diagram of an energy consumption monitoring platform for a key energy consumption unit according to the present invention; FIG. 2 is a system block diagram of the interior of the raw data end shown in FIG. 1; FIG. 3 is a block diagram of the system within the key energy consuming cockpit module shown in FIG. 1; FIG. 4 is a block diagram of a system within the energy consumption detection module shown in FIG. 1; FIG. 5 is a system block diagram of the internal portion of the metering management module shown in FIG. 1. The important energy consumption unit energy consumption monitoring platform that uses includes:
the energy consumption monitoring system comprises an original data terminal, a data transmission module, a data collection module, a data processing module, a key energy consumption cockpit module, an energy consumption general statistics module, an energy consumption detection module, an energy efficiency analysis module, an energy saving management module, a metering management module and a data quality monitoring module.
The original data end comprises an enterprise entering unit, an equipment entering unit, an enterprise input unit, an equipment input unit and a data output unit;
the key energy consumption driving module comprises a key energy consumption enterprise distribution statistical unit, an enterprise evaluation unit, an overall energy consumption curve drawing unit, an abnormity monitoring analysis unit, an energy consumption statistical unit, a regional energy consumption statistical unit, an industry energy consumption statistical unit, an energy efficiency analysis unit, a double-control index completion condition statistical unit, a data quality monitoring unit and an analysis report making unit;
the energy consumption monitoring module comprises an energy consumption data real-time monitoring unit, an index data real-time monitoring unit, an abnormal state analyzing unit and a data statistical analyzing unit;
the measurement management module comprises an enterprise measurement instrument statistical unit and an enterprise equipment archive statistical unit.
The original data end is in network signal connection with the data transmission module, the original data end is used for uploading original data related to equipment, and the data transmission module is used for carrying out remote data transmission on data information uploaded by the original data end.
The enterprise access unit is arranged on the mobile terminal, a worker enters the original data terminal through the enterprise access unit, the equipment access unit is arranged in the equipment control system, the worker enters the original data terminal through the equipment access unit, and the enterprise input unit and the equipment input unit are respectively used for inputting data information to be uploaded.
The original data end is used as the original data generation and uploading part of the monitoring platform to realize uploading the related data of the energy consumption unit energy consumption equipment, the system comprises an enterprise access unit and an equipment access unit, wherein the access unit is set as system software and is installed on a mobile terminal, a worker can successfully access an original data terminal interface by clicking the system software, then filling in the device data information required to be collected according to the interface prompt to realize remote data uploading, in addition, in order to avoid the authenticity of data uploading, a device entering unit is also arranged in the device control system, the data required by the equipment can be automatically uploaded by setting a program, so that the artificial interference is avoided, the reliability and the authenticity of the original data are ensured, in the enterprise input unit interface, the basic information table of the statistical enterprise is also included, the enterprise can be inquired, and the enterprise is compiled according to enterprise uploading information required in national standards.
The data transmission module is in signal connection with the data collection module, the data collection module is in signal connection with the data processing terminal, and the data collection module is used for collecting and sorting data uploaded by the data transmission modules and transmitting the sorted data information to the data processing terminal.
The data transmission module is in signal connection with a plurality of original data terminals, so that data information uploaded by a plurality of energy consumption units can be received at the same time, and unified management and collection of data are realized.
The data processing terminal is respectively in signal connection with the key energy consumption cockpit module, the energy consumption general statistics module, the energy consumption detection module, the energy efficiency analysis module, the energy saving management module, the metering management module and the data quality monitoring module, and is used for classifying, optimizing and integrating received data information and respectively transmitting corresponding data information to each function module connected with the data processing terminal.
The data processing terminal is based on the big database, can simultaneously identify different types of data information, has a huge data conversion model, performs classification and conversion processing on the collected original data, and accurately and respectively transmits the data to each functional module.
