CN112990712A - Enterprise production and operation analysis method and system based on power consumption monitoring - Google Patents
Enterprise production and operation analysis method and system based on power consumption monitoring Download PDFInfo
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Abstract
The invention relates to an enterprise production and operation analysis method and system based on power consumption monitoring, wherein the production and operation analysis method comprises the following steps: establishing an enterprise production operation supervision standard according to the enterprise registration establishment time, the scale and the development condition of the enterprise when the enterprise is established; acquiring power consumption data at an enterprise registration address or an actual operation address within a certain time period, analyzing the power consumption data and comparing the power consumption data with an enterprise production operation supervision standard; and judging the production and operation conditions of the enterprises according to the comparison and analysis result, bringing the enterprises meeting the first supervision standard into the range of abnormal operation, and marking in the industrial and commercial system. The invention has the advantages that: through the analysis to the power consumption condition of enterprise, can know the production operation condition of enterprise in real time, can monitor that kind only registers the vacant company that does not operate to supervise this type of company, greatly improved the supervision effect of industry and commerce department to the enterprise operation condition.
Description
Technical Field
The invention relates to the technical field of electric power big data application, in particular to an enterprise production and operation analysis method and system based on power consumption monitoring.
Background
At present, registered enterprises in China reach thousands of families, and more newly registered enterprises are registered every year; the electricity consumption and energy consumption in the normal operation process of an enterprise are indispensable, particularly, in some manufacturing enterprises, if electricity consumption and energy consumption data in a period of time after the registration of an enterprise are abnormal, the abnormal production and operation condition of the enterprise or the empty enterprise is probably proved to be very abnormal; therefore, how to analyze the production and operation of the enterprise by monitoring the power consumption and energy consumption conditions of the enterprise to prevent someone from specially registering the enterprise and supervising the enterprise is a problem to be solved at the present stage.
Disclosure of Invention
The invention aims to overcome the defects of the prior art, provides an enterprise production and operation analysis method and system based on power consumption monitoring, and solves the problems in the background art.
The purpose of the invention is realized by the following technical scheme: an enterprise production and operation analysis method based on power consumption monitoring comprises the following steps:
establishing an enterprise production operation supervision standard according to the enterprise registration establishment time, the scale and the development condition of the enterprise when the enterprise is established;
acquiring power consumption data at an enterprise registration address or an actual operation address within a certain time period, analyzing the power consumption data and comparing the power consumption data with an enterprise production operation supervision standard;
and judging the production and operation conditions of the enterprises according to the comparison and analysis result, bringing the enterprises meeting the first supervision standard into the range of abnormal operation, and marking in the industrial and commercial system.
The establishment of the enterprise production operation supervision standard according to the enterprise registration establishment time, the scale of the enterprise establishment and the development condition comprises the following steps:
calculating the lowest standard electricity utilization data of the enterprise in the first time node by taking the first time node of enterprise establishment and the scale of the enterprise when the enterprise is established as standards, and taking the lowest standard electricity utilization data as a second supervision standard of enterprise production, operation and supervision;
taking at least two first time nodes established by the enterprise as cardinality as second time nodes, calculating minimum standard electricity utilization data in the second time nodes of the enterprise, and taking the minimum standard electricity utilization data as a first supervision standard of enterprise production, operation and supervision;
and taking at least three first time nodes established by the enterprise as a base number as third time nodes, calculating the minimum electricity consumption decreasing or increasing data in the third time nodes of the enterprise, and taking the minimum electricity consumption decreasing or increasing data as a third supervision standard for enterprise production, operation and supervision.
