A power engineering project management and control system
Through the power engineering project operation and control system, the problems of low efficiency and error-prone power engineering project management in the existing technology are solved, and the linkage sharing and management of business data and production data are realized, thereby improving the efficiency and accuracy of project management.
Patent Information
- Application Number
- CN202411806496.1
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-12-10
- Publication Date
- 2025-04-04
AI Technical Summary
The existing power engineering project management theories and specifications cannot fully cover the management needs of power engineering projects, resulting in the lack of linkage sharing of operating data and production data, and the lack of business data and financial data, and the overlap or absence of data management, making it difficult to comprehensively reflect the operating conditions of the project through multi-dimensional data, and lack of clear pre-guided planning, resulting in low management efficiency and error-prone.
Provide a power engineering project management and control system, including project project approval module, business planning module, construction planning module, cost control module, progress control module, fund management module and visa management module. Through the coordination and cooperation of these modules, data linkage sharing and management can be realized, and project cost budgeting and progress planning can be realized.
Through the coordination and cooperation of the system, a comprehensive reflection of the operating conditions of the power engineering project is achieved, management efficiency and accuracy are improved, and the construction period is ensured steadily and accurately as planned, avoiding time-consuming, labor-intensive and error-prone problems in management.
Smart Images
Figure CN119761989A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of project management, and in particular to an electric power engineering project operation and control system. Background Art
[0002] Project management started late in China and is not as mature as that in foreign countries. Although power engineering projects have gradually formed a set of project management theories and specifications in the industry with the continuous exploration of power engineering managers in my country, which can provide some guidance and basis for related work, due to the large workload, long construction period and large impact of upstream and downstream linkages of power engineering projects, the current project management theories and specifications in the power industry cannot cover all work. There are still some loopholes and defects in guidance, which lead to problems in the management of current power engineering projects, mainly manifested in: business data and production data are not linked and shared, business data and financial data are not linked and shared, there are data management overlaps or management absences, it is difficult to comprehensively reflect the operating status of engineering projects through multi-dimensional data, and engineering management lacks clear pre-guidance planning. Ultimately, power engineering project management is time-consuming, labor-intensive, inefficient and error-prone.
[0003] Therefore, how to improve the efficiency of power engineering project management and increase management accuracy has become a technical problem that needs to be solved urgently. Summary of the invention
[0004] In view of the above technical problems, the present invention provides a power engineering project management and control system to solve the problems of low efficiency and easy errors in the existing power engineering project management process.
[0005] In a first aspect, the present invention provides a power engineering project management and control system, comprising: A project establishment module, including a project establishment submodule, a project allocation submodule and a project space creation submodule. The project establishment submodule is used to fill in project information and create a project. The project allocation submodule is used to create a subproject for the project and fill in subproject information. The project space creation submodule is used to create a project space for the project. A business planning module, for formulating an expenditure plan for the project during the construction process in the form of quantity and amount based on the expenditure categories of the project; The construction planning module is used to divide the construction phases and formulate a construction plan, and control the construction of the project according to the construction plan; A cost control module is used to monitor and limit the expenses consumed during the project construction process according to the expenditure plan formulated by the business planning module, and control various expenses within the planned cost range; A progress control module, for comparing the actual progress with the construction plan prepared by the construction planning module, and determining the construction stage that is behind schedule; Funds management module, used to complete the financial payment, financial collection, subcontract payment, subcontract settlement and project settlement management of the project; Visa management module, used to complete visa application and visa review.
[0006] Optionally, the power engineering project operation and management system further includes: Subcontract management module, used to complete the subcontractor management, bidding section management, subcontract price limit, bidding section determination, subcontract contract management and subcontractor evaluation of the project; Data statistics module, used to compile accounting data reports, engineering briefs and monthly operating reports of the project, and complete large-screen display; The archive management module is used to complete the management of the process documents of the project and to centrally store and manage the archive materials of each project stage in the project.
[0007] Optionally, the expenditure cost categories include material costs, machine and equipment costs, subcontracting fees, site construction costs, and machinery costs. The business planning module reads data by importing and automatically fills in various costs in the expenditure cost categories. The business planning module also includes the functions of creating, filtering, querying, and deleting the expenditure cost categories.
