Carbon emission integral detection method and system for active power equipment

Abstract

The invention discloses a carbon emission integral detection method and system for active power equipment, and relates to the technical field of carbon emission detection. Comprising a carbon emission detection device, the carbon emission detection device comprises a carbon emission monitor, the carbon emission monitor is located on one side of the carbon emission position of the active power device, and the carbon emission monitor is in signal connection with a carbon emission monitoring and processing transmitter; according to the invention, one-by-one carbon emission monitoring management can be carried out on the factory power equipment, real-time recording of carbon emission values of each power equipment interval is facilitated, the carbon emission monitoring effect of each power equipment is improved, and the carbon emission management accuracy of each power equipment is improved. And meanwhile, summarizing calculation can be carried out according to the carbon emission values monitored by the factory power equipment, so that analysis on the current factory carbon emission point quota according to the summarized carbon emission values is facilitated, the effect of subsequent transaction management of the factory carbon emission points is improved, and the accuracy of factory carbon quota management and allocation is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of carbon emission detection, and in particular to a carbon emission integral detection method and system for active power equipment. Background Art

[0002] Power equipment is a device that converts, conducts and adjusts various potential energy sources in nature. That is, in the production process of an enterprise, it can convert the potential energy of nature into mechanical energy, then convert mechanical energy into electrical energy, and convert electrical energy into mechanical energy. The carbon credit system is a mechanism established to respond to climate change and reduce greenhouse gas emissions. Carbon credits are a quantitative indicator based on carbon emissions. It records and tracks the carbon footprint of individuals, enterprises or other economic entities by assigning a certain credit value to carbon emissions. Carbon credits can help managers better understand and grasp carbon emissions, so as to formulate more accurate emission reduction strategies.

[0003] The Chinese patent application number CN201610778821.7 currently discloses a method for calculating the carbon dioxide emissions of a coal-fired power plant from the output end. The method for calculating the carbon dioxide emissions of a coal-fired power plant from the output end of the present invention is simple and easy to operate, and is a unified and operable carbon dioxide emission measurement method.

[0004] Existing factory power equipment needs to have certain carbon emissions during use, and the measurement method in the above-mentioned comparative document can calculate the carbon dioxide emissions of coal-fired power plants from the output end, which is simple and easy to operate. However, when using the above method, it is inconvenient to monitor and manage the carbon emissions of factory power equipment one by one, and it is not conducive to real-time recording of the carbon emission values ​​of each power equipment interval, which affects the effect of carbon emission monitoring of each power equipment. In addition, when using the above method, it cannot perform summary calculations based on the carbon emission values ​​monitored by the factory power equipment, which is not conducive to analyzing the current factory carbon emission credits based on the summarized carbon emission values, and affects the effect of subsequent trading management of the factory carbon emission credits. Therefore, we need to provide a carbon emission credit detection method and system for active power equipment. Summary of the invention

[0005] The present invention provides a carbon emission points detection method and system for active power equipment, which has the advantages of being able to monitor the carbon emission values ​​of various power equipment in a factory and to perform asset forecasting management based on the carbon emission monitoring data, thereby solving the problems raised in the above-mentioned background technology.

[0006] To achieve the above objectives, the present invention is implemented through the following technical scheme: it includes a carbon emission detection device, the carbon emission detection device includes a carbon emission monitor and an active power device, the carbon emission monitor is located on one side of the active power device, the carbon emission monitor signal is connected to the carbon emission monitoring and processing transmitter, the carbon emission monitoring and processing transmitter is network connected to the emission detection management terminal, the detection management terminal includes a computer terminal and a mobile terminal, and the computer terminal and the mobile terminal are both connected to the carbon emission monitoring and processing transmitter through network signals for use.

[0007] As a carbon emission integral detection method for active power equipment of the present invention, the carbon emission detection equipment detection steps are as follows: S1. According to the use locations of multiple active power equipment in the factory, corresponding carbon emission monitors are respectively set, and then the carbon emission detection processing transmitter is connected to the carbon emission monitor by signal, and the carbon emission detection processing transmitter is connected to the emission detection management terminal by network; S2. When the active power equipment in the factory starts working, the carbon emission monitor is started to perform corresponding work to realize real-time monitoring and recording of the working carbon emission concentration of the active power equipment; S3. The carbon emission information data monitored by each active power equipment is obtained through the carbon emission detection processing transmitter; S4. Then through The carbon emission calculation module inside the carbon emission detection and processing transmitter summarizes and calculates the carbon emission information data obtained from the monitoring of each active power equipment; S5, then compares the carbon emission summary data with the factory's carbon emission points quota through the carbon emission detection and processing transmitter to achieve real-time management of the factory's carbon emission quota; S6, then predicts and manages the carbon emission data monitored by the current factory's active power equipment to predict whether the carbon emissions of the factory's subsequent active power equipment exceed the carbon quota points; S7, by obtaining the current market carbon price and calculating the carbon trading amount based on the factory's subsequent carbon emission forecast data, the factory's carbon assets are managed in real time.

