Operation risk assessment early warning method and system based on environmental protection equipment manufacturing enterprise

Abstract

The invention discloses an operation risk assessment early warning method and system based on an environmental protection equipment manufacturing enterprise, and relates to the technical field of risk assessment, the system comprises an enterprise statistics terminal, a sewage detection terminal, a risk early warning terminal and a threshold value management module, the power consumption condition of enterprise manufacturing environmental protection equipment is supervised in real time in combination with the electric quantity used in an environmental protection and power saving mode, and the risk assessment early warning is realized. The sewage detection end is used for detecting the sewage amount in real time when an enterprise manufactures the environmental protection equipment and supervising the sewage discharge condition of the enterprise manufacturing the environmental protection equipment in real time, and the risk early warning end is used for performing risk early warning evaluation in real time according to the enterprise electricity consumption and the sewage discharge amount detected by the enterprise statistics end and the sewage detection end. And system feedback manual processing is reported in real time. According to the operation risk assessment early warning method and system based on the environmental protection equipment manufacturing enterprise, waste of electricity consumption and water consumption of the enterprise is avoided, whether the electricity consumption and the water consumption of the enterprise exceed the standard or not is accurately judged, and the accuracy of operation risk assessment of the enterprise is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of risk assessment, and particularly to an operation risk assessment and early warning method and system for environmental protection equipment manufacturing enterprises. Background Art

[0002] Environmental protection equipment refers to mechanical products, structures and systems manufactured and built by production units or construction and installation units for controlling environmental pollution and improving environmental quality. Some people also believe that environmental protection equipment refers to mechanical processing products for treating environmental pollution, such as dust collectors, fume purifiers, single-body water treatment equipment, and noise controllers. The waste generated by environmental protection equipment manufacturing enterprises during the manufacturing of environmental protection equipment pollutes the environment. Larger environmental pollution will lead to operation risks for manufacturing enterprises. Therefore, environmental protection equipment manufacturing enterprises need to conduct assessment and early warning of operation risks to ensure the normal operation of environmental protection equipment manufacturing enterprises.

[0003] When existing environmental protection equipment manufacturing enterprises conduct operation risk assessment, they cannot detect the electricity consumption of the enterprise in real time and calculate whether the electricity consumption of the enterprise exceeds the standard, resulting in waste of the enterprise's electricity consumption and increased operation costs of the enterprise;

[0004] When existing environmental protection equipment manufacturing enterprises conduct operation risk assessment, due to the large amount of water used by environmental protection equipment manufacturing enterprises, the sewage discharge volume of environmental protection equipment manufacturing enterprises increases accordingly. When manufacturing and discharging sewage, the sewage discharge volume of the enterprise cannot be calculated in a timely and accurate manner, resulting in inaccurate prediction of the water consumption of the enterprise;

[0005] Due to the inability to calculate the electricity and water consumption of manufacturing enterprises in real time and accurately, the enterprise cannot accurately judge whether the electricity and water consumption of the enterprise exceed the standard during operation risk assessment, affecting the accuracy of the enterprise's operation risk assessment.

[0006] Therefore, a new operation risk assessment and early warning method and system for environmental protection equipment manufacturing enterprises are proposed to solve the above problems. Summary of the Invention

[0007] The main purpose of the present invention is to provide an operation risk assessment and early warning method and system for environmental protection equipment manufacturing enterprises to solve the problems raised in the above background.

[0008] To achieve the above purpose, the technical solution adopted by the present invention is: an operation risk assessment and early warning method and system for environmental protection equipment manufacturing enterprises, including an enterprise statistics terminal, a sewage detection terminal, a risk early warning terminal, and a threshold management module;

[0009] The enterprise statistics terminal is used to collect the electricity consumption of the enterprise's manufacturing equipment, combine it with the electricity consumption in the environmental protection power-saving mode, and calculate whether the electricity consumption of the enterprise's manufacturing environmental protection equipment exceeds the electricity threshold range based on the operation accounting electricity consumption in the environmental protection power-saving mode. If it exceeds the threshold range, an electricity warning is generated. If it is within the electricity threshold range, the power-saving mode is entered. If it does not reach the threshold range, normal power consumption is carried out, and the electricity consumption of the enterprise's manufacturing environmental protection equipment is monitored in real time;

[0010] The sewage detection terminal is used to detect the sewage volume in real time when the enterprise manufactures environmental protection equipment, and analyze whether the discharged sewage volume reaches the sewage threshold range. If it exceeds the threshold range, a sewage warning is generated. If it is within the sewage threshold range, the environmental protection mode is entered. If it does not reach the threshold range, normal sewage discharge is carried out, and the sewage discharge of the enterprise's manufacturing environmental protection equipment is monitored in real time;

[0011] The risk warning terminal is used to conduct real-time risk warning assessment based on the electricity consumption and sewage discharge volume of the enterprise detected by the enterprise statistics terminal and the sewage detection terminal, evaluate the operation risk level in real time when the enterprise manufactures environmental protection equipment, generate an operation risk warning prompt, and report it to the system for real-time feedback for manual processing;

[0012] The threshold management module is used to set the electricity threshold range, sewage volume threshold range and risk level, and report the abnormalities exceeding the threshold range to the system for feedback for manual processing.

