Environment monitoring system for new energy infrastructure construction site

Abstract

The invention belongs to the technical field of environment monitoring of new energy infrastructure construction sites, and relates to an environment monitoring system of a new energy infrastructure construction site. According to the invention, by analyzing the environmental evaluation indexes of the target new energy infrastructure construction site, potential environmental risks can be found in time, and reliable support data is provided for subsequent analysis of the influence of the environment on construction equipment and constructors; by analyzing the construction process risk indexes of various construction devices in the target new energy infrastructure construction site and the personal safety indexes of constructors, the influence of corrosion, air pressure change and the like caused by overheat and overhigh humidity of the devices on the stability of the devices is avoided, and faults and damage of the construction devices due to operation under the severe environment condition are avoided; and by obtaining the environment comprehensive early warning emergency plan of the target new energy infrastructure construction site, the safety of the construction equipment and the personal safety of the construction personnel can be guaranteed.

Description

Technical Field

[0001] The invention belongs to the technical field of environmental monitoring at a new energy infrastructure construction site, and relates to an environmental monitoring system at a new energy infrastructure construction site. Background Art

[0002] With the increasing global awareness of sustainable development and environmental protection, new energy sources such as solar energy, wind energy, and hydropower have developed rapidly. As the infrastructure for the development of new energy, the construction scale and quantity of new energy infrastructure are constantly increasing, and the impact on the environment is becoming increasingly prominent. As an important renewable energy generation method, hydropower uses the kinetic energy of water flow to convert into electrical energy, which is of great significance for promoting the optimization of energy structure, reducing greenhouse gas emissions, and promoting green and low-carbon development. Therefore, the environmental detection system based on the construction site of the hydropower plant is of great significance and role.

[0003] The existing environmental monitoring systems based on the construction sites of hydroelectric power plants can basically meet the use requirements, but there are still certain shortcomings: on the one hand, the existing environmental monitoring systems based on the construction sites of hydroelectric power plants mainly detect and analyze the environment, but the existing environmental monitoring systems based on the construction sites of hydroelectric power plants ignore the detection and analysis of the safety of construction equipment and construction personnel under the current environmental conditions, so that it is impossible to understand the impact of environmental data on the operation of construction equipment and the impact on the personal safety of construction personnel, and thus it is impossible to avoid equipment overheating, corrosion caused by excessive humidity, air pressure changes, etc. causing failures and damage, and it is impossible to promptly discover that the construction personnel's protective measures are insufficient or there are safety hazards.

[0004] On the other hand, the existing environmental monitoring system based on the construction site of the hydroelectric power plant cannot take timely measures to avoid the impact of the environment on construction equipment and construction personnel, and thus cannot guarantee the safety of construction equipment and the personal safety of construction personnel, which is not conducive to promoting the new energy infrastructure industry to continuously improve the level of environmental management and emergency response. Summary of the invention

[0005] In view of this, in order to solve the problems raised in the above background technology, an environmental monitoring system for a new energy infrastructure site is now proposed.

[0006] The purpose of the present invention can be achieved through the following technical solutions: The present invention provides an environmental monitoring system for a new energy infrastructure construction site, including: an environmental data analysis module, a construction process data analysis module, a construction personnel data analysis module, a comprehensive infrastructure site environment assessment module and a database.

[0007] The environmental data analysis module is used to record the specified type of new energy infrastructure site as the target new energy infrastructure site, detect the target new energy infrastructure site in real time, obtain the environmental data of the target new energy infrastructure site, and analyze the environmental assessment indicators of the target new energy infrastructure site.

[0008] The construction process data analysis module is used to detect and obtain the construction process data of various construction equipment at the target new energy infrastructure site in real time, analyze the construction process risk indicators of various construction equipment at the target new energy infrastructure site, and then obtain various risk construction equipment at the target new energy infrastructure site.

[0009] The construction personnel data analysis module is used to detect and obtain the data of each construction personnel at the target new energy infrastructure construction site in real time, analyze the personal safety indicators of each construction personnel at the target new energy infrastructure construction site, and then obtain the dangerous construction personnel at the target new energy infrastructure construction site.

[0010] The infrastructure site environmental comprehensive assessment module is used to analyze the comprehensive environmental assessment coefficient of the target new energy infrastructure site, and determine the comprehensive environmental warning level of the target new energy infrastructure site, and then match the comprehensive environmental warning emergency plan of the target new energy infrastructure site and implement it.

[0011] The database is used to store pictures of construction workers wearing standard protective measures, store the reference temperature, reference humidity and reference air pressure of the target new energy infrastructure construction site, store the standard speed of the construction material operation process of various construction equipment at the target new energy infrastructure site, store the influence coefficient of personal safety indicators corresponding to each location coordinate, store the range of environmental comprehensive assessment coefficients corresponding to each environmental comprehensive warning level, and store the environmental comprehensive warning emergency plan corresponding to each environmental comprehensive warning level.