[0008] As a carbon emission credit detection system for active power equipment of the present invention, a factory power equipment carbon emission credit detection system is installed inside the carbon emission detection processing transmitter, and the factory power equipment carbon emission credit detection system is used to monitor and manage the working carbon emissions of the factory active equipment in real time. The factory power equipment carbon emission credit detection system includes a carbon quota management module, a carbon emission monitoring module, a carbon emission calculation module, a carbon emission prediction module and a carbon trading management module. The carbon quota management module is used to set and manage the factory carbon emission quota, and realize the formulation and allocation of the carbon emissions of the factory power equipment. The carbon emission monitoring module is used to monitor the carbon emission concentration of each power equipment in the factory, and realize the monitoring and transmission of the carbon emission values ​​of the power equipment. The carbon emission calculation module is used to calculate and summarize the carbon emission values ​​monitored by each factory power equipment, and realize the accounting and transmission of the carbon emission values ​​of the factory power equipment. The carbon emission prediction module is used to predict the overall carbon emission trend of the factory based on the summarized and calculated carbon emission data, and realize the production of a corresponding trend report based on the current carbon emission situation. The carbon trading management module is used to analyze carbon emission transactions based on the carbon emission trend values, and realize the management of the factory's carbon emission assets.

[0009] As a carbon emission points detection system for active power equipment of the present invention, the carbon quota management module includes a carbon quota setting unit, a carbon quota allocation unit and a carbon quota tracking unit. The carbon quota setting unit is used to set the carbon emission quota of the factory to manage the carbon emission indicators of the factory. The carbon quota allocation unit is used to allocate the carbon emission values ​​of each active power equipment according to the carbon emission quota of the factory to manage the carbon emission values ​​of each power equipment. The carbon quota tracking unit is used to track and manage the carbon emissions of each power equipment to record the actual carbon emission values ​​of each power equipment.

[0010] As a carbon emission integral detection system for active power equipment of the present invention, the carbon emission monitoring module includes a carbon emission monitoring unit, a carbon emission interval unit and a carbon emission transmission unit. The carbon emission monitoring unit is used to monitor the carbon emission values ​​of each power equipment to realize real-time monitoring of the carbon emissions of the power equipment. The carbon emission interval unit is used to obtain the emission data of each power equipment interval segment to realize the record management of the carbon emission interval values ​​of each power equipment. The carbon emission transmission unit is used to transmit the monitoring data and interval carbon emission data of each power equipment to realize real-time interactive use of the monitored carbon emission data.

[0011] As a carbon emission points detection system for active power equipment of the present invention, the carbon emission calculation module includes a carbon emission calculation unit, a carbon emission summary unit and a summary amount transmission unit. The carbon emission calculation unit is used to calculate the carbon emission data monitored and transmitted by each power equipment, and realize the superposition calculation of the carbon emission values ​​of the power equipment in each time period. The carbon emission summary unit is used to summarize the carbon emission values ​​calculated by each power equipment, and realize the calculation of the total carbon emissions of the factory power equipment. The summary amount transmission unit is used to transmit the carbon emission summary amount, and realize the real-time interactive use of the carbon emission monitoring summary data of each stage.

[0012] As a carbon emission credit detection system for active power equipment of the present invention, the carbon emission prediction module includes a carbon emission prediction unit, a total prediction trend unit and a trend report transmission unit. The carbon emission prediction unit is used to predict the subsequent carbon emission trend of the factory according to the carbon emission value calculated by summarizing the current power equipment interval of the factory, so as to realize the carbon emission prediction management of the factory power equipment. The total prediction trend unit is used to summarize the data of the subsequent carbon emission prediction of the factory, so as to realize the management of the carbon emission trend of the factory. The trend report transmission unit is used to generate a corresponding carbon emission indicator report according to the carbon emission trend, so as to realize the excessive management of the factory's carbon emission credits.