The analysis of the power utilization data and the comparison with the enterprise production operation supervision standard comprise the following steps:
judging the relation between the time period for acquiring the electricity utilization data and the first time node, the second time node and the third time node;
if the time period belongs to the first time node and the electricity utilization data of the enterprise in the time period is smaller than the lowest standard electricity utilization data of the enterprise in the first time node, the enterprise meets the second supervision standard, otherwise, the enterprise operates normally;
if the time period belongs to the second time node, and the electricity utilization data of the enterprise in the time period is smaller than the lowest standard electricity utilization data in the second time node of the enterprise, the enterprise meets the first supervision standard, otherwise, the enterprise operates normally;
if the time period belongs to the third time node, and the power utilization data of the enterprise in the time period is larger than the minimum power utilization decreasing data in the third time node or smaller than the minimum power utilization increasing data in the third time node, the enterprise meets the third supervision standard, otherwise, the enterprise operates normally.
And if the acquired electricity consumption data of the enterprise in the time period is zero, indicating that the enterprise is not operated, and marking as a vacant company.
The minimum standard electricity consumption data in the first time node of the enterprise comprises: calculating the lowest power consumption data required to be consumed when the enterprise normally operates in a first time node under the scale by taking the scale when the enterprise is established as a reference; the minimum standard electricity consumption data in the second time node of the enterprise comprises: multiplying the result of dividing the second time node by the first time node by the power utilization data obtained by multiplying the result by the lowest standard power utilization data in the first time node; the minimum electricity consumption data in the third time node of the enterprise comprises: and calculating actual power consumption data in the first time node, the second time node and the third time node of the enterprise respectively, calculating the increasing or decreasing condition of the power consumption data among each time node, and setting the minimum power consumption decreasing data in the third time node of the enterprise according to the increasing or decreasing condition of the power consumption data.
If the electricity consumption data between the first time node and the second time node of the enterprise is decreased progressively, multiplying the decreasing rate of the electricity consumption data between the first time node and the second time node of the enterprise by a preset base number, and then multiplying the electricity consumption data in the second time node of the enterprise by the preset base number to serve as the minimum electricity consumption decreasing data in a third time node of the enterprise;
and if the electricity utilization data from the first time node to the second time node of the enterprise is increased progressively, the preset cardinality of the increment rate of the electricity utilization data from the first time node to the second time node of the enterprise is multiplied by the electricity utilization data in the second time node of the enterprise to be used as the minimum electricity utilization incremental data in the third time node of the enterprise.
The system of the enterprise production and operation analysis method based on power consumption monitoring comprises a monitoring standard module, a comparison analysis module and an analysis result module;
the monitoring standard module is used for establishing an enterprise production and operation monitoring standard according to the enterprise registration establishment time, the scale of the enterprise when the enterprise is established and the development condition;
the comparison and analysis module is used for acquiring power consumption data at the enterprise registration address or the actual operation address within a certain time period, analyzing the power consumption data and comparing the power consumption data with the enterprise production operation supervision standard;
the analysis result module is used for judging the production and operation conditions of the enterprises according to the comparison and analysis results, bringing the enterprises meeting the first supervision standard into the range of abnormal operation, and marking the enterprises in the industrial and commercial system; and paying corresponding attention to the enterprises meeting the second supervision standard and the third supervision standard.
The supervision standard module comprises a first supervision standard unit, a second supervision standard unit and a third supervision standard unit;
the first monitoring standard unit is used for calculating the lowest standard electricity utilization data of the enterprise in the first time node by taking the first time node of enterprise establishment and the scale of the enterprise when the enterprise is established as standards, and taking the lowest standard electricity utilization data as a second monitoring standard for enterprise production, operation and monitoring;
the second supervision standard unit is used for taking at least two first time nodes established by the enterprise as cardinality as second time nodes, calculating minimum standard electricity utilization data in the second time nodes of the enterprise, and taking the minimum standard electricity utilization data as a first supervision standard for enterprise production, operation and supervision;
the third supervision standard unit is used for taking at least three first time nodes established by the enterprise as a base number as a third time node, calculating the minimum power consumption decreasing or increasing data in the third time node of the enterprise, and taking the minimum power consumption decreasing or increasing data as a third supervision standard for enterprise production, operation and supervision.
The comparison analysis module comprises a judgment unit and an analysis unit; the judging unit is used for judging the relation between the time period for acquiring the electricity utilization data and the first time node, the second time node and the third time node; the analysis unit is used for analyzing whether the enterprise meets the first supervision standard, the second supervision standard, the third supervision standard or operates normally according to the acquired electricity utilization data of the enterprise in a certain time period according to the judgment result of the judgment unit.
