Canal construction engineering carbon emission accounting platform

Abstract

The invention discloses an accounting platform for carbon emission of a canal construction project, and relates to the technical field of carbon emission accounting, in the platform, an administrator interaction system imports the project amount progress of each section of the canal construction project; a developer interaction system develops and optimizes an accounting model, and based on the project amount progress of each section of the canal construction project, the carbon emission of each section of the canal construction project is determined by using the accounting model; the administrator interaction system also stores the project amount progress and the carbon emission of each section of the canal construction project; and when the user interaction system receives the query instruction, the project amount progress and the carbon emission of the section corresponding to the query instruction are called from the administrator interaction system, and the project amount progress and the carbon emission of the section corresponding to the query instruction are visually displayed. According to the application, the developer interaction system, the user interaction system and the administrator interaction system are arranged, so that the carbon emission of the canal construction project can be checked and visually displayed.

Description

Technical Field

[0001] The present application relates to the technical field of carbon emission accounting, and in particular to a carbon emission accounting platform for canal construction projects. Background Art

[0002] Transportation infrastructure construction is an important source of carbon emissions, especially canal projects. As an important part of transportation infrastructure, carbon emissions during their construction have not been fully studied and accounted for. In addition, canal construction has the characteristics of large engineering volume and complex structure, and the carbon emissions during its construction may be considerable. Therefore, conducting carbon emission accounting research during canal construction will not only help improve the transparency and management efficiency of carbon emissions, but also provide a scientific basis for formulating effective low-carbon construction paths and implementation plans. Summary of the invention

[0003] The purpose of this application is to provide a carbon emissions accounting platform for canal construction projects, which can calculate and visualize the carbon emissions of canal construction projects.

[0004] To achieve the above objectives, this application provides the following solutions:

[0005] This application provides a canal construction project carbon emission accounting platform, including: a developer interaction system, a user interaction system and an administrator interaction system;

[0006] The developer interaction system and the user interaction system are both connected to the administrator interaction system;

[0007] The administrator interaction system is used to import the progress of the engineering quantities of each section of the canal construction project;

[0008] The developer interaction system is used to develop and optimize the accounting model, and based on the progress of the engineering quantity of each section of the canal construction project, the accounting model is used to determine the carbon emissions of each section of the canal construction project;

[0009] The administrator interaction system is also used to store the progress of the construction work and carbon emissions of each section of the canal construction project;

[0010] The user interaction system is used to retrieve the engineering progress and carbon emissions of the section corresponding to the query instruction from the administrator interaction system when receiving the query instruction, and to visually display the engineering progress and carbon emissions of the section corresponding to the query instruction.

[0011] Optionally, the developer interaction system includes: a developer interaction module and an algorithm module;

[0012] The algorithm module is connected to the developer interaction module and the administrator interaction system respectively;

[0013] The developer interaction module is used to read the developer's keyboard signals and mouse signals, and develop or optimize the accounting model in the algorithm module through the keyboard signals and mouse signals; the accounting model is developed based on the carbon emission factor calculation method;

[0014] The algorithm module is used to determine the carbon emissions of each section of the canal construction project based on the progress of the construction work of each section of the canal construction project and using a calculation model.

[0015] Optionally, the administrator interaction system includes: an engineering quantity data import and calculation module and a database module;

[0016] The engineering quantity data import and calculation module is connected to the database module and the user interaction system respectively; the database module is connected to the algorithm module;

[0017] The engineering quantity data import and calculation module is used to import the engineering quantity progress of each section of the canal construction project, and to count the engineering quantity progress and reporting progress of each section of the canal construction project, so as to obtain the engineering quantity progress summary data and the reporting progress summary data;

[0018] The database module is used to obtain the quota of each section of the canal construction project and send the quota of each section of the canal construction project to the engineering quantity data import and calculation module;

[0019] The engineering quantity data import and calculation module is used to calculate the engineering quantity progress data of each section of the canal construction project and obtain the carbon emission summary data;

[0020] The database module is used to store the engineering quantity progress summary data, the reporting progress summary data and the carbon emission summary data.