[0013] The enterprise statistics terminal includes a manufacturing statistics module, an environmental protection operation module and an electricity consumption supervision module;

[0014] The manufacturing statistics module includes a manufacturing collection module, an environmental protection collection module and a total amount statistics module;

[0015] The manufacturing collection module is used to count the electricity consumption of the enterprise's manufacturing equipment in the normal mode through a data recorder.

[0016] The environmental protection collection module is used to count the electricity consumption of the enterprise's manufacturing environmental protection equipment in the power-saving mode through a data recorder;

[0017] The total amount statistics module is used to count the total electricity consumption of all the equipment manufactured by the enterprise. The environmental protection operation module includes an environmental protection classification module and an operation accounting module;

[0018] The environmental protection classification module is used to carry out processing and manufacturing in the power-saving mode by classifying the equipment, and the classification includes large workpieces, small workpieces and environmental protection workpieces;

[0019] The operation accounting module is used to calculate the electricity consumption of the enterprise in the normal mode and the electricity consumption in the power-saving mode.

[0020] The electricity consumption supervision module includes an electricity volume statistics module and an electricity volume abnormality warning unit;

[0021] The electricity consumption statistics module is used to calculate the saved electricity consumption in the power-saving mode through a calculation formula, and the calculation formula is as follows:

[0022] X = X1 - X2

[0023] Where X is the saved electricity consumption, X1 is the electricity consumption in the normal mode, and X2 is the electricity consumption in the power-saving mode;

[0024] The electricity consumption anomaly warning unit is used to compare the electricity consumption in the normal mode with the set electricity threshold range. If the comparison result > the electricity threshold range, an electricity warning is generated. If the comparison result is within the electricity threshold range, the power-saving mode is entered. If the comparison result < the electricity threshold range, normal electricity consumption is carried out.

[0025] The sewage detection end includes a sewage detection module, a sewage analysis module, and a sewage supervision module;

[0026] The sewage detection module includes a sewage statistics module and a sewage prediction module;

[0027] The sewage statistics module is used to count the amount of sewage generated by enterprises in manufacturing environmental protection equipment;

[0028] The sewage prediction module is used to predict the total amount of sewage in a period through the amount of sewage generated by enterprises in manufacturing environmental protection equipment. The prediction method is as follows:

[0029] Predict the emissions of enterprises in each cycle. According to the standard of one quarter as a cycle, the exponential smoothing method can be used to calculate the water consumption and sewage volume in the (A + 1)th cycle based on the water consumption in the Ath cycle;

[0030]

[0031] Where a1 and a2 are smoothing constants, and a1 = [0, 1], a2 = [0, 1].

[0032] The sewage analysis module is used to compare the predicted total amount of sewage with the sewage threshold range;

[0033] The sewage supervision module includes an emission statistics unit and an anomaly warning module;

[0034] The emission statistics unit is used to determine whether the amount of sewage is abnormal through the comparison of the sewage threshold range;

[0035] The anomaly warning module is used to compare the predicted amount of sewage with the set sewage threshold range. If the comparison result > the sewage threshold range, a sewage warning is generated. If the comparison result is within the sewage threshold range, the environmental protection mode is entered. If the comparison result < the sewage threshold range, sewage is discharged normally.

[0036] The risk early warning terminal includes a risk identification module, an identification and positioning module, a positioning and evaluation module, and an evaluation and early warning module;

[0037] The risk identification module includes a data reception module and a risk judgment module;

[0038] The data reception module is used to receive the analysis results of the enterprise's electricity consumption and the analysis results of the sewage volume;

[0039] The risk judgment module is used to judge whether there is an enterprise operation risk through the received analysis results of electricity consumption and sewage volume. If the analysis result of electricity consumption exceeds the electricity threshold range or the analysis result of sewage volume exceeds the sewage threshold range, it indicates that the enterprise has an operation risk.