[0013] As a carbon emission points detection system for active power equipment of the present invention, the carbon trading management module includes a carbon price monitoring and analysis unit, a carbon forecasting and trading unit and a carbon asset management unit. The carbon price monitoring and analysis unit is used to monitor the current market carbon emission price, and analyze and manage the current factory carbon emissions according to the carbon emission price. The carbon forecasting and trading unit is used to predict subsequent carbon emission transactions based on the current factory carbon emission forecast data, and calculate subsequent carbon emission transactions. The carbon asset management unit is used to manage the factory carbon emission trading assets, and realize payment verification according to the current factory power equipment carbon emission values.

[0014] The present invention provides a method and system for detecting carbon emission credits of active power equipment.

[0015] Beneficial effects:

[0016] The carbon emission credit detection method and system for active power equipment can monitor and manage the carbon emissions of factory power equipment one by one, which is conducive to real-time recording of carbon emission values ​​of each power equipment interval, improving the effect of carbon emission monitoring of each power equipment, and improving the accuracy of carbon emission management of each power equipment. At the same time, it can also summarize and calculate according to the carbon emission values ​​monitored by the factory power equipment, which is conducive to analyzing the current factory carbon emission credit amount according to the summarized carbon emission values, improving the effect of subsequent trading management of factory carbon emission credits, and improving the accuracy of factory carbon quota management and allocation. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 This is a flow chart of the method for detecting carbon emission points of power equipment in a factory of the present invention;

[0018] Figure 2 It is a schematic diagram of the carbon emission points detection method of factory power equipment of the present invention;

[0019] Figure 3 This is a diagram of the factory power equipment carbon emission points detection system of the present invention;

[0020] Figure 4 This is a schematic diagram of the carbon quota management module of the present invention;

[0021] Figure 5 This is a schematic diagram of a carbon emission monitoring module of the present invention;

[0022] Figure 6 It is a schematic diagram of the carbon emission calculation module of the present invention;

[0023] Figure 7 This is a schematic diagram of a carbon emission prediction module of the present invention;

[0024] Figure 8 This is a schematic diagram of the carbon trading management module of the present invention. DETAILED DESCRIPTION

[0025] 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.

[0026] See also Figure 1 and Figure 2 The present invention provides a technical solution: including a carbon emission detection device, the carbon emission detection device including a carbon emission monitor and an active power device, the carbon emission monitor is located on one side of the active power device, the carbon emission monitor signal is connected to a carbon emission monitoring and processing transmitter, the carbon emission monitoring and processing transmitter is network-connected to an emission detection management terminal, the detection management terminal includes a computer terminal and a mobile terminal, and both the computer terminal and the mobile terminal are connected to the carbon emission monitoring and processing transmitter through a network signal for use.

[0027] See also Figure 1 and Figure 2 , the carbon emission detection equipment detection steps are as follows:

[0028] S1. Set corresponding carbon emission monitors according to the locations where multiple active power equipment in the factory are used, connect the carbon emission detection and processing transmitter with the carbon emission monitor, and connect the carbon emission detection and processing transmitter with the emission detection management terminal through the network;

[0029] S2. When the active power equipment in the factory starts working, the carbon emission monitor is started to perform corresponding work, so as to realize real-time monitoring and recording of the carbon emission concentration of the active power equipment;

[0030] S3, acquiring carbon emission information data monitored by each active power equipment through a carbon emission detection and processing transmitter;

[0031] S4, then using the carbon emission calculation module inside the carbon emission detection and processing transmitter to summarize and calculate the carbon emission information data monitored by each active power equipment;

[0032] S5. Then, the carbon emission summary data is compared with the carbon emission quota of the factory through the carbon emission detection and processing transmitter to achieve real-time management of the factory's carbon emission quota;

[0033] S6. Then, predictive management is performed based on the current carbon emission data of the active power equipment of the factory, so as to predict whether the carbon emission of the active power equipment of the factory in the subsequent stage exceeds the carbon quota points;

[0034] S7. By obtaining the current market carbon price and calculating the carbon trading amount based on the factory's subsequent carbon emission forecast data, the factory's carbon assets can be managed in real time;

[0035] Through the settings of S1-S7, the carbon emission values ​​of each power equipment in the factory can be better monitored, which is conducive to the accurate management of the carbon emissions of each power equipment, and convenient for adjusting the corresponding power equipment usage according to the carbon emission credit quota. The subsequent carbon emission trading amount can be budgeted according to the carbon emission value of the power equipment, which is conducive to controlling the factory's carbon emission trading data and facilitating the management of the factory's carbon assets.