The key energy consumption cockpit module can display enterprise access conditions, enterprise abnormal conditions, overall energy consumption trends and overall analysis results of all modules from an overall macroscopic level, provides a navigation function, and has the functions of key energy consumption enterprise distribution statistics, enterprise evaluation, overall energy consumption curve drawing, abnormal monitoring analysis, energy consumption profile statistics, regional energy consumption analysis, industry energy consumption analysis, energy efficiency analysis, double-control index completion condition statistics, data quality monitoring, analysis reports and the like.
By setting a key enterprise distribution statistical unit, the main contents of which comprise the planned access enterprise number, the actual access enterprise number, the accessed enterprise geographic distribution, the daily comprehensive energy consumption statistics of the enterprise, displaying in a map form, grasping the access condition of the enterprise from a macroscopic level, an enterprise evaluation unit scoring the comprehensive evaluation from 3 aspects of the total energy consumption control target completion condition, the unit output value energy consumption and the data uploading quality by constructing an enterprise evaluation analysis model, wherein the principle is that more than 90 points (including 90 points) are excellent, 80 to 89 points are good, 60 to 79 points are qualified, and less than 60 points are unqualified, the scoring result is displayed in a table form, and by scoring the enterprise, the method effectively assists a government management department to grasp the comprehensive performance of key energy-using enterprises and preliminarily positions a strong support and key supervision object, providing a certain data basis, carrying out daily statistics on the comprehensive energy consumption of all key energy consumption units accessed to the platform by arranging a total energy consumption curve drawing unit, describing an energy consumption curve, integrally knowing the energy consumption condition and trend of the key energy consumption units from a macroscopic level by arranging an abnormality monitoring and analyzing unit, wherein the abnormality detection and analyzing unit comprises abnormality times statistics and is divided according to regions; an anomaly monitoring reason statistical form display is realized, various anomalies are uniformly displayed through the functions of an enterprise anomaly production judging model, data quality monitoring, energy-saving index monitoring and the like which are arranged in a system, anomaly details can be traced, the integral energy consumption profile of key energy utilization enterprises of an access platform is statistically analyzed through arranging an energy consumption statistical unit, appropriate conclusion output is carried out, the number and times of the anomalous enterprises are counted and displayed in a form, the energy consumption structure is statistically analyzed every month, the total energy consumption quantity is analyzed from a regional level and an industrial level through arranging a regional energy consumption statistical unit, the same-ring ratio analysis is carried out, data support of energy consumption is provided from two dimensions, the energy consumption analysis unit is arranged, the total production energy consumption analysis is carried out according to the industry according to the energy efficiency analysis unit, the same-ring ratio analysis is carried out, the method is characterized in that the method assists relevant departments to integrally master energy efficiency conditions of various industries, enterprise occupation ratio statistics is completed through setting double-control indexes, the relevant departments can timely know the completion conditions of the double-control indexes, integral statistics and display of platform access data are realized through setting a data quality monitoring unit, the data comprise monthly access data volume, accumulated access data volume, access index types and the like, online reading, inquiring and exporting functions of analysis reports are realized through setting an analysis report making unit, and the analysis reports are issued monthly at present.
The energy consumption general statistics module is used for integrally counting energy consumption conditions of the region and various industries, and has the functions of energy consumption statistics of different energy types such as total energy consumption, coal, electric power, petroleum and natural gas, energy consumption structure, total energy consumption and reduction rate, various energy consumption trends and the like.
The energy consumption monitoring module mainly achieves the functions of monitoring energy consumption data of key energy consumption enterprises in real time, monitoring index data in real time and analyzing abnormal states, and has the functions of energy consumption analysis and enterprise energy consumption data statistics self-service query analysis report forms.