[0008] Optionally, the construction plan includes construction period objectives, personnel input plan, vehicle use plan, construction period control, construction resource input and risk management; The contents of the personnel deployment plan include name, position, and mobile phone number; the contents of the vehicle use plan include vehicle model, quantity, source of vehicles and expected usage time; the contents of the construction period control include project stages, planned duration, earliest start time and earliest end time; the contents of the construction resource investment include construction procedures, equipment name, equipment model, equipment quantity and equipment purpose; the contents of the risk management include procedures, consequences caused by risks, risk levels, key risk control factors and preventive measures.
[0009] Optionally, the monitoring and limiting of the expenses consumed during the construction of the project includes: project cost entry, subcontract payment and budget adjustment; The project cost entry content includes the cost type, cost name, cost amount and cost incurred time; the subcontract payment content includes the payment amount, payment time and subcontractor; the budget adjustment content includes filling out the application for the budget adjustment of the project and submitting it for approval.
[0010] Optionally, comparing the actual progress with the construction plan formulated by the construction planning module includes: construction task management, progress reporting and progress display; The construction task management content includes the unit project name, process name, project quantity, unit, planned completion time and weighted progress; the progress reporting content includes the actual completion time, the actual completed project quantity and the project problems to be solved; the progress display is completed in the form of a bar chart icon, and the progress display content includes the project name, sub-item name, planned workload, actual workload, planned completion date, actual completion date, planned completion percentage, actual completion percentage, delay amount, delay reason and delay response measures.
[0011] Optionally, the financial payment content includes the project name, payment item, payment date and payment amount; the financial collection content includes the project name, collection date and collection amount; the subcontract payment content includes the project name, project number, contract price, contract price excluding tax, settlement price, settlement price excluding tax, payment this month, payment this year, cumulative payments, cumulative payment progress and unpaid payments; the subcontract settlement content includes the project name, subcontractor name, subcontract section, reported amount, approved amount, warranty start time, warranty end time and settlement instructions; the project settlement content includes the project name, contract amount, reported amount, approved amount, warranty start time, warranty end time, settlement instructions and document information.
[0012] Optionally, the visa application content includes the project name, subcontract section, subcontractor, event summary and reported amount; the visa review content includes multi-level approval of the visa application and notification of approval results.
[0013] Optionally, the subcontractor management content includes the subcontractor name, professional classification, contact person, professional contracting qualification, labor qualification and certificate expiration warning; the bid section management content includes the subcontract number and subcontract scope; the subcontract price limit content includes the subcontract price limit amount; the bid section bidding content includes maintaining the subcontractor information of the winning bid section; the subcontract contract management content includes uploading the subcontract contract and entering the contract information; the subcontractor evaluation content includes the evaluation times, evaluation score, evaluation time and evaluator; The accounting data report completes the profit analysis through the collection of funds, project expenditure and project payment to determine the current profit of the project; the project briefing includes the project name, project status, location, process name, project quantity, completion, current progress, planned progress, delay, delay reason and delay response measures; the monthly operating report completes the quarterly profit and loss analysis of the project and the completed profit and loss analysis of the current period through the execution of material costs, machinery and equipment costs, subcontracting costs, site construction costs and machinery costs; The archival materials include management documents, case materials and acceptance documents.
[0014] The above scheme has the following beneficial effects: The power engineering project management and control system of the present invention can comprehensively display basic data such as the type and voltage level of a single project, external quotation and settlement data, construction planning and business planning data, main sections and overall cost collection data through the coordinated cooperation of various modules such as the business planning module, construction planning module, cost control module and progress control module, and the professional data can be horizontally compared to find differences. The difference from the prior art is that the project cost is budgeted with progress and cost as the main line, so that all expense expenditures must be based on the budget, thereby realizing advance progress planning, controlling whether the construction period is executed as scheduled, ensuring that the construction period proceeds steadily and accurately as planned, and improving the efficiency and accuracy of power engineering project management and control. BRIEF DESCRIPTION OF THE DRAWINGS
[0015] Figure 1 This is a schematic diagram of the structure of a power engineering project management and control system provided in the first embodiment of the present invention; Figure 2 This is a schematic diagram of a power engineering project operation control and circulation process provided in the second embodiment of the present invention; Figure 3 It is a flowchart of a specific method for operating and controlling an electric power engineering project provided in the third embodiment of the present invention. DETAILED DESCRIPTION
[0016] In order to make the technical problems, technical solutions and beneficial effects solved by the present invention more clearly understood, the present invention is further described in detail below in conjunction with the accompanying drawings and embodiments.