The invention has the following advantages: the method and the system for analyzing the production and the operation of the enterprise based on the power consumption and energy consumption monitoring can know the production and the operation conditions of the enterprise in real time through analyzing the power consumption and energy consumption conditions of the enterprise, monitor the empty-shell company which is only registered and does not operate, monitor the empty-shell company and greatly improve the supervision effect of the business department on the operation conditions of the enterprise.
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FIG. 1 is a schematic flow diagram of the process of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all the embodiments. The components of the embodiments of the present application, generally described and illustrated in the figures herein, can be arranged and designed in a wide variety of different configurations. Thus, the detailed description of the embodiments of the present application provided below in connection with the appended drawings is not intended to limit the scope of the claimed application, but is merely representative of selected embodiments of the application. All other embodiments, which can be derived by a person skilled in the art from the embodiments of the present application without making any creative effort, shall fall within the protection scope of the present application. The invention is further described below with reference to the accompanying drawings.
As shown in fig. 1, the present invention relates to an enterprise production and operation analysis method based on power consumption monitoring, the production and operation analysis method includes:
s1, establishing an enterprise production operation supervision standard according to the enterprise registration establishment time, the scale and the development condition when the enterprise is established;
s2, acquiring power consumption data at the enterprise registration address or the actual operation address within a certain time period, analyzing the power consumption data and comparing the power consumption data with the enterprise production operation supervision standard;
and S3, judging the production and operation conditions of the enterprises according to the comparison and analysis results, bringing the enterprises meeting the first supervision standard into the abnormal operation range, and marking the enterprises in the industrial and commercial system (the enterprises can be found out to be brought into the abnormal operation range on the network).
Further, enterprises that will meet the second and third regulatory standards may be marked with different colors in the internal enterprise list of the business-industry system (which cannot be found on the internet, but only marked internally).
Wherein, establish enterprise's production operation supervision standard according to enterprise registration time and the scale and the development when the enterprise is established and include:
calculating the lowest standard electricity utilization data of the enterprise in the 1 st year by taking the established 1 st year and the established scale of the enterprise as standards, and taking the lowest standard electricity utilization data as a second supervision standard for enterprise production, operation and supervision;
taking the enterprise established for at least two years as a second time node, calculating the minimum standard electricity utilization data in the second time node of the enterprise, and taking the minimum standard electricity utilization data as a first supervision standard of enterprise production, operation and supervision;
and taking the enterprise as a third time node after the enterprise is established for at least three years, calculating the minimum power consumption decreasing or increasing data in the third time node of the enterprise, and taking the minimum power consumption decreasing or increasing data as a third supervision standard for the production, operation and supervision of the enterprise.
For enterprises meeting the second supervision standard and the third supervision standard, the operation condition is relatively poor, and corresponding departments can pay proper attention to the enterprises; and for the enterprises meeting the first supervision standard, the operation situation of the enterprises is proved to have serious problems, and the enterprises even have been closed or become the empty companies.
Wherein, analyze and with enterprise's production operation supervision standard including to the power consumption data:
judging the relation between the time period for acquiring the electricity utilization data and the first time node, the second time node and the third time node;
if the time period belongs to the first time node and the electricity utilization data of the enterprise in the time period is smaller than the lowest standard electricity utilization data of the enterprise in the first time node, the enterprise meets the second supervision standard, otherwise, the enterprise operates normally; if the time period of the acquired electricity consumption data is within 1 year, for example, half a year, it indicates that the electricity consumption data belongs to the first time node.
If the time period belongs to the second time node, and the electricity utilization data of the enterprise in the time period is smaller than the lowest standard electricity utilization data in the second time node of the enterprise, the enterprise meets the first supervision standard, otherwise, the enterprise operates normally; if the time period of the acquired electricity consumption data is within 2 years, for example, one year and a half, it is indicated as belonging to the second time node.