The energy consumption data real-time monitoring unit and the index data real-time monitoring unit are arranged in an equipment control system, the equipment energy consumption and the index data information are automatically uploaded through the equipment input unit, the data monitoring is uploaded through the energy consumption data real-time monitoring unit and the index data real-time monitoring unit respectively, the equipment energy consumption and the index data can be remotely mastered in real time, the abnormal state analysis unit judges whether the equipment has abnormal conditions or not through receiving the data monitored by the energy consumption data real-time monitoring unit and the index data real-time monitoring unit, and then the data statistical analysis unit is used for counting the analysis results of the abnormal state analysis unit and making a chart.
The energy consumption index real-time monitoring function is designed by setting the index data real-time monitoring unit and mainly referring to the national 'electric power industry-data acquisition guide', 'petroleum and petrochemical industry-data acquisition guide', 'key energy consumption unit energy consumption on-line monitoring system-energy variety acquisition standard' and the like as standards. Including three types of electric power industry, petroleum and petrochemical industry, other trades, the system can correspond according to the affiliated trade of enterprise of selecting in the screener, through setting up unusual state analysis unit, realizes 4 types of unusual autofilter and analysis function, including 4 big unusual modules: suspected enterprise production is unusual, monitoring index is unusual, data are unusual, energy-conserving index is unusual, and wherein suspected enterprise production is unusual, can show the normalization analysis curve of enterprise's unusual production and fix a position unusual production period, and click the detail and can jump the enterprise real-time data monitoring interface and look over and further analysis, and this part function judges through enterprise production anomaly decision model, and enterprise's unusual production divide into two types of model result output, and the anomaly of jump is one: and analyzing abnormal values by utilizing statistical variance, wherein the second is periodic abnormality: the method comprises the steps of analyzing the periodic general rule of an enterprise by using a time sequence, judging the periodic production abnormity by monitoring the periodic change trend and fluctuation, and providing a function of inquiring the specific abnormity occurrence time and index value by clicking details through analyzing the monitoring index to judge the abnormal value of the index and output and display the abnormal value of the index. The exception types are in 2 general categories: and if the index value is abnormal, the data is not uploaded, the data abnormality is to analyze the monitored implementation data to judge whether the data is uploaded abnormally, the data uploading is output under the conditions of breakpoint occurrence, abnormal data uploading value and the like, and the energy-saving index abnormality is displayed and updated in a dynamic table form. And outputting by using the judgment conclusion of the model, and adding an abnormal record if the abnormal record exists. The method mainly comprises 2 types of differences that the energy consumption intensity exceeds the standard and the total energy consumption amount exceeds the standard.
The energy efficiency analysis module carries out production value energy efficiency analysis according to industry and enterprise levels, carries out comparison ranking with energy efficiency standards of China, provinces and the like, carries out weighted average according to different unit product yield energy consumption indexes of different industries, counts physical energy consumption levels of the industry levels, compares the physical energy consumption levels with the industry standards, realizes double-control index monitoring and energy-saving project management functions, and mainly realizes archive management of metering devices and equipment.