[0040] The identification and positioning module is used to analyze the operation risk type of the enterprise through the received analysis results of electricity consumption and sewage volume. The operation risk types include the risk of excessive electricity and the risk of excessive sewage discharge;

[0041] The positioning and evaluation module is used to compare the received analysis results of electricity consumption and sewage volume with the risk level threshold range. If the comparison result > the risk level threshold range, a risk early warning is generated. If the comparison result is within the risk level threshold range, the environmental protection mode is entered. If the comparison result < the risk level threshold range, normal operation is carried out;

[0042] The evaluation and early warning module includes a feedback processing module. The evaluation and early warning module is used to report and feedback the issued risk early warning for manual processing.

[0043] The operation risk assessment and early warning method for environmental protection equipment manufacturing enterprises is as follows:

[0044] Step 1: Set the electricity threshold range for the enterprise to manufacture environmental protection equipment, collect the electricity consumption of the enterprise's manufacturing equipment, combine the electricity consumption in the environmental protection power-saving mode, and obtain whether the electricity consumption of the enterprise to manufacture environmental protection equipment exceeds the electricity threshold range according to the operation accounting electricity in the environmental protection power-saving mode. If it exceeds the threshold range, an electricity early warning is generated. If it is within the electricity threshold range, the power-saving mode is entered. If it does not reach the threshold range, normal electricity consumption is carried out, and the enterprise's electricity consumption is monitored in real time;

[0045] Step 2: Set the sewage threshold range for the enterprise to manufacture environmental protection equipment, detect the sewage volume in real time, and analyze whether the discharged sewage volume reaches the sewage threshold range. If it exceeds the threshold range, a sewage early warning is generated. If it is within the sewage threshold range, the environmental protection mode is entered. If it does not reach the threshold range, normal sewage discharge is carried out, and the enterprise's sewage discharge is monitored in real time;

[0046] Step 3: Set the risk level threshold range for the enterprise to manufacture environmental protection equipment. Based on the electricity consumption and sewage discharge detected by the enterprise statistics terminal and the sewage detection terminal, conduct real-time risk warning assessment, evaluate the operation risk level of the enterprise when manufacturing environmental protection equipment in real time, generate operation risk warning prompts, and report them to the system in real time for manual processing.

[0047] The present invention has the following beneficial effects:

[0048] 1. In the present invention, by setting up an enterprise statistics terminal, the electricity consumption of the enterprise when manufacturing equipment in the normal mode and the electricity consumption of the enterprise when manufacturing environmental protection equipment in the power-saving mode are statistically recorded by a data recorder, and the electricity consumption saved in the power-saving mode is calculated through a calculation formula. The electricity consumption of the enterprise in the normal mode can be accurately calculated, and compared with the electricity consumption threshold range, the electricity consumption of the enterprise can be detected in real time and it can be judged whether the electricity consumption of the enterprise exceeds the standard, avoiding waste of the enterprise's electricity consumption and reducing the electricity operation cost of the enterprise.

[0049] 2. In the present invention, by setting up a sewage detection terminal, the total sewage volume within a period of time is predicted based on the sewage volume generated by the enterprise when manufacturing environmental protection equipment, and according to the standard of one quarter as a cycle, the exponential smoothing method is used to calculate the water consumption and sewage volume in the next cycle based on the water consumption in the actual cycle. By comparing the predicted sewage volume with the set sewage threshold range, the sewage discharge of the enterprise can be calculated in a timely and accurate manner, and the water consumption of the enterprise can be accurately predicted, reducing the operation risk of the enterprise's water use.

[0050] 3. In the present invention, by setting up a risk assessment terminal, it is judged whether there is an enterprise operation risk based on the received electricity consumption analysis result and sewage volume analysis result. If the electricity consumption analysis result exceeds the electricity threshold range or the sewage volume analysis result exceeds the sewage threshold range, it indicates that there is an operation risk for the enterprise, and the type of the enterprise's operation risk can be analyzed, enabling the manufacturing enterprise to calculate in real time and accurately in terms of electricity and water use, accurately judging whether the electricity and water consumption of the enterprise exceed the standard, and increasing the accuracy of the enterprise's operation risk assessment. Description of the Drawings

[0051] Figure 1 It is the overall system architecture diagram of the operation risk assessment and warning method and its system for environmental protection equipment manufacturing enterprises according to the present invention;

[0052] Figure 2 It is the schematic diagram of the structure of the enterprise statistics terminal of the operation risk assessment and warning method and its system for environmental protection equipment manufacturing enterprises according to the present invention;

[0053] Figure 3 It is the schematic diagram of the structure of the sewage detection terminal of the operation risk assessment and warning method and its system for environmental protection equipment manufacturing enterprises according to the present invention;

[0054] Figure 4 This is a schematic diagram of the framework of the risk warning terminal of the operation risk assessment and warning method and system for environmental protection equipment manufacturing enterprises based on the present invention. Specific embodiments

[0055] To make the technical means, creative features, achieved purposes and effects of the present invention easy to understand, the present invention will be further described below in conjunction with specific embodiments.

