Enterprise green transformation management online monitoring system

Abstract

The invention discloses an enterprise green transformation management online monitoring system, which comprises a data monitoring module, a process control management module, a data arrangement module, an evaluation module and a feedback information issuing module, and is characterized in that the data monitoring module is used for monitoring enterprise working data, and the process control management module is used for managing and controlling a green transformation scheme of an enterprise; the data arrangement module is used for processing the monitoring data, the evaluation module is used for evaluating the green transformation standard reached by the enterprise green transformation management, and the feedback information issuing module is used for feeding back the green transformation condition of the enterprise. According to the invention, data and reports related to enterprise green construction are sent to an enterprise green transformation management manager through the feedback information issuing module and are updated in real time, so that the manager can know the condition of the enterprise on green transformation management at any time and accurately master the data conditions related to green construction in different areas in the enterprise, and the management efficiency is improved. And managers are helped to know the green transformation effect.

Description

Technical Field

[0001] The present invention relates to the technical field of green transformation management monitoring, and in particular to an online monitoring system for green transformation management of an enterprise. Background Art

[0003] The green transformation management monitoring system in the existing technology usually monitors the enterprise's process supervision, and does not consider understanding the effectiveness of the enterprise's green transformation management by real-time monitoring of the enterprise's carbon emissions and energy consumption.

[0004] The defects of the existing online monitoring system are:

[0005] 1. Application document CN116050857A discloses a low-carbon transformation decision support system for power generation enterprises. However, the system in the patent document can only monitor the carbon emissions and energy consumption data of enterprises in real time. It does not consider enabling enterprise managers to view the latest feedback information in real time and provide feedback on the greening level of each area within the enterprise, so as to help managers accurately grasp the green transformation results of different areas within the enterprise at any time.

[0006] 2. The online monitoring system for transformation management in the existing technology usually does not consider optimizing the transformation management plan initially entered, and does not consider manually re-optimizing the optimized plan to ensure that the optimized plan can be adapted to the enterprise;

[0007] 3. Application document CN116307749A proposes a low-carbon transformation decision support system with a multi-level system architecture. The system in this patent document only considers feeding back the unified decision of the enterprise to the grassroots enterprise-level subsystem, and does not consider refining the response data of various regions of the enterprise after the decision is implemented to help managers discover the unreasonableness of the management plan. Summary of the invention

[0008] The purpose of the present invention is to provide an online monitoring system for enterprise green transformation management to solve the problems raised in the above background technology.

[0009] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: an online monitoring system for green transformation management of an enterprise, comprising a data monitoring module, a process control management module, a data sorting module, an evaluation module, and a feedback information publishing module, wherein the data monitoring module is used to monitor the working data of the enterprise, the process control management module is used to manage the green transformation plan of the enterprise, the data sorting module is used to process the monitoring data, the evaluation module is used to evaluate the greening standard achieved by the green transformation management of the enterprise, and the feedback information publishing module is used to feedback the green transformation situation of the enterprise;

[0010] The feedback information release module includes a real-time monitoring data feedback unit, an evaluation information feedback unit, and a transformation effect report feedback unit. The real-time monitoring data feedback unit is used to publicly feedback current monitoring data, the evaluation information feedback unit is used to feedback evaluation results, and the transformation effect report feedback unit is used to feedback the effect report of the enterprise's green transformation management.

[0011] Preferably, the feedback information publishing module establishes a communication connection with the data monitoring module, the process control management module, the data sorting module and the evaluation module through wireless technology, obtains relevant information data of each module in real time, and updates and publishes the feedback information in real time to the mobile terminal of the enterprise green transformation manager.

[0012] Preferably, the real-time monitoring data feedback unit updates the enterprise's current overall carbon emissions and the carbon emissions at each production stage in real time, the evaluation information feedback unit provides feedback on the enterprise's current green and low-carbon level among similar enterprises, and the transformation effect report feedback unit provides feedback on the enterprise's carbon emission levels at each production stage and the energy consumption utilization level of each equipment.

[0013] Preferably, the data monitoring module monitors the carbon emission data of each production stage in the enterprise's work and production in real time through non-dispersive infrared monitoring technology, monitors the equipment data of each production stage in real time through sensors and electronic equipment, and calculates the equipment energy consumption utilization data according to the energy consumption formula.