[0012] Compared with the prior art, the beneficial effects of the present invention are as follows: 1. The present invention obtains environmental data of the target new energy infrastructure construction site and analyzes the environmental assessment indicators of the target new energy infrastructure site, which helps to timely discover potential environmental risks and provides reliable supporting data for subsequent analysis of the impact of the environment on construction equipment and construction personnel.

[0013] 2. The present invention obtains the construction process data of various types of construction equipment at the target new energy infrastructure site and analyzes the construction process risk indicators of various types of construction equipment at the target new energy infrastructure site, which helps to analyze the impact of environmental data on the operation of construction equipment, avoids the impact of equipment overheating, corrosion caused by excessive humidity, air pressure changes, etc. on equipment stability, and then shuts down the construction equipment in time to avoid failure and damage of the construction equipment due to operation in harsh environments, thereby reducing maintenance costs.

[0014] 3. The present invention obtains the data of each construction worker at the target new energy infrastructure construction site and analyzes the personal safety indicators of each construction worker at the target new energy infrastructure construction site, which helps to promptly discover situations where the construction workers' protective measures are insufficient or there are safety hazards, and take timely intervention measures to ensure the personal safety of the construction workers.

[0015] 4. The present invention analyzes the comprehensive environmental assessment coefficient of the target new energy infrastructure construction site, determines the comprehensive environmental warning level of the target new energy infrastructure site, and then matches the comprehensive environmental warning emergency plan of the target new energy infrastructure site, which helps to take timely measures to avoid the impact of the environment on construction equipment and construction personnel, ensures the safety of construction equipment and the personal safety of construction personnel, and is conducive to promoting the new energy infrastructure industry to continuously improve the level of environmental management and emergency response, and promote the healthy development of the industry. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the accompanying drawings required for describing the embodiments will be briefly introduced below. Obviously, the accompanying drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other accompanying drawings can be obtained based on these accompanying drawings without paying creative work.

[0017] Figure 1 It is a schematic diagram of system module connection of the present invention.

[0018] Figure 2 It is a schematic diagram of the system process implementation of the present invention. DETAILED DESCRIPTION

[0019] 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.

[0020] See also Figure 1 As shown, the present invention provides an environmental monitoring system for a new energy infrastructure site, and the specific modules are distributed as follows: an environmental data analysis module, a construction process data analysis module, a construction personnel data analysis module, an infrastructure site environment comprehensive assessment module, and a database. Among them, the connection between the modules is: the environmental data analysis module is connected to the construction process data analysis module, the construction process data analysis module is connected to the construction personnel data analysis module, the construction personnel data analysis module is connected to the infrastructure site environment comprehensive assessment module, and the database is respectively connected to the environmental data analysis module, the construction process data analysis module, the construction personnel data analysis module, and the infrastructure site environment comprehensive assessment module.

[0021] It needs to be further explained that the system process implementation diagram is as follows Figure 2 shown.

[0022] The environmental data analysis module is used to record the specified type of new energy infrastructure site as the target new energy infrastructure site, detect the target new energy infrastructure site in real time, obtain the environmental data of the target new energy infrastructure site, and analyze the environmental assessment indicators of the target new energy infrastructure site.

[0023] As a preferred feasibility example, the environmental data of the target new energy infrastructure construction site includes temperature, humidity, air pressure, wind speed, noise and dust concentration.

[0024] It should be further explained that the reason for using temperature, humidity, air pressure, wind speed, noise and dust concentration as environmental data for the target new energy infrastructure construction site is: (1) Excessively high temperature may cause equipment failure or safety accidents, so the temperature needs to be monitored and controlled in real time.

[0025] (2) Excessive humidity may cause internal corrosion or short circuit of the equipment, reducing the service life of the equipment.

[0026] (3) Changes in air pressure and wind speed will affect the operating stability and efficiency of construction equipment, and will also affect the working conditions of construction personnel.

[0027] (4) Noise pollution is one of the common environmental problems at new energy infrastructure construction sites. Excessive noise may have adverse effects on construction workers and the ecological environment.

[0028] (5) Excessive dust concentration may cause dust accumulation inside new energy equipment, affecting the heat dissipation and performance of the equipment. Long-term exposure to an environment with high dust concentration may cause harm to the health of workers.

[0029] It needs to be further explained that the specific analysis method of the temperature, humidity, air pressure, wind speed, noise and dust concentration of the target new energy infrastructure construction site is: use the deployed temperature and humidity sensors, air pressure sensors, anemometers, noise sensors and particulate matter sensors to directly measure the target new energy infrastructure construction site to obtain the temperature, humidity, air pressure, wind speed, noise and dust concentration of the target new energy infrastructure site.