[0056] Embodiment 1

[0057] Please refer to Figure 1-2 as shown: The operation risk assessment and warning method and system for environmental protection equipment manufacturing enterprises include an enterprise statistics terminal, a sewage detection terminal, a risk warning terminal and a threshold management module;

[0058] The enterprise statistics terminal is used to obtain whether the electricity consumption of the enterprise in manufacturing environmental protection equipment exceeds the electricity threshold range by collecting the electricity consumed by the enterprise's manufacturing equipment and combining it with the electricity consumed under the environmental protection power-saving mode, and according to the operation accounting electricity under the environmental protection power-saving mode. If it exceeds the threshold range, an electricity warning is generated. If it is within the electricity threshold range, the power-saving mode is entered. If it does not reach the threshold range, normal electricity consumption is carried out, and the electricity consumption of the enterprise in manufacturing environmental protection equipment is supervised in real time;

[0059] The sewage detection terminal is used to detect the sewage volume in real time when the enterprise manufactures environmental protection equipment, and analyze whether the discharged sewage volume reaches the sewage threshold range. If it exceeds the threshold range, a sewage warning is generated. If it is within the sewage threshold range, the environmental protection mode is entered. If it does not reach the threshold range, normal sewage discharge is carried out, and the sewage discharge of the enterprise in manufacturing environmental protection equipment is supervised in real time;

[0060] The risk warning terminal is used to conduct real-time risk warning assessment according to the electricity consumption and sewage discharge of the enterprise detected by the enterprise statistics terminal and the sewage detection terminal, real-time evaluate the operation risk level when the enterprise manufactures environmental protection equipment, generate an operation risk warning prompt, and report it to the system in real time for manual processing;

[0061] The threshold management module is used to set the electricity threshold range, sewage volume threshold range and risk level, and report the anomalies exceeding the threshold range to the system for manual processing.

[0062] The enterprise statistics terminal includes a manufacturing statistics module, an environmental protection operation module and an electricity consumption supervision module;

[0063] The manufacturing statistics module includes a manufacturing collection module, an environmental protection collection module and a total amount statistics module;

[0064] The manufacturing collection module is used to count the electricity consumption of the enterprise's manufacturing equipment in the normal mode through a data recorder.

[0065] The environmental protection collection module is used to count the electricity consumption of an enterprise in manufacturing environmental protection equipment in the power-saving mode through a data logger;

[0066] The total amount statistics module is used to count the total electricity consumption of all equipment manufactured by the enterprise. The environmental protection operation module includes an environmental protection classification module and an operation accounting module;

[0067] The environmental protection classification module is used to manufacture by adopting the power-saving mode through classifying the equipment, and the classification includes large workpieces, small workpieces and environmental protection workpieces;

[0068] The operation accounting module is used to calculate the electricity consumption of the enterprise in the normal mode and the electricity consumption in the power-saving mode.

[0069] The electricity consumption supervision module includes an electricity quantity statistics module and an electricity quantity abnormal warning unit;

[0070] The electricity quantity statistics module is used to calculate the saved electricity consumption in the power-saving mode through a calculation formula, and the calculation formula is as follows:

[0071] X = X1 - X2

[0072] Where X is the saved electricity consumption, X1 is the electricity consumption in the normal mode, and X2 is the electricity consumption in the power-saving mode;

[0073] The electricity quantity abnormal warning unit is used to compare the electricity consumption in the normal mode with the set electricity quantity threshold range. If the comparison result > the electricity quantity threshold range, an electricity quantity warning is generated. If the comparison result is within the electricity quantity threshold range, the power-saving mode is entered. If the comparison result < the electricity quantity threshold range, the electricity is used normally.

[0074] By counting the electricity consumption of an enterprise in manufacturing equipment in the normal mode and the electricity consumption of manufacturing environmental protection equipment in the power-saving mode through a data logger, and calculating the saved electricity consumption in the power-saving mode through a calculation formula, the electricity consumption of the enterprise in the normal mode can be accurately calculated, and the electricity consumption threshold range can be compared, so as to be able to detect the electricity consumption of the enterprise in real time and judge whether the electricity consumption of the enterprise exceeds the standard, avoid the waste of the enterprise's electricity consumption, and reduce the electricity operation cost of the enterprise.