If the time period belongs to the third time node, and the power utilization data of the enterprise in the time period is larger than the minimum power utilization decreasing data in the third time node or smaller than the minimum power utilization increasing data in the third time node, the enterprise meets the third supervision standard, otherwise, the enterprise operates normally. If the time period of the acquired electricity consumption data is within 3 years, for example, two and a half years, it is indicated as belonging to the third time node.
And if the acquired electricity consumption data of the enterprise in the time period is zero, indicating that the enterprise is not operated, and marking as a vacant company.
Further, the minimum standard electricity consumption data in the first time node of the enterprise comprises: calculating the lowest power consumption data required to be consumed when the enterprise normally operates in a first time node under the scale by taking the scale when the enterprise is established as a reference; for example, when an enterprise is established, the number of social security payers is 10, and according to the experience range (such as IT industry) of the enterprise, the power utilization equipment mainly comprises a computer and some printing equipment, the power utilization data of the enterprise in one day can be calculated, and then the lowest power utilization data of the enterprise under the condition that the enterprise does not develop vigorously within 1 year can be obtained by multiplying the power utilization data by the normal working time of one year.
The minimum standard electricity consumption data in the second time node of the enterprise comprises: multiplying the result of dividing the second time node by the first time node by the power utilization data obtained by multiplying the result by the lowest standard power utilization data in the first time node; the minimum electricity consumption data in the third time node of the enterprise comprises: and calculating actual power consumption data in the first time node, the second time node and the third time node of the enterprise respectively, calculating the increasing or decreasing condition of the power consumption data among each time node, and setting the minimum power consumption decreasing data in the third time node of the enterprise according to the increasing or decreasing condition of the power consumption data.
If the electricity consumption data between the first time node and the second time node of the enterprise is decreased progressively, multiplying the decreasing rate of the electricity consumption data between the first time node and the second time node of the enterprise by a preset base number, and then multiplying the electricity consumption data in the second time node of the enterprise by the preset base number to serve as the minimum electricity consumption decreasing data in a third time node of the enterprise;
and if the electricity utilization data from the first time node to the second time node of the enterprise is increased progressively, the preset cardinality of the increment rate of the electricity utilization data from the first time node to the second time node of the enterprise is multiplied by the electricity utilization data in the second time node of the enterprise to be used as the minimum electricity utilization incremental data in the third time node of the enterprise.
The invention relates to a system of an enterprise production and operation analysis method based on power consumption monitoring, which comprises a monitoring standard module, a comparison analysis module and an analysis result module;
the monitoring standard module is used for establishing an enterprise production and operation monitoring standard according to the enterprise registration establishment time, the scale of the enterprise when the enterprise is established and the development condition;
the comparison and analysis module is used for acquiring power consumption data at the enterprise registration address or the actual operation address within a certain time period, analyzing the power consumption data and comparing the power consumption data with the enterprise production operation supervision standard;
the analysis result module is used for judging the production and operation conditions of the enterprises according to the comparison and analysis results, bringing the enterprises meeting the first supervision standard into the range of abnormal operation, and marking the enterprises in the industrial and commercial system; and paying corresponding attention to the enterprises meeting the second supervision standard and the third supervision standard.
The supervision standard module comprises a first supervision standard unit, a second supervision standard unit and a third supervision standard unit;
the first monitoring standard unit is used for calculating the lowest standard electricity utilization data of the enterprise in the first time node by taking the first time node of enterprise establishment and the scale of the enterprise when the enterprise is established as standards, and taking the lowest standard electricity utilization data as a second monitoring standard for enterprise production, operation and monitoring;
the second supervision standard unit is used for taking at least two first time nodes established by the enterprise as cardinality as second time nodes, calculating minimum standard electricity utilization data in the second time nodes of the enterprise, and taking the minimum standard electricity utilization data as a first supervision standard for enterprise production, operation and supervision;
the third supervision standard unit is used for taking at least three first time nodes established by the enterprise as a base number as a third time node, calculating the minimum power consumption decreasing or increasing data in the third time node of the enterprise, and taking the minimum power consumption decreasing or increasing data as a third supervision standard for enterprise production, operation and supervision.