[0030] As a preferred feasibility example, the environmental assessment indicators of the target new energy infrastructure site are specifically analyzed by extracting the temperature, humidity, air pressure and wind speed of the target new energy infrastructure site, which are recorded as Based on this analysis, a type of environmental assessment index for the target new energy infrastructure site is obtained .

[0031] It should be noted that the temperature, humidity, air pressure and wind speed of the target new energy infrastructure construction site cover factors that have a significant impact on construction equipment and construction personnel. Therefore, the environmental assessment index obtained by analyzing them is marked as a type of environmental assessment indicator for the target new energy infrastructure site.

[0032] Extract the noise and dust concentrations at the target new energy infrastructure construction site and record them as Based on this analysis, the second-class environmental assessment indicators of the target new energy infrastructure construction site are obtained. .

[0033] It should be noted that the noise and dust concentrations at the target new energy infrastructure construction site mainly focus on the impact on construction personnel, while the impact on construction equipment is small or has no direct impact. Therefore, the environmental assessment index obtained by analyzing it is marked as the second-category environmental assessment indicator of the target new energy infrastructure construction site.

[0034] Analyze the environmental assessment indicators of the target new energy infrastructure site ,in They are the weight factors of the environmental assessment indicators corresponding to the set first-class environmental assessment indicators and second-class environmental assessment indicators respectively.

[0035] It needs to be further explained that the weight factors of the environmental assessment indicators corresponding to the first category environmental assessment indicators and the second category environmental assessment indicators can be set to 0.6 and 0.4 respectively.

[0036] The first category of environmental assessment indicators usually covers factors that have a significant impact on construction equipment and construction personnel. These factors may include the natural environmental conditions of the construction site, the operating conditions of the construction equipment, and possible environmental pollution. Since the first category of environmental assessment indicators directly affects the performance of construction equipment and the health and safety of construction personnel, the weight factor of the environmental assessment indicator corresponding to the first category of environmental assessment indicators is assigned to 0.6.

[0037] The second category of environmental assessment indicators focuses on the impact on construction personnel, while the impact on construction equipment is small or has no direct impact. These factors may include the labor environment at the construction site, the working conditions of construction personnel, and possible occupational hazards. Compared with the first category of environmental assessment indicators, the second category of environmental assessment indicators is relatively less important in the assessment. Therefore, the weight factor of the environmental assessment indicator corresponding to the second category of environmental assessment indicators is assigned to 0.4.

[0038] As a preferred feasibility example, a type of environmental assessment indicator of the target new energy infrastructure site, the specific analysis method includes: according to the analysis formula Obtain a type of environmental assessment index for the target new energy infrastructure site ,in are the reference temperature, reference humidity and reference air pressure of the target new energy infrastructure construction site extracted from the database, It is the preset maximum wind speed that does not affect the normal construction conditions of the target new energy infrastructure site. is a natural constant.

[0039] As a preferred feasibility example, the specific analysis method of the second-class environmental assessment indicators of the target new energy infrastructure site includes: according to the analysis formula Obtain the second-class environmental assessment indicators of the target new energy infrastructure site ,in They are respectively the preset maximum noise and maximum dust concentrations under normal construction conditions that do not affect the construction workers at the target new energy infrastructure site.

[0040] The present invention helps to timely discover potential environmental risks by acquiring environmental data of the target new energy infrastructure construction site and analyzing the environmental assessment indicators of the target new energy infrastructure site, and helps to provide reliable supporting data for subsequent analysis of the impact of the environment on construction equipment and construction personnel.

[0041] The construction process data analysis module is used to detect and obtain the construction process data of various construction equipment at the target new energy infrastructure site in real time, analyze the construction process risk indicators of various construction equipment at the target new energy infrastructure site, and then obtain various risk construction equipment at the target new energy infrastructure site.

[0042] As a preferred feasibility example, the construction process data of various types of construction equipment at the target new energy infrastructure site include the inclination, vibration frequency, vibration amplitude and speed of the construction material operation process and the deviation distance of the construction material installation position.

[0043] It is necessary to further explain that the reasons for using the inclination, vibration frequency, vibration amplitude and speed of the construction material operation process and the deviation distance of the construction material installation position as the construction process data of various construction equipment at the target new energy infrastructure site are: (1) The inclination of the construction material is an important indicator for judging its stability. If the inclination is too large, it may cause the construction material to fall off or collapse, posing a threat to construction safety.

[0044] (2) Vibration frequency and amplitude can reflect the operating status of construction equipment. Excessively high vibration frequency and amplitude may cause damage to construction materials, such as cracks and breaks.