[0017] It should be understood that the embodiments set forth below represent the necessary information to enable those skilled in the art to implement the embodiments and illustrate the best mode for implementing the embodiments. After reading the following description in light of the accompanying drawings, those skilled in the art will understand the concepts of the present disclosure and will recognize applications of these concepts not specifically mentioned herein. It should be understood that these concepts and applications fall within the scope of the present disclosure and the appended claims.
[0018] It should also be understood that, although the terms first, second, etc. may be used herein to describe various elements, these elements should not be limited by these terms. These terms are only used to distinguish one element from another element. For example, the first element may be referred to as the second element, and similarly, the second element may be referred to as the first element without departing from the scope of the present disclosure. As used herein, the term "and / or" includes any and all combinations of one or more related listed items.
[0019] It should also be understood that when an element is referred to as being "connected" or "coupled" to another element, it can be directly connected or coupled to the other element, or intervening elements may be present. Conversely, when an element is referred to as being "directly connected" or "directly coupled" to another element, there are no intervening elements.
[0020] It should also be understood that the terms "upper", "lower", "left", "right", "front", "back", "bottom", "middle", "middle", "top", etc. may be used herein to describe various elements, and the indicated orientation or position relationship is based on the orientation or position relationship shown in the accompanying drawings, which is only for the convenience of describing the present invention and simplifying the description, and does not indicate or imply that the referred device or element must have a specific orientation, be constructed and operated in a specific orientation, and therefore these elements should not be limited by these terms.
[0021] These terms are only used to distinguish one element from another element. For example, a first element can be referred to as an "upper" element, and similarly, a second element can be referred to as an "upper" element according to the relative orientation of these elements without departing from the scope of the present disclosure.
[0022] It is further understood that the terms “comprises,” “includes,” “including” and / or “comprising” when used herein specify the presence of stated features, integers, steps, operations, elements and / or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components and / or groups thereof.
[0023] Unless otherwise defined, all terms (including technical and scientific terms) used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the present disclosure belongs. It will be further understood that the terms used herein should be interpreted as having a meaning consistent with their meaning in the context of this specification and the relevant technology, and will not be interpreted in an idealized or overly formal sense unless explicitly defined as such herein.
[0024] In the first embodiment, a method is provided as follows Figure 1 The power engineering project management and control system shown in the figure is Figure 1 The power engineering project management and control system shown includes a subcontract management module, a data statistics module and a file management module, but the power engineering project management and control system in this embodiment does not include these three modules.
[0025] like Figure 1 As shown, in this embodiment, the power engineering project management and control system includes a project establishment module, a business planning module, a construction planning module, a cost control module, a progress control module, a fund management module and a visa management module.
[0026] The construction period of power engineering projects is long, the construction volume is large, and the construction content is numerous. There is a close impact relationship between the upstream and downstream of the power system. Therefore, this embodiment takes progress and cost as the main line, and performs cost budgeting on power engineering projects to achieve all expenditures based on the budget and advance planning of progress. For this purpose, the power engineering project management and control system implemented in this embodiment is constructed based on the cloud platform using micro-applications and micro-service technologies. The functions of each module of the system are as follows: 1. Project establishment module Project establishment is the beginning of the system. Project information runs through the entire system from beginning to end and is an important part of the system. It mainly includes project establishment sub-module, project allocation sub-module and project space creation sub-module.
[0027] The project establishment submodule mainly fills in project information and creates projects to provide data support for subsequent project process management. The main information includes project name, project code, project type, voltage level, progress status, plan and actual start and completion time, etc.