[0021] Optionally, the engineering quantity data import and calculation module includes: a reporting staff authority management unit, a reporting situation statistics unit, an engineering quantity data reporting unit, an engineering quantity data summary unit, a carbon emission statistics unit and a first control unit;

[0022] The reporting staff authority management unit, the reporting situation statistics unit, the engineering quantity data reporting unit, the engineering quantity data summary unit, the carbon emission statistics unit, the database module and the user interaction system are all connected to the first control unit;

[0023] The filler authority management unit is used to register and manage filler accounts, determine the authority of each filler account and the bid section corresponding to each filler account;

[0024] The engineering quantity data reporting unit is used to store the import template. When the filling-in operator logs in, the engineering quantity data reporting unit extracts the engineering quantity progress of the bid section corresponding to the filling-in operator account from the import template filled in by the filling-in operator;

[0025] The reporting situation statistics unit is used to obtain the reporting progress data of each bidding section, to count and warn the reporting progress of each bidding section of the canal construction project, and to obtain the reporting progress summary data;

[0026] The engineering quantity data summary unit is used to collect statistics on the engineering quantity progress and reporting progress of each section of the canal construction project to obtain engineering quantity progress summary data;

[0027] The carbon emission statistics unit is used to count the carbon emissions of each section of the canal construction project to obtain carbon emission summary data.

[0028] Optionally, the number of bid sections corresponding to one bid filler account is 1; the number of bid filler accounts corresponding to one bid section is at least 1.

[0029] Optionally, the reporting situation statistics unit includes: an early warning subunit;

[0030] The early warning subunit is connected to the first control unit;

[0031] The early warning subunit is used to issue early warning prompts to the bid sections that have not been reported within a preset time period based on the reporting progress summary data.

[0032] Optionally, the database module includes: an emission factor library unit, a sub-project quota unit and a second control unit;

[0033] The emission factor library unit, the sub-project quota unit, the first control unit and the algorithm module are all connected to the second control unit;

[0034] The emission factor library unit is used to store emission factors and emission factor units of various materials or machinery;

[0035] The sub-project quota unit is used to count and store carbon emission quota data of sub-projects in different bidding sections.

[0036] Optionally, the emission factor library unit includes: a material emission factor library subunit and a mechanical emission factor library subunit;

[0037] The material emission factor library subunit and the mechanical emission factor library subunit are both connected to the second control unit.

[0038] Optionally, the user interaction system includes: a carbon emission status display module and a user interaction module;

[0039] The carbon emission display module is connected to the user interaction module and the first control unit respectively;

[0040] The user interaction module is used to obtain query instructions;

[0041] The carbon emission status display module is used to retrieve the engineering progress and carbon emission of the bidding section corresponding to the query instruction from the administrator interaction system, and visually display the engineering progress and carbon emission of the bidding section corresponding to the query instruction.

[0042] Optionally, the carbon emission display module includes: a project page unit, a section page unit, a large screen data configuration unit and a third control unit;

[0043] The project page unit, the bid section page unit, the large screen data configuration unit, the user interaction module and the first control unit are all connected to a third control unit;

[0044] The project page unit is used to fill the engineering progress and carbon emissions of the bidding section corresponding to the query instruction into the project display template, and visually display the engineering progress and carbon emissions according to the project;

[0045] The bidding section page unit is used to fill the engineering quantity progress and carbon emission of the bidding section corresponding to the query instruction into the bidding section display template, and visually display the engineering quantity progress and carbon emission according to the bidding section;

[0046] The large-screen data configuration unit is used to perform online real-time editing of different low-carbon smart indicators of each bidding section; the large-screen data configuration unit is also used to modify the information profile of each bidding section.

[0047] According to the specific embodiments provided in this application, this application discloses the following technical effects:

[0048] This application provides a carbon emission accounting platform for canal construction projects, which simplifies functions other than carbon emission calculation as much as possible, retains only necessary parameter input, and provides input templates to facilitate accounting personnel to quickly and easily input data. The operation is convenient, simple and easy to understand, and the learning cost is low. The data engineering data comes from the actual statistics of the construction progress of the bill of quantities of each bidding section, and has strong applicability.