[0045] (3) Speed ​​is a key indicator for evaluating the efficiency of transportation and installation of construction materials. By monitoring the speed, the construction process can be optimized and construction efficiency can be improved. Reasonable speed setting helps to ensure safety during the construction process. Too fast or too slow speed may lead to construction accidents or quality problems.

[0046] (4) The accuracy of the location of construction materials is an important guarantee for construction quality. Too large a deviation distance may lead to structural instability and affect overall safety. By monitoring the deviation distance, errors in construction can be discovered and corrected in a timely manner to ensure that the construction accuracy meets the design requirements.

[0047] It needs to be further explained that the specific method of obtaining the inclination, vibration frequency, vibration amplitude and speed of the construction materials during the operation process of various types of construction equipment at the target new energy infrastructure site, as well as the deviation distance of the construction materials installation position is: using inclination sensors, vibration sensors and speed sensors arranged at key positions of various types of construction equipment to conduct real-time measurement of the construction materials during the operation process, and obtain the inclination, vibration frequency, vibration amplitude and speed of each measurement during the operation process of the construction materials of various types of construction equipment at the target new energy infrastructure site.

[0048] The maximum inclination selected from the inclinations measured each time during the operation of construction materials of various types of construction equipment at the target new energy infrastructure site is recorded as the inclination of the operation of construction materials of various types of construction equipment at the target new energy infrastructure site.

[0049] The vibration frequencies, vibration amplitudes, and speeds measured each time during the operation of construction materials for various types of construction equipment at the target new energy infrastructure site are averaged to obtain the average vibration frequencies, average vibration amplitudes, and average speeds measured during the operation of construction materials for various types of construction equipment at the target new energy infrastructure site, which are used as the vibration frequencies, vibration amplitudes, and speeds during the operation of construction materials for various types of construction equipment at the target new energy infrastructure site.

[0050] Laser rangefinders installed at key positions of various types of construction equipment are used to measure the distance between the completed construction materials and their standard construction positions, and the deviation distance of the construction material construction positions of various types of construction equipment at the target new energy infrastructure site is obtained.

[0051] As a preferred feasibility example, the construction process risk indicators of various types of construction equipment at the target new energy infrastructure site are specifically analyzed in the following ways: extracting the inclination, vibration frequency, vibration amplitude and speed of the construction material operation process of various types of construction equipment at the target new energy infrastructure site, as well as the deviation distance of the construction material installation position, and recording them as ,in , Numbers for various types of construction equipment. is the number of categories of construction equipment.

[0052] Analyze the vibration index of various construction equipment at the target new energy infrastructure site ,in They are respectively the preset maximum vibration frequency and maximum vibration amplitude under normal construction conditions without affecting the construction equipment at the target new energy infrastructure site.

[0053] Analyze the construction process risk indicators of various types of construction equipment at the target new energy infrastructure site ,in They are the preset allowable inclination of the construction material during operation and the allowable deviation distance of the construction material installation position. The first Standard speed of construction material operation process of construction equipment of this type, It is the permissible difference between the set speed and the standard speed.

[0054] It should be further explained that the permissible difference between the set speed and the standard speed is set to 0.01 meters per second, which means that a deviation of one percent is allowed between the speed and the standard speed.

[0055] As a preferred feasibility example, the specific acquisition method of various types of risky construction equipment at the target new energy infrastructure site includes: comparing the construction process risk indicators of various types of construction equipment at the target new energy infrastructure site with the set construction process risk indicator thresholds; if the construction process risk indicator of a certain type of construction equipment at the target new energy infrastructure site is greater than or equal to the construction process risk indicator threshold, then the construction equipment of this type at the target new energy infrastructure site is recorded as the risky construction equipment at the target new energy infrastructure site, and then the various types of risky construction equipment at the target new energy infrastructure site are obtained.

[0056] Further feedback will be provided on various risky construction equipment at the target new energy infrastructure site and work will be stopped immediately.

[0057] The present invention obtains the construction process data of various types of construction equipment at the target new energy infrastructure site and analyzes the construction process risk indicators of various types of construction equipment at the target new energy infrastructure site, which helps to analyze the impact of environmental data on the operation of construction equipment, avoids the impact of equipment overheating, corrosion caused by excessive humidity, air pressure changes, etc. on equipment stability, and then promptly shuts down the construction equipment to avoid malfunctions and damages caused by construction equipment running in harsh environments, thereby reducing maintenance costs.

[0058] The construction personnel data analysis module is used to detect and obtain the data of each construction personnel at the target new energy infrastructure construction site in real time, analyze the personal safety indicators of each construction personnel at the target new energy infrastructure construction site, and then obtain the dangerous construction personnel at the target new energy infrastructure construction site.