[0014] Preferably, the data sorting module receives monitoring data from the data monitoring module, and the data sorting module includes a carbon emission data analysis unit and an energy consumption data analysis unit. The carbon emission data analysis unit is used to analyze the carbon emission data of each production stage, and the energy consumption data analysis unit is used to analyze the energy utilization data of production equipment within the enterprise.

[0015] Preferably, the carbon emission data analysis unit and the energy consumption utilization data analysis unit both analyze the data through mathematical analysis methods. The carbon emission data analysis unit sums up the carbon emissions of each production stage to obtain the overall carbon emissions of the enterprise, and compares the current carbon emissions of each production stage with the historical carbon emissions of each production stage, and ranks the carbon emission levels of each production stage according to the comparison. The energy consumption utilization data analysis unit analyzes and compares the current energy consumption utilization data and historical data of each equipment, and ranks the energy consumption utilization of each equipment. The data collation module generates a transformation effect report based on the output data of the carbon emission data analysis unit and the energy consumption utilization data analysis unit.

[0016] Preferably, the process control management module includes a transformation plan planning unit, a transformation plan learning unit and a transformation plan optimization unit. The transformation plan planning unit is used to set up the enterprise green transformation management plan, the transformation plan learning unit is used to learn advanced green transformation management plans of other enterprises and grasp the relevant policy requirements for enterprise greening construction issued by the government, and the transformation plan optimization unit is used to optimize the enterprise green transformation management plan.

[0017] Preferably, the transformation plan planning unit manually enters the enterprise's green transformation management plan into the cloud service platform, the transformation plan learning unit obtains the government's latest policy requirements on enterprise greening construction and other enterprises' advanced green transformation management plans through real-time networking, and the transformation plan optimization unit includes an intelligent optimization sub-unit and a manual optimization sub-unit. The intelligent optimization sub-unit optimizes the enterprise's green transformation management plan based on big data and machine learning technology, and plans an optimization plan based on the content learned by the transformation plan learning unit and in combination with the enterprise's initial green transformation management decision. The manual optimization sub-unit further optimizes the optimization plan launched by the intelligent optimization sub-unit through the historical experience of the staff.

[0018] Preferably, the evaluation module includes an environmental management evaluation unit and an energy-saving management evaluation unit. The environmental management evaluation unit is used to evaluate the green level of the enterprise's carbon emissions in the industry, and the energy-saving management evaluation unit is used to evaluate the enterprise's equipment energy efficiency. After the evaluation module evaluates the enterprise's carbon emissions and equipment energy efficiency, it automatically generates an evaluation report.

[0019] Preferably, the environmental management assessment unit compares the carbon emissions of the enterprise with those of similar enterprises, and uses this to assess the enterprise's carbon emission level. The energy conservation management assessment unit compares the energy efficiency of the enterprise's equipment with that of similar enterprises, and uses this as a basis to assess the enterprise's energy utilization efficiency level.

[0020] Compared with the prior art, the present invention has the following beneficial effects:

[0021] 1. The present invention sends data and reports related to the green construction of the enterprise to the green transformation management manager of the enterprise through the feedback information release module, and updates and feedbacks the changes in the green transformation management of the enterprise in real time through the communication connection with other modules, so that the manager can understand the situation of the green transformation management of the enterprise at any time. The feedback information includes real-time monitoring data feedback, evaluation report and transformation effect report sheet. The feedback information can help managers accurately understand the greening level of different regions, enable managers to view the data related to the enterprise and green construction more intuitively, and help managers understand the effect of green transformation.

[0022] 2. The present invention optimizes the green transformation management plan of the enterprise through the process control management module, learns other advanced green transformation management plans through the transformation plan learning unit, and optimizes the plan through artificial intelligence combined with other advanced green transformation management plans, thereby reducing the tedious operations of manual optimization. Finally, the intelligently optimized plan is further optimized through the manager's historical experience, thereby accelerating the pace of the enterprise's green transformation management to the greatest extent. At the same time, the final manual optimization can also ensure that the optimized plan is compatible with the enterprise.