[0036] See also Figure 3The carbon emission detection and processing transmitter is internally installed with a factory power equipment carbon emission credit detection system, which is used to monitor and manage the carbon emissions of active equipment in the factory in real time. The factory power equipment carbon emission credit detection system includes a carbon quota management module, a carbon emission monitoring module, a carbon emission calculation module, a carbon emission prediction module and a carbon trading management module. The carbon quota management module is used to set and manage the factory's carbon emission quota, and to formulate and allocate the carbon emissions of the factory's power equipment. The carbon emission monitoring module is used to monitor the carbon emission concentration of each power equipment in the factory, and to monitor and transmit the carbon emission values ​​of the power equipment. The carbon emission calculation module is used to calculate the carbon emission values ​​monitored by each factory power equipment. The carbon emission forecasting module is used to forecast the overall carbon emission trend of the factory according to the summarized and calculated carbon emission data, so as to produce the corresponding trend report according to the current carbon emission situation. The carbon trading management module is used to analyze the carbon emission trading according to the carbon emission trend value, so as to manage the carbon emission assets of the factory. Through the setting of the carbon quota management module, the carbon emission monitoring module, the carbon emission calculation module, the carbon emission forecasting module and the carbon trading management module, the carbon emission monitoring data of each power equipment can be better transmitted and processed in real time, which is beneficial to calculate and analyze the monitored carbon emission data, improve the effect of the overall carbon emission monitoring management of the factory power equipment, and reduce the situation where the factory carbon emissions exceed the budget assets.

[0037] See also Figure 4 The carbon quota management module includes a carbon quota setting unit, a carbon quota allocation unit and a carbon quota tracking unit. The carbon quota setting unit is used to set the factory carbon emission quota and manage the factory carbon emission indicators. The carbon quota allocation unit is used to allocate the carbon emission values ​​of each active power equipment according to the factory carbon emission quota and manage the carbon emission values ​​of each power equipment. The carbon quota tracking unit is used to track and manage the carbon emissions of each power equipment and record the actual carbon emission values ​​of each power equipment. Through the setting of the carbon quota setting unit, the carbon quota allocation unit and the carbon quota tracking unit, the factory carbon quota can be allocated and managed, which is conducive to setting the actual carbon emission values ​​of each power equipment according to the carbon quota, improving the accuracy of the carbon emission value management of the power equipment, and reducing the probability of a significant excess of the carbon emissions of the power equipment.

[0038] See also Figure 5The carbon emission monitoring module includes a carbon emission monitoring unit, a carbon emission interval unit and a carbon emission transmission unit. The carbon emission monitoring unit is used to monitor the carbon emission values ​​of each power equipment to realize real-time monitoring of the carbon emission of the power equipment. The carbon emission interval unit is used to obtain the emission data of each power equipment interval segment to realize the recording and management of the carbon emission interval values ​​of each power equipment. The carbon emission transmission unit is used to transmit the monitoring data and interval carbon emission data of each power equipment to realize real-time interactive use of the monitored carbon emission data. Through the setting of the carbon emission monitoring unit, the carbon emission interval unit and the carbon emission transmission unit, the carbon emission values ​​of each power equipment can be monitored and managed, which is conducive to the accurate monitoring of the carbon emission values ​​of each power equipment, and the carbon emission values ​​of each interval power equipment can be recorded, which is convenient for the subsequent transmission and processing of the carbon emission data of each interval.

[0039] See also Figure 6 The carbon emission calculation module includes a carbon emission calculation unit, a carbon emission summary unit and a summary transmission unit. The carbon emission calculation unit is used to calculate the carbon emission data monitored and transmitted by each power equipment, and realize the superposition calculation of the carbon emission values ​​of the power equipment in each time period. The carbon emission summary unit is used to summarize the carbon emission values ​​calculated by each power equipment, and realize the accounting of the total carbon emissions of the factory power equipment. The summary transmission unit is used to transmit the carbon emission summary amount, and realize the real-time interactive use of the carbon emission monitoring summary data of each stage. Through the setting of the carbon emission calculation unit, the carbon emission summary unit and the summary transmission unit, the carbon emission values ​​monitored by each power equipment can be calculated and processed, which is conducive to the accurate calculation and summary of the carbon emission values ​​of each power equipment, and improves the convenience of the overall carbon emission management of the factory power equipment.