[0049] This application uses the engineering quantity data import and calculation module and the database module, and the platform can store all project-related carbon emission accounting data. This includes but is not limited to the emission factors of machinery and materials used in the construction process, the carbon emission quotas of the bill of quantities, and the carbon emission data generated during the construction process. The centralized storage of these data is not only convenient for management and call-up, but also provides a basis for subsequent data analysis and decision-making. This application uses the algorithm module and the carbon emission status display module, and the platform will have a real-time update function, which can be dynamically adjusted according to the latest emission factor data to ensure the accuracy and timeliness of carbon emission accounting. At the same time, as the progress of the project construction progresses, the platform will synchronously update the carbon emission accounting information to reflect the current carbon emission status of the project.

[0050] The query tool provided in this application allows users to query according to different dimensions and needs. This includes carbon emission quota query for projects and bidding unit projects, carbon emission quota and energy consumption query for each module, and detailed query of emission factor data, so as to help users quickly obtain the required information.

[0051] This application uses the algorithm module, and the platform will use advanced computer programming languages, combined with the imported engineering progress information of each bidding section, to automatically calculate carbon emissions at both the project and bidding section levels. This automated calculation process not only improves efficiency, but also reduces human errors and ensures the accuracy of carbon emission data.

[0052] This application sets up a separate carbon emission display module to display carbon emission data through a carbon emission status display module. Complex carbon emission data is presented to users in an intuitive and easy-to-understand way by using dynamic curves and graphs instead of tables. This includes the visualization of key indicators such as the total carbon emissions of the project, cumulative carbon emissions, monthly carbon emissions, as well as the display of low-carbon construction conditions and low-carbon smart indicators. The carbon emission data corresponds to the three-dimensional map of the construction section, which effectively improves interactivity. The Alibaba Druid 1.1.22 database is used to ensure the smooth operation of the platform. Through these visualization tools, users can quickly grasp the carbon emission status of the project and provide support for decision-making. BRIEF DESCRIPTION OF THE DRAWINGS

[0053] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present application. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0054] Figure 1 This is a schematic diagram of the carbon emission accounting platform for the canal construction project;

[0055] Figure 2 It is a schematic diagram of the engineering quantity data import and calculation module structure;

[0056] Figure 3 It is a schematic diagram of the database module structure;

[0057] Figure 4 A schematic diagram of the module structure is shown for carbon emissions; DETAILED DESCRIPTION

[0058] The following will be combined with the drawings in the embodiments of the present application to clearly and completely describe the technical solutions in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of this application.

[0059] In order to make the above-mentioned objects, features and advantages of the present application more obvious and easy to understand, the present application is further described in detail below with reference to the accompanying drawings and specific implementation methods.

[0060] With the rapid development of science and technology, the application of computer technology in the field of engineering is becoming more and more extensive. Among them, the use of computer development software to replace manual solutions to complex engineering quantitative problems has become a major research hotspot in the current engineering field. Through literature research and data calculation, an emission factor and module carbon emission quota database is established. With the help of computer software systems, complex calculation models are analyzed and processed, and an integrated carbon emission accounting platform for canal construction is built to realize the visualization of carbon emission information during the canal construction process.

[0061] In an exemplary embodiment, a canal construction project carbon emission accounting platform is provided based on the following development environment.

[0062] (1) Front-end:

[0063] Using Vue3.0, Vite, Ant-Design-Vue4, and TypeScript.

[0064] (2) Backend:

[0065] Basic framework: Spring Boot 2.6.6.

[0066] Persistence layer framework: MybatisPlus 3.5.1.

[0067] Security framework: Apache Shiro 1.8.0, Jwt 3.11.0.

[0068] Database connection pool: Alibaba Druid 1.1.22.

[0069] Log printing: logback.

[0070] (3) Development environment:

[0071] Language: Java 8+ (less than 17).

[0072] IDE(JAVA): IDEA (the lombok plug-in must be installed).