[0023] 3. The present invention organizes the data of the data monitoring module through the data sorting module. The carbon emission data analysis unit and the energy consumption utilization data analysis unit respectively analyze and organize the carbon emissions of each production stage of the enterprise and the energy consumption utilization of each equipment in detail through mathematical analysis methods, organize the regional carbon emission ranking list and the equipment energy consumption ranking list within the enterprise, and compare them with historical data, and classify the data in a refined manner, so as to facilitate the enterprise to accurately locate the unreasonable aspects in the green transformation management plan and improve the unreasonable aspects. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 is a system diagram of the present invention;

[0025] Figure 2 It is a structural diagram of the data sorting module of the present invention;

[0026] Figure 3 It is a structural diagram of the feedback information publishing module of the present invention;

[0027] Figure 4 It is a structural diagram of the process control management composition of the present invention;

[0028] Figure 5 This is a structural diagram of the evaluation module of the present invention. DETAILED DESCRIPTION

[0029] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0030] See also Figure 1 and Figure 3, an embodiment provided by the present invention: an online monitoring system for green transformation management of an enterprise, comprising a data monitoring module, a process control management module, a data sorting module, an evaluation module, and a feedback information publishing module, wherein the data monitoring module is used to monitor the working data of the enterprise, the process control management module is used to manage the green transformation plan of the enterprise, the data sorting module is used to process the monitoring data, the evaluation module is used to evaluate the greening standard achieved by the green transformation management of the enterprise, and the feedback information publishing module is used to feedback the green transformation situation of the enterprise;

[0031] The feedback information release module includes a real-time monitoring data feedback unit, an evaluation information feedback unit, and a transformation effect report feedback unit. The real-time monitoring data feedback unit is used to publicly feedback the current monitoring data, the evaluation information feedback unit is used to feedback the evaluation results, and the transformation effect report feedback unit is used to feedback the effect report of the enterprise's green transformation management; the feedback information release module establishes a communication connection with the data monitoring module, the process control management module, the data sorting module and the evaluation module through wireless technology, obtains relevant information data of each module in real time, and updates and releases the feedback information in real time to the mobile terminal of the enterprise's green transformation manager.

[0032] The real-time monitoring data feedback unit updates the company's current overall carbon emissions and the carbon emissions at each production stage in real time. The evaluation information feedback unit provides feedback on the company's current green and low-carbon level among similar companies. The transformation effect report feedback unit provides feedback on the company's carbon emission levels at each production stage and the energy utilization level of each equipment.

[0033] The data monitoring module uses non-dispersive infrared monitoring technology to monitor the carbon emission data of each production stage in the company's work and production in real time, monitors the equipment data of each production stage in real time through sensors and electronic equipment, and calculates the equipment energy consumption utilization data based on the energy consumption formula.

[0034] Furthermore, the data monitoring module monitors the data related to the green transformation management of the enterprise in real time, the process control management module is responsible for controlling the specific green transformation management plan of the enterprise, the data sorting module receives the monitoring data of the data monitoring module, and sorts and analyzes the monitored data, the evaluation module evaluates the green level of the enterprise based on the monitoring data of the data monitoring module and the analysis and sorting results of the data sorting module and combines the data of other similar enterprises, and helps the green transformation managers of the enterprise to better understand the green transformation results of the enterprise through feedback of different types of information;

[0035] During the operation of the enterprise's green transformation management online monitoring system, after the data monitoring module, process control management module, data collation module and evaluation module transmit the output data to the feedback information release module, the real-time monitoring data feedback unit updates the enterprise's current overall carbon emissions and carbon emissions data of each production stage in real time. The evaluation information feedback unit feeds back the evaluation report output by the evaluation module, and displays the enterprise's current green and low-carbon level among similar enterprises. The transformation effect report feedback unit feeds back the carbon emission level of each production stage and the energy consumption utilization level of each equipment. The feedback information release unit sends all feedback data information to the mobile terminal of the enterprise manager and updates the feedback information in real time, so that the enterprise manager can open the mobile terminal in real time to view the latest feedback information. The feedback information release unit provides the enterprise with real data related to greening, helping managers to grasp and understand the enterprise's green transformation management situation and effectiveness.