[0059] As a preferred feasibility example, the data of each construction worker at the target new energy infrastructure construction site includes location coordinates and protection measures evaluation index.

[0060] It should be further explained that the reason for using the location coordinates and protection measures evaluation index as the data of each construction worker at the target new energy infrastructure construction site is: (1) New energy infrastructure sites often involve large equipment, high-altitude operations and complex environments, and the safety of construction workers is of vital importance. By recording the location coordinates of construction workers, their distribution can be monitored in real time to ensure that they are working in a safe area, which also helps to understand the safety of the construction workers' locations in the current environment.

[0061] (2) The protective measures evaluation index is an indicator for quantitatively evaluating the effectiveness and compliance of the protective measures taken by construction workers. The detection and analysis of protective measures can help understand whether there are deficiencies in the protective measures of construction workers in the current environment. By improving the effectiveness of protective measures, the incidence of accidents and injuries can be significantly reduced, and the life safety and physical health of construction workers can be protected.

[0062] It needs to be further explained that the specific method of obtaining the position coordinates and protective measures evaluation index of each construction worker at the target new energy infrastructure construction site is as follows: each construction worker is equipped with a safety helmet or badge with an RFID tag, and the position of each construction worker at the target new energy infrastructure construction site is recorded by an RFID reader distributed on the construction site. The ground center point of the target new energy infrastructure construction site is used as the coordinate origin, and a horizontal straight line through the coordinate origin is made as the horizontal axis, a vertical straight line through the coordinate origin that is perpendicular to the horizontal straight line is made as the vertical axis, and a vertical straight line through the coordinate origin that is perpendicular to the ground is made as the Z axis, so as to obtain the three-dimensional coordinate system of the target new energy infrastructure construction site, and then obtain the position coordinates of each construction worker at the target new energy infrastructure site.

[0063] Use the deployed high-definition cameras to shoot the construction workers at the target new energy infrastructure site, obtain the pictures of the construction workers at the target new energy infrastructure site, further analyze and compare them with the standard protective measures wearing pictures of the construction workers stored in the database, and then obtain the overlap between the pictures of the construction workers at the target new energy infrastructure site and the various protective equipment in the standard protective measures wearing pictures ,in , is the number of each construction worker, is the number of construction workers, , The numbers of various types of protective equipment. The number of types of protective equipment is used to analyze the protective measures evaluation index of each construction worker at the target new energy infrastructure construction site. ,in The wearing overlap threshold of the set protective equipment.

[0064] As a specific example, the various types of protective equipment include but are not limited to helmets, reflective vests, protective glasses, earplugs, gloves, etc.

[0065] A preferred feasibility example, the personal safety index of each construction worker at the target new energy infrastructure construction site, the specific analysis method includes: extracting the location coordinates of each construction worker at the target new energy infrastructure construction site, matching them with the personal safety index influence coefficients corresponding to each location coordinate stored in the database, and obtaining the personal safety index influence coefficients corresponding to the location coordinates of each construction worker at the target new energy infrastructure construction site. ,in , is the number of each construction worker, The number of construction workers.

[0066] It should be noted that the personal safety index impact coefficient corresponding to each position coordinate reflects the degree of impact of different positions on the safety of construction personnel. The specific method of obtaining it is: (1) Define safety risk factors, which include but are not limited to: physical environment, such as high-altitude work areas, deep foundation pits, narrow spaces, etc. Mechanical environment, such as heavy machinery operation areas, lifting operation areas, etc. Electrical environment, such as near high-voltage wires, around live equipment, etc. Noise environment, such as high noise areas.

[0067] (2) According to the characteristics of the construction site, the entire construction site is divided into different areas, and one or more major risk factors are defined for each area, including but not limited to: high-altitude work area, the main risk factor is falling. Heavy machinery operation area, the main risk factor is mechanical injury. Near high-voltage wires, the main risk factor is electric shock. High noise area, the main risk factor is hearing loss.

[0068] (3) Assign an impact coefficient to each risk factor, which can be determined based on historical accident data, industry standards, or expert evaluation.

[0069] As a specific example of feasibility, the impact factor of falling is 1.5, the impact factor of mechanical injury is 1.4, the impact factor of electric shock is 2.0, and the impact factor of hearing loss is 1.3.

[0070] (4) Comprehensive assessment: The location of each construction worker is combined with the risk factors of the area where he or she is located to calculate the comprehensive impact coefficient of that location.

[0071] A specific example of feasibility is as follows: for example, assuming that a construction worker is located at the junction of a high-altitude work area and a heavy machinery operation area, the risk factor of the high-altitude work area is 0.6, and the risk factor of the heavy machinery operation area is 0.4. The comprehensive influence coefficient of the personal safety index corresponding to the location coordinates of the construction worker is (1.5×0.6)+(1.4×0.4)=0.9+0.56=1.46.