[0075] Embodiment 2

[0076] Please refer to Figure 3 As shown: The operation risk assessment and warning method and system for an environmental protection equipment manufacturing enterprise include an enterprise statistics terminal, a sewage detection terminal, a risk warning terminal and a threshold management module;

[0077] The enterprise statistics terminal is used to collect the electricity consumption of the enterprise's manufacturing equipment, combine it with the electricity consumption in the environmental protection and power-saving mode, and calculate whether the electricity consumption of the enterprise's manufacturing environmental protection equipment exceeds the electricity threshold range based on the operating accounting electricity consumption in the environmental protection and power-saving mode. If it exceeds the threshold range, an electricity warning is generated. If it is within the electricity threshold range, the power-saving mode is entered. If it does not reach the threshold range, normal electricity consumption is carried out, and the electricity consumption of the enterprise's manufacturing environmental protection equipment is monitored in real time;

[0078] The sewage detection terminal is used to detect the sewage volume in real time when the enterprise manufactures environmental protection equipment, and analyze whether the discharged sewage volume reaches the sewage threshold range. If it exceeds the threshold range, a sewage warning is generated. If it is within the sewage threshold range, the environmental protection mode is entered. If it does not reach the threshold range, the sewage is discharged normally, and the sewage discharge of the enterprise's manufacturing environmental protection equipment is monitored in real time;

[0079] The risk warning terminal is used to conduct real-time risk warning assessment based on the electricity consumption and sewage discharge of the enterprise detected by the enterprise statistics terminal and the sewage detection terminal, real-time evaluate the operation risk level when the enterprise manufactures environmental protection equipment, generate an operation risk warning prompt, and report it to the system for real-time feedback for manual processing;

[0080] The threshold management module is used to set the electricity threshold range, sewage volume threshold range and risk level, and report the anomalies beyond the threshold range to the system for feedback for manual processing.

[0081] The sewage detection terminal includes a sewage detection module, a sewage analysis module and a sewage supervision module;

[0082] The sewage detection module includes a sewage statistics module and a sewage prediction module;

[0083] The sewage statistics module is used to count the sewage volume generated by the enterprise's manufacturing environmental protection equipment;

[0084] The sewage prediction module is used to predict the total sewage volume within a period of time based on the sewage volume generated by the enterprise's manufacturing environmental protection equipment. The prediction method is as follows:

[0085] Predict the emissions of the enterprise in each cycle. According to the standard of one quarter as a cycle, the exponential smoothing method can be used to calculate the water consumption and sewage volume in the (A + 1)th cycle based on the water consumption in the Ath cycle;

[0086]

[0087] Where a1 and a2 are smoothing constants, and a1 = [0, 1], a2 = [0, 1].

[0088] The sewage analysis module is used to compare the predicted total sewage volume with the sewage threshold range;

[0089] The sewage supervision module includes an emission statistics unit and an anomaly warning module;

[0090] The sewage discharge statistical unit is used to determine whether the sewage volume is abnormal by comparing the sewage threshold range;

[0091] The abnormal warning module is used to compare the predicted sewage volume with the set sewage threshold range. If the comparison result > the sewage threshold range, a sewage warning is generated. If the comparison result is within the sewage threshold range, the environmental protection mode is entered. If the comparison result < the sewage threshold range, the sewage is discharged normally.

[0092] Predict the total sewage volume within a period of time based on the sewage volume generated by the enterprise's manufacturing of environmental protection equipment, and according to the standard of one quarter as a cycle, use the exponential smoothing method to calculate the water consumption and sewage volume in the next cycle based on the water consumption in the actual cycle. Compare the predicted sewage volume with the set sewage threshold range, which can calculate the enterprise's sewage discharge volume in a timely and accurate manner, accurately predict the enterprise's water consumption, and reduce the operation risk of the enterprise's water use.

[0093] Embodiment III

[0094] Please refer to Figure 4 As shown: The operation risk assessment and warning method and system for environmental protection equipment manufacturing enterprises include an enterprise statistics terminal, a sewage detection terminal, a risk warning terminal, and a threshold management module;

[0095] The enterprise statistics terminal is used to collect the electricity consumption of the enterprise's manufacturing equipment, combine it with the electricity consumption in the environmental protection power-saving mode, and obtain whether the electricity consumption of the enterprise's manufacturing of environmental protection equipment exceeds the electricity threshold range according to the operation accounting electricity consumption in the environmental protection power-saving mode. If it exceeds the threshold range, an electricity warning is generated. If it is within the electricity threshold range, the power-saving mode is entered. If it does not reach the threshold range, the electricity is used normally, and the electricity consumption of the enterprise's manufacturing of environmental protection equipment is monitored in real time;

[0096] The sewage detection terminal is used to detect the sewage volume in real time when the enterprise manufactures environmental protection equipment, and analyze whether the discharged sewage volume reaches the sewage threshold range. If it exceeds the threshold range, a sewage warning is generated. If it is within the sewage threshold range, the environmental protection mode is entered. If it does not reach the threshold range, the sewage is discharged normally, and the sewage discharge situation of the enterprise's manufacturing of environmental protection equipment is monitored in real time;

[0097] The risk warning terminal is used to conduct real-time risk warning assessment based on the enterprise's electricity consumption and sewage discharge volume detected by the enterprise statistics terminal and the sewage detection terminal, evaluate the operation risk level in real time when the enterprise manufactures environmental protection equipment, generate an operation risk warning prompt, and report it to the system for real-time feedback for manual processing;

[0098] The threshold management module is used to set the electricity threshold range, sewage volume threshold range, and risk level, and report the abnormalities exceeding the threshold range to the system for feedback for manual processing.