[0073] IDE (front-end): Vscode, WebStorm, IDEA.

[0074] Dependency management: Maven 3.5.4+.

[0075] Cache: Redis 3.0+.

[0076] Database: MySQL 5.7.

[0077] Operating system environment: Windows 10, Windows 10.

[0078] Platform operating environment: browser (B / S).

[0079] like Figure 1 As shown, a carbon emission accounting platform for canal construction projects is provided, including: a developer interaction system, a user interaction system and an administrator interaction system.

[0080] The developer interaction system and the user interaction system are both connected to the administrator interaction system.

[0081] The administrator interactive system is used to import the progress of the construction quantities of each section of the canal construction project.

[0082] The developer interactive system is used to develop and optimize the accounting model. Based on the progress of the construction work of each section of the canal construction project, the accounting model is used to determine the carbon emissions of each section of the canal construction project.

[0083] The administrator interaction system is also used to store the progress of the construction work and carbon emissions of each section of the canal construction project.

[0084] The user interaction system is used to retrieve the engineering progress and carbon emissions of the section corresponding to the query instruction from the administrator interaction system when receiving the query instruction, and to visualize the engineering progress and carbon emissions of the section corresponding to the query instruction.

[0085] The software structure of the Pinglu Canal Construction Project Carbon Emission Accounting Platform is divided into user system, administrator system and developer system. Figure 1 The specific functions of each system are as follows:

[0086] Developer system: develop accounting model module algorithms and complete front-end and back-end algorithm development.

[0087] User system: Provides logged-in users with functions such as carbon emission statistics query and visual display. Users can make better decisions based on the carbon emission data and database data on the platform.

[0088] Administrator system: includes databases, and can add or replace database content after obtaining administrator privileges. Record and process input data (such as engineering progress, etc.) and output data (such as carbon emission accounting results output), and perform data integration to provide value-added activities, including data processing services, data analysis services, traceability and visualization services.

[0089] The platform has four main modules: algorithm module, database module, engineering quantity data import and calculation module, and carbon emission status display module. It can realize functions such as data storage, dynamic data update, emission data calculation, statistical query, emission data and low-carbon construction status visualization. The algorithm module mainly realizes the storage of engineering quantity and carbon emission factor data through computer programming, and uses engineering quantity data and carbon emission factor library data for calculation to obtain carbon emissions. The database module mainly stores basic data for carbon emission accounting. The engineering quantity data import and calculation module mainly manages the engineering quantity progress import data and carbon emission calculation for each bidding section of the project. The carbon emission status display module mainly displays the engineering carbon emission accounting results and low-carbon construction status.

[0090] The developer interaction system includes: a developer interaction module and an algorithm module.

[0091] The algorithm module is connected with the developer interaction module and the administrator interaction system respectively.

[0092] The developer interaction module is used to read the developer's keyboard and mouse signals, and develop or optimize the accounting model in the algorithm module through the keyboard and mouse signals. The accounting model is developed based on the carbon emission factor calculation method.

[0093] The algorithm module is used to determine the carbon emissions of each section of the canal construction project based on the progress of the construction work of each section of the canal construction project using the accounting model.

[0094] The algorithm module divides the project into single projects, unit projects, and sub-projects. By calculating the carbon emissions of each sub-project, the total carbon emissions of the project can be obtained. The carbon emission accounting method for canal construction adopts the carbon emission factor calculation method to calculate the carbon emissions of each sub-project. The carbon emissions of a sub-project are the carbon emissions of materials and machinery. By calculating the consumption of materials and energy and their consumption, the carbon emissions of the sub-project are obtained.

[0095] The administrator interaction system includes: engineering quantity data import and calculation module and database module.

[0096] The engineering quantity data import and calculation module are connected with the database module and the user interaction system respectively. The database module is connected with the algorithm module.

[0097] The engineering quantity data import and calculation module is used to import the engineering quantity progress of each section of the canal construction project, and to count the engineering quantity progress and reporting progress of each section of the canal construction project to obtain the engineering quantity progress summary data and the reporting progress summary data.