The energy-saving management module comprises 2 subfunctions of energy-saving management, double-control index monitoring and energy-saving project management, wherein the double-control index monitoring realizes one-line management of index suggestion, distribution, monitoring and statistics, and achieves the aims of advance planning, in-process supervision and after-event statistics, and the index suggestion: the provincial energy bureau can issue total energy consumption and energy consumption intensity index to the energy bureau of the city every year, it is the index of the whole year, the energy bureau of the city is in the double control index supervisory work at present, there is not scientific index distribution basis, and the supervision means, through index distribution suggestion model, for the user output each month's index suggestion value of each enterprise, supplementary energy bureau carries out index distribution, index distribution: the double-control index distribution of different time intervals such as monthly, quarterly, year and the like can be carried out on key energy consumption units by referring to the index recommended values, after the index distribution is released, each energy consumption enterprise executes the method, the enterprise index completion condition is monitored according to the index distribution values, and the indexes are monitored: in the double-control index monitoring or assessment interval, the total energy consumption and the intensity of enterprises are monitored in real time, an index early warning function is provided in the assessment interval, governments are assisted in knowing the completion condition of indexes in time, early warning is provided for the enterprises, and the index completion condition is counted: after the assessment interval is finished, the result statistics is carried out on the enterprise index completion condition, the post statistics is carried out, the energy-saving project management is to display the overall condition of the energy-saving project, including information such as project progress, and by setting a data quality monitoring module, the main content of the energy-saving project management comprises the enterprise access condition: integrity rate: and (3) running a timing task at 11 points every day, and counting the data integrity rate of the previous day, namely the data volume transmitted by the received enterprise end/the data volume to be transmitted by the enterprise end, and the timeliness rate: running a timing task at 11 points every day, and inquiring whether data are uploaded in the previous day, wherein the data are 1 if the data are uploaded in the previous day and 0 if the data are not uploaded in the previous day; online rate: running a timing task at 11 points every day, and inquiring whether data are uploaded in the previous day, wherein the data are 1 if the data are uploaded in the previous day and 0 if the data are not uploaded in the previous day; recording number: the total number of index records in the same day in the database of the enterprise, the abnormal times are as follows: if no data is uploaded in the day, the data is recorded as 1-time abnormity, and the overall access condition is as follows: integrity rate, average of all enterprise integrity rates; timeliness, the average of timeliness of all enterprises; online rate, average of all enterprise online rates; recording the number of the indexes, wherein the indexes of the current day in the database of all the enterprises are recorded in total; abnormal times, the number of enterprises with abnormality in the day.
Compared with the related technology, the key energy consumption unit energy consumption monitoring platform provided by the invention has the following beneficial effects:
the monitoring platform is mainly applied to management departments of various regions and used for monitoring energy consumption of key energy consumption units in the region, enterprise energy consumption data is acquired through an enterprise end system, the acquired real-time energy consumption data is accessed into the energy consumption online monitoring platform of the key energy consumption units, so that energy consumption analysis, energy efficiency analysis, abnormal production enterprises are realized, double-control index in-situ monitoring and post statistics are realized, scientific supervision of related departments is promoted, energy consumption monitoring analysis is carried out in a power-assisted energy type city, scientific decision making of the related departments is assisted, real-time energy consumption unified monitoring on a plurality of key energy consumption units is displayed simultaneously, output of manpower and material resources is greatly reduced, manual data information collection is saved by establishing a data uploading system, data workload is greatly simplified, data collection speed is greatly increased, collection difficulty is reduced, and working efficiency is effectively improved, and related departments are better helped to manage and control the energy consumption units.
The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (10)
1. The utility model provides a key energy consumption unit energy consumption monitoring platform which characterized in that includes:
the energy consumption monitoring system comprises an original data terminal, a data transmission module, a data collection module, a data processing module, a key energy consumption cockpit module, an energy consumption general statistics module, an energy consumption detection module, an energy efficiency analysis module, an energy saving management module, a metering management module and a data quality monitoring module.
The original data end comprises an enterprise entering unit, an equipment entering unit, an enterprise input unit, an equipment input unit and a data output unit;
the key energy consumption driving module comprises a key energy consumption enterprise distribution statistical unit, an enterprise evaluation unit, an overall energy consumption curve drawing unit, an abnormity monitoring analysis unit, an energy consumption statistical unit, a regional energy consumption statistical unit, an industry energy consumption statistical unit, an energy efficiency analysis unit, a double-control index completion condition statistical unit, a data quality monitoring unit and an analysis report making unit;
the energy consumption monitoring module comprises an energy consumption data real-time monitoring unit, an index data real-time monitoring unit, an abnormal state analyzing unit and a data statistical analyzing unit;
the measurement management module comprises an enterprise measurement instrument statistical unit and an enterprise equipment archive statistical unit.
2. The platform for monitoring energy consumption of key energy consumption units according to claim 1, wherein the original data terminal is in network signal connection with the data transmission module, the original data terminal is used for uploading original data related to equipment, and the data transmission module is used for performing remote data transmission on data information uploaded by the original data terminal.