[0036] See also Figure 1 and Figure 2 An embodiment of the present invention is: an online monitoring system for green transformation management of an enterprise, wherein a data sorting module receives monitoring data from a data monitoring module, and the data sorting module includes a carbon emission data analysis unit and an energy consumption data analysis unit. The carbon emission data analysis unit is used to analyze the carbon emission data of each production stage, and the energy consumption data analysis unit is used to analyze the energy utilization data of production equipment within the enterprise.

[0037] The carbon emission data analysis unit and the energy consumption data analysis unit both analyze the data through mathematical analysis methods. The carbon emission data analysis unit sums up the carbon emissions of each production stage to obtain the company's overall carbon emissions, and compares the current carbon emissions of each production stage with the historical carbon emissions of each production stage. The carbon emission levels of each production stage are ranked according to the comparison. The energy consumption data analysis unit analyzes and compares the current energy consumption data and historical data of each equipment, and ranks the energy consumption of each equipment. The data collation module generates a transformation effect report based on the output data of the carbon emission data analysis unit and the energy consumption data analysis unit.

[0038] Furthermore, after the data sorting module receives the monitoring data from the data monitoring module, the carbon emission data analysis unit analyzes the carbon emission data of each production stage through mathematical analysis, and the energy consumption utilization data analysis unit analyzes the energy utilization data of the production equipment in the enterprise through mathematical analysis. The carbon emission data analysis unit sums the carbon emissions of each production stage to obtain the overall carbon emissions of the enterprise, obtains the historical data of the carbon emissions of each production stage of the enterprise from the cloud database, and compares the current carbon emissions of each production stage with the historical carbon emissions of each production stage to analyze whether the carbon emissions of the current production stage of the enterprise have decreased, and ranks the carbon emission levels of each production stage according to the comparison. The production stage with a larger reduction in carbon emission levels is rated as the highest level effective transformation stage, and the production stage with almost no reduction in carbon emission levels is rated as the lowest level effective transformation stage. Yuan analyzes and compares the current energy consumption data of each device with the historical data obtained from the cloud database, and ranks the energy consumption of each device. The device with the highest energy consumption utilization rate is rated as the highest level of energy-saving equipment, and the device with the lowest energy consumption utilization rate is rated as the lowest level of energy-saving equipment. The data sorting module generates a transformation effect report from the output data of the carbon emission data analysis unit and the energy consumption utilization data analysis unit. The data of the transformation effect report includes the current carbon emissions of each production stage of the enterprise and the historical carbon emissions of each production stage, the ranking table of carbon emissions changes in each production stage of the enterprise, the current energy consumption utilization rate and historical energy consumption utilization rate of each equipment in the enterprise, and the equipment energy consumption utilization rate ranking table. The transformation effect report helps managers understand the carbon emissions and energy consumption utilization rates of specific production stages and specific equipment in the enterprise, and helps managers accurately locate unreasonable aspects of the management plan.

[0039] See also Figure 1 and Figure 4 An embodiment provided by the present invention is: an online monitoring system for enterprise green transformation management, wherein the process control management module includes a transformation plan planning unit, a transformation plan learning unit and a transformation plan optimization unit, wherein the transformation plan planning unit is used to set the enterprise green transformation management plan, the transformation plan learning unit is used to learn advanced green transformation management plans of other enterprises and grasp the relevant policy requirements for enterprise greening construction issued by the government, and the transformation plan optimization unit is used to optimize the enterprise green transformation management plan.

[0040] The transformation plan planning unit manually enters the enterprise's green transformation management plan into the cloud service platform. The transformation plan learning unit obtains the government's latest policy requirements on enterprise greening construction and other enterprises' advanced green transformation management plans through real-time networking. The transformation plan optimization unit includes an intelligent optimization sub-unit and a manual optimization sub-unit. The intelligent optimization sub-unit optimizes the enterprise's green transformation management plan based on big data and machine learning technology, and plans an optimization plan based on the content learned in the transformation plan learning unit and combined with the enterprise's initial green transformation management decision. The manual optimization sub-unit further optimizes the optimization plan launched by the intelligent optimization sub-unit through the historical experience of the staff.