[0098] The database module is used to obtain the quotas of the sub-projects of each bidding section of the canal construction project, and send the quotas of the sub-projects of each bidding section of the canal construction project to the engineering quantity data import and calculation module.

[0099] The engineering quantity data import and calculation module is used to calculate the quota and engineering quantity progress data of each section of the canal construction project to obtain the carbon emission summary data.

[0100] The database module is used to store engineering quantity progress summary data, reporting progress summary data and carbon emission summary data.

[0101] like Figure 2 The engineering quantity data import and calculation module includes: a filling staff authority management unit, a filling situation statistics unit, an engineering quantity data filling unit, an engineering quantity data summary unit, a carbon emission statistics unit and a first control unit.

[0102] The reporting staff authority management unit, the reporting situation statistics unit, the engineering quantity data reporting unit, the engineering quantity data summary unit, the carbon emission statistics unit, the database module and the user interaction system are all connected to the first control unit.

[0103] The filling staff authority management unit is used to register and manage filling staff accounts, determine the authority of each filling staff account and the bid section corresponding to each filling staff account. The filling staff authority management unit is mainly managed by software management personnel, responsible for registration account management, mapping filling staff accounts to fixed bid sections, and granting filling staff filling authority. The number of bid sections corresponding to 1 filling staff account is 1. There is at least 1 filling staff account corresponding to one bid section.

[0104] The engineering quantity data reporting unit is used to store the import template. When the filling-in operator logs in with the account, the engineering quantity data reporting unit extracts the engineering quantity progress of the section corresponding to the filling-in operator's account from the import template filled in by the filling-in operator.

[0105] The engineering quantity data reporting unit mainly imports the progress of engineering quantities of each section of the project every quarter. This module has three main areas: data import and export, data screening, and data editing. Select the required section and year quarter to display the relevant engineering quantity data that has been imported in that quarter. The "Download Import Template" in the system can download the engineering list import template .xls file of the section. By filling in the file and clicking "Import", the engineering data can be imported. The imported data includes project type, section name, unit project name, sub-project project code, analysis process project name, unit, total engineering quantity, and quarterly completed engineering quantity. The engineering quantity data of a certain section and a certain quarter can also be exported. The system can choose to delete all the misplaced data, and can also delete some erroneous data. The required data can be queried by the unit project or project code of the system.

[0106] The reporting status statistics unit is used to obtain the reporting progress data of each bidding section, conduct statistics and early warning on the reporting progress of each bidding section of the canal construction project, and obtain the reporting progress summary data.

[0107] The reporting statistics unit mainly serves the Party A of the engineering construction project. By counting the number of reported engineering quantities and reporting items of each bidding section, and taking into account the query function for past quarters, it can determine the reporting status of each bidding section, issue early warnings for bidding sections that have not reported on time, and improve the accuracy of carbon emission calculation data.

[0108] The reporting situation statistics unit includes: an early warning subunit. The early warning subunit is connected to the first control unit.

[0109] The early warning sub-unit is used to issue early warning prompts to the sections that have not been reported within the preset time period based on the summary data of the reporting progress.

[0110] The engineering quantity data summary unit is used to compile statistics on the engineering quantity progress and reporting progress of each bidding section of the canal construction project to obtain engineering quantity progress summary data.

[0111] The engineering quantity data summary unit mainly summarizes the engineering quantity reporting data of each bidding section every quarter, calculates the cumulative completion quantity of engineering quantity, and provides basic data for carbon emission statistics. At the same time, the engineering quantity data of a certain bidding section can be obtained by querying the bidding section name, and the engineering quantity data can be obtained by exporting it into an xls file.