[0072] Extract the protection measures evaluation index of each construction worker at the target new energy infrastructure site .

[0073] Analyze the personal safety indicators of each construction worker at the target new energy infrastructure construction site .

[0074] By acquiring various risky construction equipment at the target new energy infrastructure site, various dangerous construction personnel at the target new energy infrastructure site can be obtained, and feedback can be given and an immediate stop-work order can be sent.

[0075] It needs to be further explained that the method of obtaining the dangerous construction workers at the target new energy infrastructure construction site is: comparing the personal safety index of each construction worker at the target new energy infrastructure construction site with the set personal safety index threshold; if the personal safety index of a construction worker at the target new energy infrastructure site is less than or equal to the personal safety index threshold, then the construction worker at the target new energy infrastructure site is recorded as a dangerous construction worker at the target new energy infrastructure site, and then the dangerous construction workers at the target new energy infrastructure site are obtained.

[0076] The present invention obtains the data of each construction worker at the target new energy infrastructure construction site and analyzes the personal safety indicators of each construction worker at the target new energy infrastructure construction site, which helps to promptly discover situations where the construction workers' protective measures are insufficient or there are safety hazards, and take timely intervention measures to ensure the personal safety of the construction workers.

[0077] The infrastructure site environmental comprehensive assessment module is used to analyze the comprehensive environmental assessment coefficient of the target new energy infrastructure site, and determine the comprehensive environmental warning level of the target new energy infrastructure site, and then match the comprehensive environmental warning emergency plan of the target new energy infrastructure site and implement it.

[0078] As a preferred feasibility example, the environmental comprehensive assessment coefficient of the target new energy infrastructure construction site is specifically analyzed by extracting various types of risky construction equipment and various dangerous construction personnel at the target new energy infrastructure site, and respectively obtaining the number of risky construction equipment categories at the target new energy infrastructure site. and target number of dangerous construction workers at new energy infrastructure construction sites .

[0079] Analyze the comprehensive environmental assessment coefficient of the target new energy infrastructure site ,in The thresholds for setting environmental assessment indicators.

[0080] As a preferred feasibility example, the specific judgment method of the comprehensive environmental warning level of the target new energy infrastructure site includes: matching the comprehensive environmental assessment coefficient of the target new energy infrastructure site with the comprehensive environmental assessment coefficient range corresponding to each comprehensive environmental warning level stored in the database to obtain the comprehensive environmental warning level of the target new energy infrastructure site.

[0081] It should be further explained that the comprehensive environmental warning levels include but are not limited to green warning, blue warning, yellow warning, orange warning and red warning.

[0082] Among them, the green warning means that the current environmental conditions are good, and environmental indicators such as temperature, humidity, air pressure, wind speed, noise and dust concentration are all within the normal range, with no obvious pollution or risks.

[0083] A blue alert means that the current environmental conditions are relatively stable, but there may be some minor environmental problems or risks that require attention and appropriate preventive measures.

[0084] A yellow warning means that the current environmental conditions have deteriorated to a certain extent. Environmental indicators such as temperature, humidity, air pressure, wind speed, noise and dust concentration are beyond the normal range. There is a high risk of pollution, which requires close attention and necessary response measures.

[0085] The orange warning means that the current environmental conditions have seriously deteriorated. Environmental indicators such as temperature, humidity, air pressure, wind speed, noise and dust concentration may reach or exceed the standards for severe pollution. There is an extremely high risk of pollution, and it is necessary to immediately activate the emergency plan and take emergency measures to respond.

[0086] A red alert means that current environmental conditions are already extremely severe. Environmental indicators such as temperature, humidity, air pressure, wind speed, noise and dust concentration may reach extreme levels of pollution. There are huge environmental risks and safety hazards. The highest level of emergency measures must be taken immediately to ensure the safety of people's lives and property.

[0087] The comprehensive environmental warning level of the target new energy infrastructure construction site is further matched with the comprehensive environmental warning emergency plans corresponding to each comprehensive environmental warning level stored in the database to obtain the comprehensive environmental warning emergency plan of the target new energy infrastructure construction site and implement it.

[0088] It should be further explained that the specific contents of the comprehensive environmental early warning emergency plans include: (1) Green warning: no emergency plan is required.

[0089] (2) Blue alert: Provide necessary protective equipment, such as masks and protective clothing.

[0090] (3) Yellow warning: Pay close attention to warning information and make evacuation preparations in advance; provide necessary protective equipment, such as masks and protective clothing.