3. The platform for monitoring energy consumption of key energy consumption units according to claim 1, wherein the enterprise access unit is arranged on a mobile terminal, a worker enters the original data terminal through the enterprise access unit, the equipment access unit is arranged in the equipment control system, the worker enters the original data terminal through the equipment access unit, and the enterprise input unit and the equipment input unit are respectively used for inputting data information to be uploaded.
4. The platform for monitoring energy consumption of key energy consumption units according to claim 1, wherein the data transmission module is in signal connection with the data collection module, the data collection module is in signal connection with the data processing terminal, and the data collection module is configured to collect and sort data uploaded by the data transmission modules and transmit the sorted data information to the data processing terminal.
5. The platform for monitoring energy consumption of key energy consumption units according to claim 1, wherein the data processing terminal is in signal connection with the key energy consumption cockpit module, the energy consumption profile statistics module, the energy consumption detection module, the energy efficiency analysis module, the energy saving management module, the metering management module and the data quality monitoring module, respectively, and the data processing terminal is configured to classify, optimize and integrate the received data information and transmit the corresponding data information to each function module connected to the data processing terminal.
6. The platform for monitoring energy consumption of key energy consumption units according to claim 1, wherein the module of the key energy consumption cockpit can display the enterprise access situation, the enterprise abnormal situation, the general energy consumption trend and the general analysis result of each module from the overall macro level, and provide a navigation function, and has the functions of key energy consumption enterprise distribution statistics, enterprise evaluation, general energy consumption curve drawing, abnormality monitoring analysis, energy consumption profile statistics, regional energy consumption analysis, industrial energy consumption analysis, energy efficiency analysis, double-control index completion situation statistics, data quality monitoring, analysis report and the like.
7. The platform for monitoring energy consumption of key energy consumption units according to claim 1, wherein the energy consumption profile statistics module is used for performing overall statistics on energy consumption conditions of the local area and various industries, and comprises functions of energy consumption statistics of different energy types such as total energy consumption, coal, electric power, petroleum and natural gas, energy consumption structure, total energy consumption and reduction rate, various energy consumption trends and the like.
8. The energy consumption monitoring platform for key energy consumption units according to claim 1, wherein the energy consumption monitoring module mainly realizes the functions of monitoring energy consumption data of key energy consumption enterprises in real time, monitoring index data in real time and analyzing abnormal states, and has the functions of energy consumption analysis and enterprise energy consumption data statistics self-service query analysis report forms.
9. The energy consumption monitoring platform according to claim 1, the energy consumption data real-time monitoring unit and the index data real-time monitoring unit are both arranged in the equipment control system, the energy consumption and index data information of the equipment are automatically uploaded through the equipment input unit, the data monitoring is uploaded through the energy consumption data real-time monitoring unit and the index data real-time monitoring unit respectively, the energy consumption and the index data of the equipment can be remotely mastered in real time, the abnormal state analysis unit judges whether the equipment has abnormal conditions or not by receiving the data monitored by the energy consumption data real-time monitoring unit and the index data real-time monitoring unit and analyzing data information, and then, the data statistics and analysis unit is used for carrying out statistics on the analysis result of the abnormal state analysis unit and making a chart.
10. The platform for monitoring energy consumption of key energy consumption units according to claim 1, wherein the energy efficiency analysis module is used for performing production value energy efficiency analysis according to industry and enterprise levels, performing comparison ranking with energy efficiency standards of countries, provinces and the like, performing weighted averaging according to energy consumption indexes of different unit product yields of different industries, counting physical energy consumption levels of the industry levels, and comparing the physical energy consumption levels with the industry standards, the energy-saving management module is used for achieving double-control index monitoring and energy-saving project management functions, and the metering management module is mainly used for achieving archive management of metering appliances and devices.
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Application publication date: 20210907 |