[0112] The carbon emission statistics unit is used to count the carbon emissions of each section of the canal construction project and obtain the carbon emission summary data. The carbon emission statistics unit is mainly based on the import of engineering quantity data, and the basic information of the data management module is compared. Based on the carbon emission calculation model, the carbon emissions of the project and each section of the sub-project are calculated through the software programming language, and the calculation results are displayed. The statistical data of a single section and the entire section can be queried in the system. The main calculation results of a single section display carbon emission statistics by quarter / year / time range, query the carbon emissions of different sub-projects of the section, and can be sorted according to the size of carbon emissions. Analyze the carbon emission characteristics of the sub-projects and make targeted adjustments to achieve the purpose of carbon emission control. The main calculation results of the statistics of the entire section display carbon emission statistics by quarter / year / time range. You can choose a quarter, a year or a time period to query the carbon emissions of each section, and you can sort them according to the size of carbon emissions to query which section has more carbon emissions.

[0113] like Figure 3 , database module, including: emission factor library unit, sub-project quota unit and second control unit.

[0114] The emission factor library unit, the sub-project quota unit, the first control unit and the algorithm module are all connected to the second control unit.

[0115] The emission factor library unit is used to store emission factors and emission factor units for multiple materials or machines.

[0116] The emission factor library unit includes: material emission factor library sub-unit and mechanical emission factor library sub-unit.

[0117] The material emission factor library subunit and the mechanical emission factor library subunit are both connected to the second control unit.

[0118] The carbon emission factor library is mainly divided into two categories, namely materials and machinery. The material factor library is mainly for the materials needed in the project construction process, including their names, specifications, codes, emission factors and emission factor units. In the system, you can find the corresponding relevant data by name. Click New to create a new material. Click "Export" to export all material factor library data.

[0119] The machinery library is the machinery and equipment involved in the project construction, including its machinery name, machinery specifications, code, energy consumption type, emission factor per shift, and emission factor unit. In the system, you can query the corresponding relevant data by the machinery name. Click New to create a new machinery and related parameters. Click "Export" to export all the machinery factor library data.

[0120] The sub-project quota unit is used to count and store the carbon emission quota data of sub-projects in different bidding sections.

[0121] The sub-project quota unit is a statistical carbon emission quota data of sub-projects in different bidding sections. This module has the functions of adding, exporting, and importing, which can realize the addition of a certain data, exporting all the data of the module, and batch importing using Excel templates. The query module can query the data content by project type or bidding section name, and supports ascending and descending order of data for data export and analysis; based on the bill of quantities file, the material type, quantity, machinery type, and shift quantity required for the sub-project are obtained, and the carbon emission quota of the sub-project is calculated through the carbon emission factor library when the quota engineering quantity data is completed. Each data can display the project type, bidding section name, sub-project quota number, quota attribute, sub-project project name, unit, quota engineering quantity, carbon emission quota, quota energy consumption-diesel (kg), quota energy consumption-gasoline (kg), quota energy consumption-electricity (kWh), and can be edited and modified in real time.

[0122] The user interaction system includes: a carbon emission status display module and a user interaction module.

[0123] The carbon emission status display module is connected to the user interaction module and the first control unit respectively.

[0124] The user interaction module is used to obtain query instructions.

[0125] The carbon emission status display module is used to retrieve the engineering progress and carbon emissions of the section corresponding to the query instruction from the administrator interaction system, and to visually display the engineering progress and carbon emissions of the section corresponding to the query instruction.

[0126] like Figure 4 The carbon emission status display module includes: project page unit, section page unit, large screen data configuration unit and third control unit.

[0127] The project page unit, the section page unit, the large-screen data configuration unit, the user interaction module and the first control unit are all connected to the third control unit.

[0128] The project page unit is used to fill the engineering progress and carbon emissions of the section corresponding to the query instruction into the project display template, and to visualize the engineering progress and carbon emissions according to the project.

[0129] The project page unit is mainly based on the results of the process data import and calculation module calculation. In the middle is the satellite image of the project, and each section is divided, and vertical signs for each section are established. The map can be zoomed in and out by the mouse wheel. The upper left corner is the cumulative carbon emissions of the project in each year, and the lower left corner is the cumulative carbon emissions of each section, and the hub and waterway are distinguished. The middle is the total carbon emissions of the project, the upper right corner is the low-carbon smart indicator of the project, which can reflect the carbon reduction measures of the project, and the lower right corner is the low-carbon construction method of the project and its use and carbon reduction amount / rate, and it can be scrolled.