[0099] The risk early warning terminal includes a risk identification module, an identification and positioning module, a positioning and evaluation module, and an evaluation and early warning module;

[0100] The risk identification module includes a data reception module and a risk judgment module;

[0101] The data reception module is used to receive the analysis results of the enterprise's electricity consumption and the analysis results of the sewage volume;

[0102] The risk judgment module is used to judge whether there is an enterprise operation risk through the received analysis results of electricity consumption and sewage volume. If the analysis result of electricity consumption exceeds the electricity threshold range or the analysis result of sewage volume exceeds the sewage threshold range, it means that there is an enterprise operation risk.

[0103] The identification and positioning module is used to analyze the types of enterprise operation risks through the received analysis results of electricity consumption and sewage volume. The types of operation risks include the risk of excessive electricity and the risk of excessive sewage discharge;

[0104] The positioning and evaluation module is used to compare the received analysis results of electricity consumption and sewage volume with the risk level threshold range. If the comparison result > the risk level threshold range, a risk early warning is generated. If the comparison result is within the risk level threshold range, it enters the environmental protection mode, and the environmental protection mode is the power-saving and water-saving mode. If the comparison result < the risk level threshold range, it operates normally;

[0105] The evaluation and early warning module includes a feedback processing module. The evaluation and early warning module is used to report and feedback the issued risk early warning for manual processing.

[0106] Judge whether there is an enterprise operation risk through the received analysis results of electricity consumption and sewage volume. If the analysis result of electricity consumption exceeds the electricity threshold range or the analysis result of sewage volume exceeds the sewage threshold range, it means that there is an enterprise operation risk, and it can analyze the types of enterprise operation risks, enabling manufacturing enterprises to accurately calculate in real time in terms of electricity and water use, accurately judge whether the electricity and water consumption of the enterprise exceed the standard, and increase the accuracy of the enterprise's operation risk assessment.

[0107] In the present invention, there is provided an operation risk assessment and early warning method and system for environmental protection equipment manufacturing enterprises. When the system operates, first, a power consumption threshold range for the enterprise to manufacture environmental protection equipment is set. The power consumption of the enterprise in manufacturing equipment in the normal mode and the power consumption of the enterprise in manufacturing environmental protection equipment in the power-saving mode are counted by a data recorder, and the power consumption saved in the power-saving mode is calculated through a calculation formula. The power consumption of the enterprise in the normal mode can be accurately calculated, and compared with the power consumption threshold range, so as to detect the power consumption of the enterprise in real time and judge whether the power consumption of the enterprise exceeds the standard, avoid waste of the enterprise's power consumption, and reduce the power operation cost of the enterprise. Then, a sewage threshold range for the enterprise to manufacture environmental protection equipment is set. The total sewage volume within a period of time is predicted based on the sewage volume generated by the enterprise in manufacturing environmental protection equipment. According to the standard of one quarter as a cycle, the exponential smoothing method is used to calculate the water consumption and sewage volume in the next cycle based on the water consumption in the actual cycle. The predicted sewage volume is compared with the set sewage threshold range, so as to calculate the sewage discharge volume of the enterprise in a timely and accurate manner, accurately predict the water consumption of the enterprise, and reduce the operation risk of the enterprise's water use. Finally, a risk level threshold range for the enterprise to manufacture environmental protection equipment is set. Whether there is an operation risk of the enterprise is judged based on the received power consumption analysis result and sewage volume analysis result. If the power consumption analysis result exceeds the power threshold range or the sewage volume analysis result exceeds the sewage threshold range, it indicates that the enterprise has an operation risk, and the type of the operation risk of the enterprise can be analyzed, so that the manufacturing enterprise can calculate in real time and accurately in terms of power and water use, accurately judge whether the power and water consumption of the enterprise exceed the standard, and increase the accuracy of the operation risk assessment of the enterprise. The whole system is highly intelligent and the operation analysis method is simple.