[0091] (4) Orange warning: Provide necessary protective equipment, such as masks and protective clothing; pay close attention to early warning information and quickly evacuate residents and staff who may be threatened; prepare in advance to suspend work and production and initiate emergency shutdown procedures.

[0092] (5) Red Alert: Immediately stop work and production and initiate emergency shutdown procedures to prevent the situation from escalating; quickly evacuate residents and staff who may be threatened; provide necessary protective equipment, such as masks and protective clothing; quickly deploy emergency materials, equipment and personnel to ensure that emergency resources can be in place and play their role in a timely manner.

[0093] The database is used to store pictures of construction workers wearing standard protective measures, store the reference temperature, reference humidity and reference air pressure of the target new energy infrastructure construction site, store the standard speed of the construction material operation process of various types of construction equipment at the target new energy infrastructure site, store the influence coefficient of personal safety indicators corresponding to each location coordinate, store the range of environmental comprehensive assessment coefficients corresponding to each environmental comprehensive warning level, and store the environmental comprehensive warning emergency plan corresponding to each environmental comprehensive warning level.

[0094] The present invention analyzes the comprehensive environmental assessment coefficient of the target new energy infrastructure construction site, determines the comprehensive environmental warning level of the target new energy infrastructure site, and then matches the comprehensive environmental warning emergency plan of the target new energy infrastructure site, which helps to take timely measures to avoid the impact of the environment on construction equipment and construction personnel, ensures the safety of construction equipment and the personal safety of construction personnel, and is conducive to promoting the new energy infrastructure industry to continuously improve the level of environmental management and emergency response, and promote the healthy development of the industry.

[0095] The above contents are merely examples and explanations of the concept of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in a similar manner. As long as they do not deviate from the concept of the invention or exceed the scope defined by the present invention, they shall all fall within the protection scope of the present invention.

Claims

1. An environmental monitoring system for a new energy infrastructure site, characterized in that: include: An environmental data analysis module is used to record a designated type of new energy infrastructure site as a target new energy infrastructure site, detect the target new energy infrastructure site in real time, obtain environmental data of the target new energy infrastructure site, and analyze environmental assessment indicators of the target new energy infrastructure site; The construction process data analysis module is used to detect and obtain the construction process data of various construction equipment at the target new energy infrastructure site in real time, analyze the construction process risk indicators of various construction equipment at the target new energy infrastructure site, and then obtain various risk construction equipment at the target new energy infrastructure site; The construction personnel data analysis module is used to detect and obtain the data of each construction personnel at the target new energy infrastructure construction site in real time, analyze the personal safety indicators of each construction personnel at the target new energy infrastructure construction site, and then obtain the dangerous construction personnel at the target new energy infrastructure construction site; The infrastructure site environmental comprehensive assessment module is used to analyze the environmental comprehensive assessment coefficient of the target new energy infrastructure site and determine the environmental comprehensive warning level of the target new energy infrastructure site, and then match the environmental comprehensive warning emergency plan of the target new energy infrastructure site and implement it; The database is used to store pictures of construction workers wearing standard protective measures, store the reference temperature, reference humidity and reference air pressure of the target new energy infrastructure construction site, store the standard speed of the construction material operation process of various construction equipment at the target new energy infrastructure site, store the influence coefficient of personal safety indicators corresponding to each location coordinate, store the range of environmental comprehensive assessment coefficients corresponding to each environmental comprehensive warning level, and store the environmental comprehensive warning emergency plan corresponding to each environmental comprehensive warning level.

2. The environmental monitoring system for a new energy infrastructure construction site according to claim 1, characterized in that: The environmental data of the target new energy infrastructure construction site include temperature, humidity, air pressure, wind speed, noise and dust concentration; The construction process data of various types of construction equipment at the target new energy infrastructure construction site include the inclination, vibration frequency, vibration amplitude and speed of the construction material operation process and the deviation distance of the construction material installation position; The data of each construction worker at the target new energy infrastructure construction site includes location coordinates and protection measures evaluation index.

3. The environmental monitoring system for a new energy infrastructure construction site according to claim 2, characterized in that: The specific analysis methods of the environmental assessment indicators of the target new energy infrastructure site include: Extract the temperature, humidity, air pressure and wind speed of the target new energy infrastructure construction site and record them as Based on this analysis, a type of environmental assessment index for the target new energy infrastructure site is obtained ; Extract the noise and dust concentrations at the target new energy infrastructure construction site and record them as Based on this analysis, the second-class environmental assessment indicators of the target new energy infrastructure construction site are obtained. ; Analyze the environmental assessment indicators of the target new energy infrastructure site ,in They are the weight factors of the environmental assessment indicators corresponding to the set first-class environmental assessment indicators and second-class environmental assessment indicators respectively.