[0130] The section page unit is used to fill the engineering quantity progress and carbon emissions of the section corresponding to the query instruction into the section display template, and to visualize the engineering quantity progress and carbon emissions according to the section.

[0131] Users can view detailed information of each scale by clicking on the display icon of each section. The project page unit is mainly displayed based on the import of process data and the calculation results of the calculation module. In the middle is a satellite map of each section, and the main buildings expected to be completed are displayed for the hub section. In the upper left corner is the information introduction of each scale, introducing the name of each section, construction unit, supervision unit, start and completion time. In the lower left corner is the cumulative carbon emissions of the section, which is displayed in a line graph. In the upper right corner are the low-carbon smart indicators of the section, which are carbon reduction ratio, green point utilization rate, comprehensive utilization rate of earth and stone, and greening completion rate. In the lower right corner is the low-carbon construction display of the section, introducing different low-carbon construction measures and their usage and carbon reduction amount / rate.

[0132] The large screen data configuration unit is used to edit the different low-carbon smart indicators of each bidding section in real time online. The large screen data configuration unit is also used to modify the information profile of each bidding section.

[0133] In the background, you can edit the different low-carbon smart indicators of each bidding section in real time online, including carbon reduction ratio, green point utilization rate, comprehensive utilization rate of earthwork, and greening completion rate, and adjust the values ​​on the display page. In the bidding section page, the information profile of each bidding section can also be modified in real time.

[0134] The technical features of the above embodiments may be combined arbitrarily. To make the description concise, not all possible combinations of the technical features in the above embodiments are described. However, as long as there is no contradiction in the combination of these technical features, they should be considered to be within the scope of this specification.

[0135] This article uses specific examples to illustrate the principles and implementation methods of this application. The description of the above embodiments is only used to help understand the method and core ideas of this application. At the same time, for those skilled in the art, according to the ideas of this application, there will be changes in the specific implementation methods and application scope. In summary, the content of this specification should not be understood as limiting this application.

Claims

1. A canal construction project carbon emission accounting platform, characterized in that: include: Developer interaction system, user interaction system and administrator interaction system; The developer interaction system and the user interaction system are both connected to the administrator interaction system; The administrator interaction system is used to import the progress of the engineering quantities of each section of the canal construction project; The developer interaction system is used to develop and optimize the accounting model, and based on the progress of the engineering quantity of each section of the canal construction project, the accounting model is used to determine the carbon emissions of each section of the canal construction project; The administrator interaction system is also used to store the progress of the construction work and carbon emissions of each section of the canal construction project; The user interaction system is used to retrieve the engineering progress and carbon emissions of the section corresponding to the query instruction from the administrator interaction system when receiving the query instruction, and to visualize the engineering progress and carbon emissions of the section corresponding to the query instruction.

2. The canal construction project carbon emission accounting platform according to claim 1 is characterized in that: The developer interaction system includes: a developer interaction module and an algorithm module; The algorithm module is connected to the developer interaction module and the administrator interaction system respectively; The developer interaction module is used to read the developer's keyboard signals and mouse signals, and develop or optimize the accounting model in the algorithm module through the keyboard signals and mouse signals; the accounting model is developed based on the carbon emission factor calculation method; The algorithm module is used to determine the carbon emissions of each section of the canal construction project based on the progress of the construction work of each section of the canal construction project and using a calculation model.

3. The canal construction project carbon emission accounting platform according to claim 2 is characterized in that: The administrator interaction system includes: an engineering quantity data import and calculation module and a database module; The engineering quantity data import and calculation module is connected to the database module and the user interaction system respectively; the database module is connected to the algorithm module; The engineering quantity data import and calculation module is used to import the engineering quantity progress of each section of the canal construction project, and to count the engineering quantity progress and reporting progress of each section of the canal construction project, so as to obtain the engineering quantity progress summary data and reporting progress summary data; The database module is used to obtain the quota of each section of the canal construction project and send the quota of each section of the canal construction project to the engineering quantity data import and calculation module; The engineering quantity data import and calculation module is used to calculate the engineering quantity progress data of each section of the canal construction project and obtain the carbon emission summary data; The database module is used to store the engineering quantity progress summary data, the reporting progress summary data and the carbon emission summary data.