The comparison analysis module comprises a judgment unit and an analysis unit; the judging unit is used for judging the relation between the time period for acquiring the electricity utilization data and the first time node, the second time node and the third time node; the analysis unit is used for analyzing whether the enterprise meets the first supervision standard, the second supervision standard, the third supervision standard or operates normally according to the acquired electricity utilization data of the enterprise in a certain time period according to the judgment result of the judgment unit.
The foregoing is illustrative of the preferred embodiments of this invention, and it is to be understood that the invention is not limited to the precise form disclosed herein and that various other combinations, modifications, and environments may be resorted to, falling within the scope of the concept as disclosed herein, either as described above or as apparent to those skilled in the relevant art. And that modifications and variations may be effected by those skilled in the art without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (9)
1. An enterprise production and operation analysis method based on power consumption monitoring is characterized in that: the production operation analysis method comprises the following steps:
establishing an enterprise production operation supervision standard according to the enterprise registration establishment time, the scale and the development condition of the enterprise when the enterprise is established;
acquiring power consumption data at an enterprise registration address or an actual operation address within a certain time period, analyzing the power consumption data and comparing the power consumption data with an enterprise production operation supervision standard;
and judging the production and operation conditions of the enterprises according to the comparison and analysis result, bringing the enterprises meeting the first supervision standard into the range of abnormal operation, and marking in the industrial and commercial system.
2. The enterprise production and operation analysis method based on power consumption monitoring as claimed in claim 1, wherein: the establishment of the enterprise production operation supervision standard according to the enterprise registration establishment time, the scale of the enterprise establishment and the development condition comprises the following steps:
calculating the lowest standard electricity utilization data of the enterprise in the first time node by taking the first time node of enterprise establishment and the scale of the enterprise when the enterprise is established as standards, and taking the lowest standard electricity utilization data as a second supervision standard of enterprise production, operation and supervision;
taking at least two first time nodes established by the enterprise as cardinality as second time nodes, calculating minimum standard electricity utilization data in the second time nodes of the enterprise, and taking the minimum standard electricity utilization data as a first supervision standard of enterprise production, operation and supervision;
and taking at least three first time nodes established by the enterprise as a base number as third time nodes, calculating the minimum electricity consumption decreasing or increasing data in the third time nodes of the enterprise, and taking the minimum electricity consumption decreasing or increasing data as a third supervision standard for enterprise production, operation and supervision.
3. The enterprise production and operation analysis method based on power consumption monitoring as claimed in claim 2, wherein: the analysis of the power utilization data and the comparison with the enterprise production operation supervision standard comprise the following steps:
judging the relation between the time period for acquiring the electricity utilization data and the first time node, the second time node and the third time node;
if the time period belongs to the first time node and the electricity utilization data of the enterprise in the time period is smaller than the lowest standard electricity utilization data of the enterprise in the first time node, the enterprise meets the second supervision standard, otherwise, the enterprise operates normally;
if the time period belongs to the second time node, and the electricity utilization data of the enterprise in the time period is smaller than the lowest standard electricity utilization data in the second time node of the enterprise, the enterprise meets the first supervision standard, otherwise, the enterprise operates normally;
if the time period belongs to the third time node, and the power utilization data of the enterprise in the time period is larger than the minimum power utilization decreasing data in the third time node or smaller than the minimum power utilization increasing data in the third time node, the enterprise meets the third supervision standard, otherwise, the enterprise operates normally.
4. The enterprise production and operation analysis method based on power consumption monitoring as claimed in claim 3, wherein: and if the acquired electricity consumption data of the enterprise in the time period is zero, indicating that the enterprise is not operated, and marking as a vacant company.