4. The environmental monitoring system for a new energy infrastructure construction site according to claim 3 is characterized by: The specific analysis methods of a type of environmental assessment indicator for the target new energy infrastructure construction site include: According to the analytical formula Obtain a type of environmental assessment index for the target new energy infrastructure site ,in are the reference temperature, reference humidity and reference air pressure of the target new energy infrastructure construction site extracted from the database, It is the preset maximum wind speed that does not affect the normal construction conditions of the target new energy infrastructure site. is a natural constant.

5. The environmental monitoring system for a new energy infrastructure construction site according to claim 3 is characterized by: The specific analysis methods of the second category environmental assessment indicators of the target new energy infrastructure construction site include: According to the analytical formula Obtain the second-class environmental assessment indicators of the target new energy infrastructure site ,in They are respectively the preset maximum noise and maximum dust concentrations under normal construction conditions that do not affect the construction workers at the target new energy infrastructure site.

6. The environmental monitoring system for a new energy infrastructure construction site according to claim 3, characterized in that: The specific analysis methods of the construction process risk indicators of various types of construction equipment at the target new energy infrastructure site include: Extract the inclination, vibration frequency, vibration amplitude and speed of the construction material operation process of various construction equipment at the target new energy infrastructure site, as well as the deviation distance of the construction material installation position, and record them as ,in , Numbers for various types of construction equipment. is the number of categories of construction equipment; Analyze the vibration index of various construction equipment at the target new energy infrastructure site ,in They are respectively the preset maximum vibration frequency and maximum vibration amplitude under normal construction conditions of the construction equipment that does not affect the target new energy infrastructure site; Analyze the construction process risk indicators of various types of construction equipment at the target new energy infrastructure site ,in They are the preset allowable inclination of the construction material during operation and the allowable deviation distance of the construction material installation position. The first Standard speed of construction material running process of construction equipment of this type, It is the permissible difference between the set speed and the standard speed.

7. The environmental monitoring system for a new energy infrastructure site according to claim 6, characterized in that: The specific methods of obtaining various risky construction equipment at the target new energy infrastructure construction site include: Compare the construction process risk indicators of various types of construction equipment at the target new energy infrastructure site with the set construction process risk indicator thresholds respectively. If the construction process risk indicator of a certain type of construction equipment at the target new energy infrastructure site is greater than or equal to the construction process risk indicator threshold, then record the type of construction equipment at the target new energy infrastructure site as the risk construction equipment at the target new energy infrastructure site, and then obtain various types of risk construction equipment at the target new energy infrastructure site; Further feedback will be provided on various risky construction equipment at the target new energy infrastructure site and work will be stopped immediately.

8. The environmental monitoring system for a new energy infrastructure site according to claim 7, characterized in that: The specific analysis methods of the personal safety indicators of the construction workers at the target new energy infrastructure construction site include: Extract the location coordinates of each construction worker at the target new energy infrastructure construction site, match them with the personal safety index influence coefficients corresponding to the location coordinates stored in the database, and obtain the personal safety index influence coefficients corresponding to the location coordinates of each construction worker at the target new energy infrastructure construction site. ,in , is the number of each construction worker, is the number of construction workers; Extract the protection measures evaluation index of each construction worker at the target new energy infrastructure site ; Analyze the personal safety indicators of each construction worker at the target new energy infrastructure construction site ; By acquiring various risky construction equipment at the target new energy infrastructure site, various dangerous construction personnel at the target new energy infrastructure site can be obtained, and feedback can be given and an immediate stop-work order can be sent.

9. The environmental monitoring system for a new energy infrastructure construction site according to claim 8, characterized in that: The specific analysis methods of the comprehensive environmental assessment coefficient of the target new energy infrastructure construction site include: Extract various risky construction equipment and dangerous construction personnel at the target new energy infrastructure site, and count the number of risky construction equipment categories at the target new energy infrastructure site. and target number of dangerous construction workers at new energy infrastructure construction sites ; Analyze the comprehensive environmental assessment coefficient of the target new energy infrastructure site ,in The thresholds for setting environmental assessment indicators.

10. The environmental monitoring system for a new energy infrastructure site according to claim 9, characterized in that: The specific judgment methods of the comprehensive environmental warning level of the target new energy infrastructure construction site include: The comprehensive environmental assessment coefficient of the target new energy infrastructure construction site is matched with the comprehensive environmental assessment coefficient range corresponding to each comprehensive environmental warning level stored in the database to obtain the comprehensive environmental warning level of the target new energy infrastructure construction site; The comprehensive environmental warning level of the target new energy infrastructure construction site is further matched with the comprehensive environmental warning emergency plans corresponding to each comprehensive environmental warning level stored in the database to obtain the comprehensive environmental warning emergency plan of the target new energy infrastructure construction site and implement it.

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