4. The canal construction project carbon emission accounting platform according to claim 3 is characterized in that: The engineering quantity data import and calculation module includes: a reporting staff authority management unit, a reporting situation statistics unit, an engineering quantity data reporting unit, an engineering quantity data summary unit, a carbon emission statistics unit and a first control unit; The reporting staff authority management unit, the reporting situation statistics unit, the engineering quantity data reporting unit, the engineering quantity data summary unit, the carbon emission statistics unit, the database module and the user interaction system are all connected to the first control unit; The filler authority management unit is used to register and manage filler accounts, determine the authority of each filler account and the bid section corresponding to each filler account; The engineering quantity data reporting unit is used to store the import template. When the filling-in operator logs in with the account of the filling-in operator, the engineering quantity data reporting unit extracts the engineering quantity progress of the bid section corresponding to the filling-in operator account from the import template filled in by the filling-in operator; The reporting situation statistics unit is used to obtain the reporting progress data of each bidding section, to count and warn the reporting progress of each bidding section of the canal construction project, and to obtain the reporting progress summary data; The engineering quantity data summary unit is used to collect statistics on the engineering quantity progress and reporting progress of each section of the canal construction project to obtain engineering quantity progress summary data; The carbon emission statistics unit is used to count the carbon emissions of each section of the canal construction project to obtain carbon emission summary data.

5. The canal construction project carbon emission accounting platform according to claim 4 is characterized in that: The number of bidding sections corresponding to one filling-in agent account is 1; the number of filling-in agent accounts corresponding to one bidding section is at least 1.

6. The canal construction project carbon emission accounting platform according to claim 4 is characterized in that: The reporting situation statistics unit includes: an early warning subunit; The early warning subunit is connected to the first control unit; The early warning subunit is used to issue early warning prompts to the bid sections that have not been reported within a preset time period based on the reporting progress summary data.

7. The canal construction project carbon emission accounting platform according to claim 4 is characterized in that: The database module includes: an emission factor library unit, a sub-project quota unit and a second control unit; The emission factor library unit, the sub-project quota unit, the first control unit and the algorithm module are all connected to the second control unit; The emission factor library unit is used to store emission factors and emission factor units of various materials or machinery; The sub-project quota unit is used to count and store carbon emission quota data of sub-projects in different bidding sections.

8. The canal construction project carbon emission accounting platform according to claim 7 is characterized in that: The emission factor library unit includes: a material emission factor library subunit and a mechanical emission factor library subunit; The material emission factor library subunit and the mechanical emission factor library subunit are both connected to the second control unit.

9. The canal construction project carbon emission accounting platform according to claim 4, characterized in that: The user interaction system includes: a carbon emission status display module and a user interaction module; The carbon emission display module is connected to the user interaction module and the first control unit respectively; The user interaction module is used to obtain query instructions; The carbon emission status display module is used to retrieve the engineering progress and carbon emission of the bidding section corresponding to the query instruction from the administrator interaction system, and visually display the engineering progress and carbon emission of the bidding section corresponding to the query instruction.

10. The canal construction project carbon emission accounting platform according to claim 9, characterized in that: The carbon emission display module includes: a project page unit, a section page unit, a large screen data configuration unit and a third control unit; The project page unit, the bid section page unit, the large screen data configuration unit, the user interaction module and the first control unit are all connected to a third control unit; The project page unit is used to fill the engineering progress and carbon emissions of the bidding section corresponding to the query instruction into the project display template, and visually display the engineering progress and carbon emissions according to the project; The bidding section page unit is used to fill the engineering quantity progress and carbon emission of the bidding section corresponding to the query instruction into the bidding section display template, and visually display the engineering quantity progress and carbon emission according to the bidding section; The large-screen data configuration unit is used to perform online real-time editing of different low-carbon smart indicators of each bidding section; the large-screen data configuration unit is also used to modify the information profile of each bidding section.

Images