[0041] Furthermore, when using the green transformation management online monitoring system, the staff enters the company's initial green transformation management plan through the transformation plan planning unit, uploads the company's initial green transformation management plan to the cloud service desk, and the transformation plan learning unit obtains the advanced green transformation management plans of other similar companies published on the Internet in real time. At the same time, it also obtains the relevant policy requirements for corporate green construction issued by the government to ensure that the company's green transformation management plan complies with industry rules. The transformation plan optimization unit optimizes the company's green transformation management plan based on the data of the transformation plan planning unit and the transformation plan learning unit. The intelligent optimization subunit optimizes the company's green transformation construction plan based on the machine learning technology of big data and artificial intelligence. The plan is optimized in accordance with the government's relevant policy requirements on enterprise greening construction and in combination with the actual situation of the enterprise itself, the methods in other enterprises' advanced green transformation plans that can be adapted to the enterprise itself are integrated into the enterprise's green transformation management plan, and the advantages of advanced plans are absorbed to improve the enterprise's green transformation management plan. After the intelligent optimization sub-unit optimizes the plan, the optimization plan needs to be further optimized by the manual optimization sub-unit. The staff modifies the optimization plan launched by the intelligent optimization sub-unit based on work experience to ensure that the final optimization plan matches the enterprise. By using artificial intelligence to conduct preliminary optimization of the enterprise's green transformation management plan, the optimization efficiency is improved and the efficiency of the enterprise's green transformation is accelerated.

[0042] See also Figure 1 and Figure 5 An embodiment of the present invention is: an online monitoring system for enterprise green transformation management, wherein the evaluation module includes an environmental management evaluation unit and an energy-saving management evaluation unit. The environmental management evaluation unit is used to evaluate the green level of the enterprise's carbon emissions in the industry, and the energy-saving management evaluation unit is used to evaluate the energy efficiency of the enterprise's equipment. After the evaluation module evaluates the enterprise's carbon emissions and equipment energy efficiency, it automatically generates an evaluation report.

[0043] The environmental management assessment unit compares the carbon emissions of the enterprise with those of similar enterprises and uses this to assess the enterprise's carbon emission level. The energy conservation management assessment unit compares the energy efficiency of the enterprise's equipment with that of similar enterprises and uses this as a basis to assess the energy efficiency of the enterprise.

[0044] Furthermore, the evaluation module evaluates the implementation effect of the enterprise's overall green transformation management plan. The environmental management evaluation unit compares the enterprise's carbon emissions with those of similar enterprises, and uses this to estimate the enterprise's carbon emission level in the industry. The enterprise's equipment energy efficiency is compared with that of similar enterprises, and used to evaluate the enterprise's energy utilization efficiency level in the industry. After the evaluation module evaluates the enterprise's carbon emissions and equipment energy efficiency, it automatically generates an evaluation report. The evaluation report includes the enterprise's carbon emission level and energy consumption utilization level in the industry. The evaluation report also includes a comprehensive greening level that takes the enterprise's carbon emission level and energy consumption utilization level into consideration.

[0045] It will be apparent to those skilled in the art that the invention is not limited to the details of the exemplary embodiments described above and that the invention can be implemented in other specific forms without departing from the spirit or essential features of the invention. Therefore, the embodiments should be considered exemplary and non-limiting in all respects, and the scope of the invention is defined by the appended claims rather than the foregoing description, and it is intended that all variations falling within the meaning and scope of the equivalent elements of the claims be included in the invention. Any reference numeral in a claim should not be considered as limiting the claim to which it relates.

Claims

1. An online monitoring system for enterprise green transformation management, including a data monitoring module, a process control management module, a data sorting module, an evaluation module, and a feedback information publishing module, characterized in that: The data monitoring module is used to monitor the enterprise's work data, the process control management module is used to manage the enterprise's green transformation plan, the data sorting module is used to process the monitoring data, the evaluation module is used to evaluate the green standards achieved by the enterprise's green transformation management, and the feedback information release module is used to feedback the enterprise's green transformation situation; The feedback information release module includes a real-time monitoring data feedback unit, an evaluation information feedback unit, and a transformation effect report feedback unit. The real-time monitoring data feedback unit is used to publicly feedback current monitoring data, the evaluation information feedback unit is used to feedback evaluation results, and the transformation effect report feedback unit is used to feedback the effect report of the enterprise's green transformation management.