[0108] An operation risk assessment and early warning method for environmental protection equipment manufacturing enterprises comprises the following steps:

[0109] Step 1: Set the power consumption threshold range for the enterprise to manufacture environmental protection equipment, collect the power consumption of the enterprise in manufacturing equipment, combine the power consumption in the environmental protection power-saving mode, and obtain whether the power consumption of the enterprise in manufacturing environmental protection equipment exceeds the power consumption threshold range according to the operation accounting power consumption in the environmental protection power-saving mode. If it exceeds the threshold range, a power warning is generated. If it is within the power consumption threshold range, the power-saving mode is entered. If it does not reach the threshold range, normal power consumption is carried out, and the power consumption of the enterprise is monitored in real time;

[0110] Step 2: Set the sewage threshold range for the enterprise to manufacture environmental protection equipment, detect the sewage volume in real time, and analyze whether the discharged sewage volume reaches the sewage threshold range. If it exceeds the threshold range, a sewage warning is generated. If it is within the sewage threshold range, the environmental protection mode is entered. If it does not reach the threshold range, normal sewage discharge is carried out, and the sewage discharge of the enterprise is monitored in real time;

[0111] Step 3: Set the risk level threshold range for the enterprise to manufacture environmental protection equipment. Based on the electricity consumption and sewage discharge detected by the enterprise statistics terminal and sewage detection terminal, conduct real-time risk warning assessment, evaluate the operation risk level of the enterprise when manufacturing environmental protection equipment in real time, generate an operation risk warning prompt, and report it to the system in real time for manual processing.

[0112] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above embodiments. What is described in the above embodiments and the specification only illustrates the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention will have various changes and improvements, and these changes and improvements all fall within the scope of the present invention claimed. The scope of protection claimed by the present invention is defined by the appended claims and their equivalents.

Claims

1. An operation risk assessment and early warning system for environmental protection equipment manufacturing enterprises, characterized in that, The operation risk assessment and early warning system for environmental protection equipment manufacturing enterprises includes an enterprise statistics terminal, a sewage detection terminal, a risk early warning terminal, and a threshold management module; The enterprise statistics terminal is used to collect the electricity consumption of the enterprise's manufacturing equipment, combine it with the electricity consumption in the environmental protection power-saving mode, and calculate whether the electricity consumption of the enterprise in manufacturing environmental protection equipment exceeds the electricity threshold range according to the operation accounting electricity consumption in the environmental protection power-saving mode. If it exceeds the threshold range, an electricity warning is generated. If it is within the electricity threshold range, the power-saving mode is entered. If it does not reach the threshold range, normal power consumption is carried out, and the electricity consumption of the enterprise in manufacturing environmental protection equipment is monitored in real time; The sewage detection terminal is used to detect the sewage volume in real time when the enterprise manufactures environmental protection equipment, and analyze whether the discharged sewage volume reaches the sewage threshold range. If it exceeds the threshold range, a sewage warning is generated. If it is within the sewage threshold range, the environmental protection mode is entered. If it does not reach the threshold range, the sewage is discharged normally, and the sewage discharge of the enterprise in manufacturing environmental protection equipment is monitored in real time; The risk early warning terminal is used to conduct real-time risk early warning assessment based on the electricity consumption and sewage discharge of the enterprise detected by the enterprise statistics terminal and the sewage detection terminal, evaluate the operation risk level of the enterprise in manufacturing environmental protection equipment in real time, generate an operation risk early warning prompt, and report it to the system for real-time feedback for manual processing; The threshold management module is used to set the electricity threshold range, sewage volume threshold range, and risk level, and report the anomalies exceeding the threshold range to the system for feedback for manual processing.

2. The system according to claim 1, wherein: The enterprise statistics terminal includes a manufacturing statistics module, an environmental protection operation module, and an electricity consumption supervision module; The manufacturing statistics module includes a manufacturing collection module, an environmental protection collection module, and a total quantity statistics module; The manufacturing collection module is used to count the electricity consumption of the enterprise's manufacturing equipment in the normal mode through a data recorder.

3. The system according to claim 2, wherein: The environmental protection collection module is used to count the electricity consumption of the enterprise in manufacturing environmental protection equipment in the power-saving mode through a data recorder; The total quantity statistics module is used to count the total electricity consumption of all equipment manufactured by the enterprise.

4. The system according to claim 3, wherein: The environmental protection operation module includes an environmental protection classification module and an operation accounting module; The environmental protection classification module is used to process and manufacture by adopting the power-saving mode through classifying the equipment. The classification includes large workpieces, small workpieces, and environmental protection workpieces; The operation accounting module is used to calculate the electricity consumption of the enterprise in the normal mode and the electricity consumption in the power-saving mode.