[0040] See also Figure 7The carbon emission prediction module includes a carbon emission prediction unit, a total prediction trend unit and a trend report transmission unit. The carbon emission prediction unit is used to predict the subsequent carbon emission trend of the factory according to the carbon emission value calculated by the current power equipment interval of the factory, so as to realize the carbon emission prediction management of the power equipment of the factory. The total prediction trend unit is used to summarize the data of the subsequent carbon emission prediction of the factory to realize the management of the carbon emission trend of the factory. The trend report transmission unit is used to generate a corresponding carbon emission index report according to the carbon emission trend to realize the over-standard management of the factory carbon emission points. Through the setting of the carbon emission prediction unit, the total prediction trend unit and the trend report transmission unit, the overall carbon emission of the factory can be predicted according to the data of carbon emission calculation, and the trend of the overall carbon emission of the production factory can be determined, so as to facilitate the subsequent formulation of the corresponding carbon emission management plan according to the carbon emission trend, and generate a carbon emission trend report, so as to facilitate the management personnel to formulate a detailed control plan according to the report and improve the effect of the carbon emission management of the factory.

[0041] See also Figure 8 The carbon trading management module includes a carbon price monitoring and analysis unit, a carbon forecasting and trading unit and a carbon asset management unit. The carbon price monitoring and analysis unit is used to monitor the current market carbon emission price, and analyze and manage the current factory carbon emissions according to the carbon emission price. The carbon forecasting and trading unit is used to predict subsequent carbon emission transactions based on the current factory carbon emission forecast data, and calculate the subsequent carbon emission transactions. The carbon asset management unit is used to manage the factory carbon emission trading assets, and realize payment verification according to the current factory power equipment carbon emission value. Through the setting of the carbon price monitoring and analysis unit, the carbon forecasting and trading unit and the carbon asset management unit, the market carbon price can be monitored and analyzed, which is conducive to calculating the subsequent carbon emission trading amount that the factory needs to pay according to the budgeted factory carbon emission value, and whether the carbon emission trading amount predicted by the factory carbon asset analysis exceeds the asset quota. It is convenient for the staff to formulate the subsequent power equipment carbon emission value according to the factory asset quota, and improve the effect of engineering power equipment carbon emission management.

[0042] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and its inventive new concepts within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A method for detecting carbon emission credits of active power equipment, characterized in that: It includes a carbon emission detection device, which includes a carbon emission monitor and an active power device. The carbon emission monitor is located on one side of the active power device. The carbon emission monitor signal is connected to the carbon emission monitoring and processing transmitter. The carbon emission monitoring and processing transmitter is network-connected to an emission detection management terminal. The detection management terminal includes a computer terminal and a mobile terminal. Both the computer terminal and the mobile terminal are connected to the carbon emission monitoring and processing transmitter through network signals for use.

2. The carbon emission credit detection method for active power equipment according to claim 1, characterized in that: The carbon emission detection equipment detection steps are as follows: S1. Set corresponding carbon emission monitors according to the locations where multiple active power equipment in the factory are used, connect the carbon emission detection and processing transmitter with the carbon emission monitor, and connect the carbon emission detection and processing transmitter with the emission detection management terminal through the network; S2. When the active power equipment in the factory starts working, the carbon emission monitor is started to perform corresponding work, so as to realize real-time monitoring and recording of the carbon emission concentration of the active power equipment; S3, acquiring carbon emission information data monitored by each active power equipment through a carbon emission detection and processing transmitter; S4, then using the carbon emission calculation module inside the carbon emission detection and processing transmitter to summarize and calculate the carbon emission information data monitored by each active power equipment; S5. Then, the carbon emission summary data is compared with the carbon emission quota of the factory through the carbon emission detection and processing transmitter to achieve real-time management of the carbon emission quota of the factory; S6. Then, predictive management is performed based on the current carbon emission data of the active power equipment of the factory, so as to predict whether the carbon emission of the active power equipment of the factory in the subsequent stage exceeds the carbon quota points; S7. By obtaining the current market carbon price and calculating the carbon trading amount based on the factory's subsequent carbon emission forecast data, the factory's carbon assets can be managed in real time.