2. According to claim 1, an online monitoring system for enterprise green transformation management is characterized by: The feedback information publishing module establishes communication connections with the data monitoring module, process control management module, data sorting module and evaluation module through wireless technology, obtains relevant information data of each module in real time, and updates and publishes the feedback information in real time to the mobile terminal of the enterprise green transformation manager.

3. According to claim 2, an enterprise green transformation management online monitoring system is characterized by: The real-time monitoring data feedback unit updates the company's current overall carbon emissions and the carbon emissions at each production stage in real time. The evaluation information feedback unit provides feedback on the company's current green and low-carbon level among similar companies. The transformation effect report feedback unit provides feedback on the company's carbon emission levels at each production stage and the energy consumption utilization level of each equipment.

4. According to claim 1, an online monitoring system for green transformation management of an enterprise is characterized by: The data monitoring module monitors the carbon emission data of each production stage in the enterprise's work and production in real time through non-dispersive infrared monitoring technology, monitors the equipment data of each production stage in real time through sensors and electronic equipment, and calculates the equipment energy consumption utilization data according to the energy consumption formula.

5. According to claim 1, an online monitoring system for enterprise green transformation management is characterized by: The data sorting module receives the monitoring data of the data monitoring module. The data sorting module includes a carbon emission data analysis unit and an energy consumption data analysis unit. The carbon emission data analysis unit is used to analyze the carbon emission data of each production stage, and the energy consumption data analysis unit is used to analyze the energy utilization data of production equipment within the enterprise.

6. According to claim 5, an online monitoring system for enterprise green transformation management is characterized by: The carbon emission data analysis unit and the energy consumption utilization data analysis unit both analyze the data through mathematical analysis methods. The carbon emission data analysis unit sums up the carbon emissions of each production stage to obtain the overall carbon emissions of the enterprise, and compares the current carbon emissions of each production stage with the historical carbon emissions of each production stage, and ranks the carbon emission levels of each production stage according to the comparison. The energy consumption utilization data analysis unit analyzes and compares the current energy consumption utilization data and historical data of each equipment, and ranks the energy consumption utilization of each equipment. The data sorting module generates a transformation effect report based on the output data of the carbon emission data analysis unit and the energy consumption utilization data analysis unit.

7. The enterprise green transformation management online monitoring system according to claim 1 is characterized by: The process control management module includes a transformation plan planning unit, a transformation plan learning unit and a transformation plan optimization unit. The transformation plan planning unit is used to set up the enterprise's green transformation management plan. The transformation plan learning unit is used to learn advanced green transformation management plans of other enterprises and grasp the relevant policy requirements for enterprise greening construction issued by the government. The transformation plan optimization unit is used to optimize the enterprise's green transformation management plan.

8. The enterprise green transformation management online monitoring system according to claim 7 is characterized by: The transformation plan planning unit manually enters the enterprise's green transformation management plan into the cloud service platform, and the transformation plan learning unit obtains the government's latest policy requirements on enterprise greening construction and other enterprises' advanced green transformation management plans through real-time networking. The transformation plan optimization unit includes an intelligent optimization sub-unit and a manual optimization sub-unit. The intelligent optimization sub-unit optimizes the enterprise's green transformation management plan based on big data and machine learning technology, and plans an optimization plan based on the content learned by the transformation plan learning unit and combined with the enterprise's initial green transformation management decision. The manual optimization sub-unit further optimizes the optimization plan launched by the intelligent optimization sub-unit through the historical experience of the staff.

9. The enterprise green transformation management online monitoring system according to claim 1 is characterized in that: The evaluation module includes an environmental management evaluation unit and an energy-saving management evaluation unit. The environmental management evaluation unit is used to evaluate the green level of the enterprise's carbon emissions in the industry, and the energy-saving management evaluation unit is used to evaluate the enterprise's equipment energy efficiency. After the evaluation module evaluates the enterprise's carbon emissions and equipment energy efficiency, it automatically generates an evaluation report.

10. The enterprise green transformation management online monitoring system according to claim 9 is characterized in that: The environmental management assessment unit compares the carbon emissions of the enterprise with those of similar enterprises, and uses this to assess the enterprise's carbon emission level. The energy conservation management assessment unit compares the energy efficiency of the enterprise's equipment with that of similar enterprises, and uses this as a basis to assess the enterprise's energy utilization efficiency level.

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