5. The system according to claim 4, characterized in that: The electricity consumption supervision module includes an electricity quantity statistics module and an electricity quantity anomaly early warning unit; The electricity quantity statistics module is used to calculate the saved electricity consumption in the power-saving mode through the following calculation formula: X = X1 - X2 Where X is the saved electricity consumption, X1 is the electricity consumption in the normal mode, and X2 is the electricity consumption in the power-saving mode; The electricity quantity anomaly early warning unit is used to compare the electricity consumption in the normal mode with the set electricity threshold range. If the comparison result > the electricity threshold range, an electricity warning is generated. If the comparison result is within the electricity threshold range, the power-saving mode is entered. If the comparison result < the electricity threshold range, normal power consumption is carried out.

6. The system according to claim 1, wherein: The sewage detection terminal includes a sewage detection module, a sewage analysis module, and a sewage supervision module; The sewage detection module includes a sewage statistics module and a sewage prediction module; The sewage statistics module is used to count the amount of sewage generated by an enterprise in manufacturing environmental protection equipment; The sewage prediction module is used to predict the total amount of sewage in a period through the amount of sewage generated by an enterprise in manufacturing environmental protection equipment. The prediction method is as follows: Predict the emissions of the enterprise in each cycle. According to the standard of one quarter as a cycle, the exponential smoothing method can be used to calculate the water consumption and sewage volume in the (A + 1)-th cycle based on the water consumption in the A-th cycle; Where a1 and a2 are smoothing constants, and a1 = [0, 1], a2 = [0, 1].

7. The system according to claim 6, characterized in that: The sewage analysis module is used to compare the predicted total amount of sewage with the sewage threshold range; The sewage supervision module includes an emission statistics unit and an abnormal warning module; The emission statistics unit is used to determine whether the amount of sewage is abnormal through the comparison of the sewage threshold range; The abnormal warning module is used to compare the predicted amount of sewage with the set sewage threshold range. If the comparison result > the sewage threshold range, a sewage warning is generated. If the comparison result is within the sewage threshold range, the environmental protection mode is entered. If the comparison result < the sewage threshold range, the sewage is discharged normally.

8. The system according to claim 1, wherein: The risk warning terminal includes a risk identification module, an identification and positioning module, a positioning and evaluation module, and an evaluation and warning module; The risk identification module includes a data receiving module and a risk judgment module; The data receiving module is used to receive the analysis results of the enterprise's electricity consumption and the analysis results of the sewage volume; The risk judgment module is used to judge whether there is an enterprise operation risk through the received analysis results of the electricity consumption and the analysis results of the sewage volume. If the analysis result of the electricity consumption exceeds the electricity threshold range or the analysis result of the sewage volume exceeds the sewage threshold range, it indicates that the enterprise has an operation risk.

9. The system according to claim 8, wherein: The identification and positioning module is used to analyze the type of the enterprise's operation risk through the received analysis results of the electricity consumption and the analysis results of the sewage volume. The types of operation risks include the risk of excessive electricity consumption and the risk of excessive sewage discharge; The positioning and evaluation module is used to compare the received analysis results of the electricity consumption and the analysis results of the sewage volume with the risk level threshold range. If the comparison result > the risk level threshold range, a risk warning is generated. If the comparison result is within the risk level threshold range, the environmental protection mode is entered. If the comparison result < the risk level threshold range, the enterprise operates normally; The evaluation and warning module includes a feedback processing module, and the evaluation and warning module is used to report and feedback the issued risk warning for manual processing.

10. The operation risk assessment and warning method for an environmental protection equipment manufacturing enterprise is as follows: Step 1: Set the electricity threshold range for the enterprise to manufacture environmental protection equipment, collect the electricity consumption of the enterprise's manufacturing equipment, and combine the electricity consumption in the environmental protection power-saving mode. According to the operation accounting electricity consumption in the environmental protection power-saving mode, determine whether the electricity consumption of the enterprise in manufacturing environmental protection equipment exceeds the electricity threshold range. If it exceeds the threshold range, an electricity warning is generated. If it is within the electricity threshold range, the power-saving mode is entered. If it does not reach the threshold range, the electricity is used normally, and the enterprise's electricity consumption is supervised in real time; Step 2: Set the sewage threshold range for the enterprise's manufacturing environmental protection equipment, detect the sewage volume in real time, and analyze whether the discharged sewage volume reaches the sewage threshold range. If it exceeds the threshold range, generate a sewage warning. If it is within the sewage threshold range, enter the environmental protection mode. If it does not reach the threshold range, discharge the sewage normally and supervise the enterprise's sewage discharge in real time; Step 3: Set the risk level threshold range for the enterprise's manufacturing environmental protection equipment. According to the electricity consumption and sewage discharge volume of the enterprise detected by the enterprise statistics terminal and the sewage detection terminal, conduct a real-time risk warning assessment, evaluate the operation risk level of the enterprise's manufacturing environmental protection equipment in real time, generate an operation risk warning prompt, and report it to the system in real time for manual processing.

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