3. A carbon emission credit detection system for active power equipment, applied to the carbon emission credit detection method for active power equipment according to claim 1, characterized in that: A factory power equipment carbon emission credit detection system is installed inside the carbon emission detection and processing transmitter. The factory power equipment carbon emission credit detection system is used to monitor and manage the carbon emissions of the factory's active equipment in real time. The factory power equipment carbon emission credit detection system includes a carbon quota management module, a carbon emission monitoring module, a carbon emission calculation module, a carbon emission prediction module and a carbon trading management module. The carbon quota management module is used to set and manage the factory's carbon emission quota, so as to formulate and allocate the carbon emissions of the factory's power equipment. The carbon emission monitoring module is used to monitor the carbon emission concentration of each power equipment in the factory, so as to monitor and transmit the carbon emission values ​​of the power equipment. The carbon emission calculation module is used to calculate and summarize the carbon emission values ​​monitored by each factory power equipment, so as to calculate and transmit the carbon emission values ​​of the factory power equipment. The carbon emission prediction module is used to predict the overall carbon emission trend of the factory based on the summarized and calculated carbon emission data, so as to produce a corresponding trend report based on the current carbon emission situation. The carbon trading management module is used to analyze carbon emission transactions based on the carbon emission trend values, so as to manage the factory's carbon emission assets.

4. The carbon emission points detection system for active power equipment according to claim 3 is characterized in that: The carbon quota management module includes a carbon quota setting unit, a carbon quota allocation unit and a carbon quota tracking unit. The carbon quota setting unit is used to set the factory's carbon emission quota to manage the factory's carbon emission indicators. The carbon quota allocation unit is used to allocate carbon emission values ​​to each active power equipment according to the factory's carbon emission quota to manage the carbon emission values ​​of each power equipment. The carbon quota tracking unit is used to track and manage the carbon emissions of each power equipment to record the actual carbon emission values ​​of each power equipment.

5. The carbon emission points detection system for active power equipment according to claim 3 is characterized in that: The carbon emission monitoring module includes a carbon emission monitoring unit, a carbon emission interval unit and a carbon emission transmission unit. The carbon emission monitoring unit is used to monitor the carbon emission values ​​of each power equipment to realize real-time monitoring of the carbon emissions of the power equipment. The carbon emission interval unit is used to obtain the emission data of each power equipment interval to realize the record management of the carbon emission interval values ​​of each power equipment. The carbon emission transmission unit is used to transmit the monitoring data of each power equipment and the interval carbon emission data to realize real-time interactive use of the monitored carbon emission data.

6. The carbon emission points detection system for active power equipment according to claim 3 is characterized in that: The carbon emission calculation module includes a carbon emission calculation unit, a carbon emission summary unit and a summary transmission unit. The carbon emission calculation unit is used to calculate the carbon emission data monitored and transmitted by each power equipment, and realize the superposition calculation of the carbon emission values ​​of the power equipment in each time period. The carbon emission summary unit is used to summarize the carbon emission values ​​calculated by each power equipment, and realize the calculation of the total carbon emissions of the factory power equipment. The summary transmission unit is used to transmit the carbon emission summary amount, and realize the real-time interactive use of the carbon emission monitoring summary data of each stage.

7. The carbon emission points detection system for active power equipment according to claim 3 is characterized in that: The carbon emission prediction module includes a carbon emission prediction unit, a total prediction trend unit and a trend report transmission unit. The carbon emission prediction unit is used to predict the subsequent carbon emission trend of the factory based on the carbon emission values ​​calculated by summarizing the current factory power equipment interval, so as to realize the carbon emission prediction management of the factory power equipment. The total prediction trend unit is used to summarize the data of the subsequent carbon emission prediction of the factory, so as to realize the management of the carbon emission trend of the factory. The trend report transmission unit is used to generate a corresponding carbon emission indicator report according to the carbon emission trend, so as to realize the over-standard management of the factory carbon emission points.

8. The carbon emission points detection system for active power equipment according to claim 3 is characterized in that: The carbon trading management module includes a carbon price monitoring and analysis unit, a carbon forecasting and trading unit and a carbon asset management unit. The carbon price monitoring and analysis unit is used to monitor the current market carbon emission price and analyze and manage the current factory carbon emissions according to the carbon emission price. The carbon forecasting and trading unit is used to predict subsequent carbon emission transactions based on the current factory carbon emission forecast data and calculate subsequent carbon emission transactions. The carbon asset management unit is used to manage the factory's carbon emission trading assets and realize payment verification based on the current factory power equipment carbon emission values.

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