5. The enterprise production and operation analysis method based on power consumption monitoring according to any one of claims 2-4, wherein: the minimum standard electricity consumption data in the first time node of the enterprise comprises: calculating the lowest power consumption data required to be consumed when the enterprise normally operates in a first time node under the scale by taking the scale when the enterprise is established as a reference; the minimum standard electricity consumption data in the second time node of the enterprise comprises: multiplying the result of dividing the second time node by the first time node by the power utilization data obtained by multiplying the result by the lowest standard power utilization data in the first time node; the minimum electricity consumption data in the third time node of the enterprise comprises: and calculating actual power consumption data in the first time node, the second time node and the third time node of the enterprise respectively, calculating the increasing or decreasing condition of the power consumption data among each time node, and setting the minimum power consumption decreasing data in the third time node of the enterprise according to the increasing or decreasing condition of the power consumption data.
6. The enterprise production and operation analysis method based on power consumption monitoring as claimed in claim 5, wherein: if the electricity consumption data between the first time node and the second time node of the enterprise is decreased progressively, multiplying the decreasing rate of the electricity consumption data between the first time node and the second time node of the enterprise by a preset base number, and then multiplying the electricity consumption data in the second time node of the enterprise by the preset base number to serve as the minimum electricity consumption decreasing data in a third time node of the enterprise;
and if the electricity utilization data from the first time node to the second time node of the enterprise is increased progressively, the preset cardinality of the increment rate of the electricity utilization data from the first time node to the second time node of the enterprise is multiplied by the electricity utilization data in the second time node of the enterprise to be used as the minimum electricity utilization incremental data in the third time node of the enterprise.
7. The system of the enterprise production and operation analysis method based on power consumption monitoring is characterized in that: the system comprises a monitoring standard module, a comparison analysis module and an analysis result module;
the monitoring standard module is used for establishing an enterprise production and operation monitoring standard according to the enterprise registration establishment time, the scale of the enterprise when the enterprise is established and the development condition;
the comparison and analysis module is used for acquiring power consumption data at the enterprise registration address or the actual operation address within a certain time period, analyzing the power consumption data and comparing the power consumption data with the enterprise production operation supervision standard;
the analysis result module is used for judging the production and operation conditions of the enterprises according to the comparison and analysis results, bringing the enterprises meeting the first supervision standard into the range of abnormal operation, and marking the enterprises in the industrial and commercial system; and paying corresponding attention to the enterprises meeting the second supervision standard and the third supervision standard.
8. The system for enterprise production and operation analysis method based on power consumption monitoring as claimed in claim 7, wherein: the supervision standard module comprises a first supervision standard unit, a second supervision standard unit and a third supervision standard unit;
the first monitoring standard unit is used for calculating the lowest standard electricity utilization data of the enterprise in the first time node by taking the first time node of enterprise establishment and the scale of the enterprise when the enterprise is established as standards, and taking the lowest standard electricity utilization data as a second monitoring standard for enterprise production, operation and monitoring;
the second supervision standard unit is used for taking at least two first time nodes established by the enterprise as cardinality as second time nodes, calculating minimum standard electricity utilization data in the second time nodes of the enterprise, and taking the minimum standard electricity utilization data as a first supervision standard for enterprise production, operation and supervision;
the third supervision standard unit is used for taking at least three first time nodes established by the enterprise as a base number as a third time node, calculating the minimum power consumption decreasing or increasing data in the third time node of the enterprise, and taking the minimum power consumption decreasing or increasing data as a third supervision standard for enterprise production, operation and supervision.
9. The system for enterprise production and operation analysis method based on power consumption monitoring as claimed in claim 8, wherein: the comparison analysis module comprises a judgment unit and an analysis unit; the judging unit is used for judging the relation between the time period for acquiring the electricity utilization data and the first time node, the second time node and the third time node; the analysis unit is used for analyzing whether the enterprise meets the first supervision standard, the second supervision standard, the third supervision standard or operates normally according to the acquired electricity utilization data of the enterprise in a certain time period according to the judgment result of the judgment unit.
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| CN117649061A (en) * | 2024-01-30 | 2024-03-05 | 山东达斯特信息技术有限公司 | Multi-node networking electricity analysis method and system for environmental protection monitoring |
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