[0028] The project allocation submodule can create sub-projects for the project, fill in the sub-project information, and allocate the affiliated branch to provide data support for the subsequent project process management. Multiple sub-projects can be created under one engineering project, and each sub-project manages its own project execution status.
[0029] The project space creates a sub-module. After the project is successfully created, the project space is automatically generated to complete the whole process management of the project in the form of an independent project. All system functions related to the project can be completed in the project space.
[0030] 2. Business planning module Based on all the expenditure categories of the project, comprehensive budget management is carried out for the engineering project, and the specific expenditure plan of the project during the construction process is controlled in the form of quantity and amount to achieve the project cost control target. Different project operation process control sub-items are formulated according to different project types, mainly including material costs, machinery and equipment costs, subcontracting costs, site construction costs, machinery costs, etc. Data can be read and automatically filled by importing, providing functions such as creating, filtering and querying, and deleting, and supporting uploading attachments.
[0031] 3. Construction planning module According to the characteristics of the project, the key stages of construction are decomposed according to different disciplines, and a detailed construction plan is formulated to control the progress of the project and carry out the construction according to the predetermined plan. It mainly includes construction period goals, personnel input plan, vehicle use plan, construction period control, construction resource input, risk management, etc. It provides functions such as creating, filtering and querying, and deleting, and supports uploading attachments.
[0032] Personnel deployment plan, main information includes name, position, mobile phone number, etc.
[0033] Vehicle usage plan, the main information includes vehicle model, quantity, vehicle source, and expected usage time.
[0034] Construction period control, the main information includes project stage, planned duration, earliest start, earliest end, etc.
[0035] Construction resource input, the main information includes construction process, equipment name, main model, quantity, main use, etc.
[0036] Risk management: main information includes process, possible consequences of risk, risk level, key risk control factors, preventive measures, etc.
[0037] 4. Cost control module Develop engineering budget indicators based on business planning, monitor and limit the expenses consumed during the project construction process, control various expenses within the planned cost range, and ensure that the project cost target is not overspent. It mainly includes project cost entry, import and subcontract payment, budget adjustment, etc.
[0038] The expense entry mainly includes expense type, expense name, amount, time when expense occurred, etc.
[0039] Subcontract payment mainly includes payment amount, payment time, subcontractor, etc.
[0040] Budget adjustment: manage the declaration of project budget adjustment, directly fill out the application on the system and submit it for approval.
[0041] 5. Progress control module Progress control is an important part of the system. According to the construction planning schedule, the project manager compares the actual progress with the planned progress, which allows the project management to have a more comprehensive understanding of each progress task, and analyze the impact of the late progress stage on the subsequent stages. It is beneficial for managers to supervise and improve all aspects of the progress, thereby meeting the project's requirements for schedule, quality, and safety. It mainly includes construction task management, progress reporting, progress display, etc.
[0042] Construction task management is mainly based on construction planning, which divides the construction work into parts. The main information includes unit project name, process name, project quantity, unit, planned completion time, weighted progress, etc.
[0043] The content of the progress report will be different depending on the project. Only the progress content of the project for which the leader is responsible can be reported. Leaders have viewing authority but cannot perform other operations. The progress report information mainly includes actual completion time, actual completed project volume, and pending project issues. For projects with delayed progress, it is necessary to fill in the delay situation, proposed solutions, etc.
[0044] The progress display is mainly through the form of bar chart icons to show the project progress. The progress display information mainly includes project name, sub-item name, planned workload, actual workload, planned completion date, actual completion date, planned completion percentage, actual completion percentage, lag amount, lag reason, lag response measures, etc.
[0045] 6. Funds management module It mainly includes project financial payments, collections, subcontract payments, subcontract settlements, project settlements and other work contents.
[0046] Project financial payment information mainly includes project name, payment item, payment date, payment amount, payment content, etc.
[0047] Project collection information mainly includes project name, collection date, collection amount, etc.
[0048] Subcontract payment displays financial cost data, including: project name, project number, contract price, contract price excluding tax, settlement price, settlement price excluding tax, payment this month, payment this year, cumulative payment, cumulative payment progress, unpaid payments, etc.
[0049] Subcontract settlement information mainly includes project name, subcontractor name, subcontract section, reported amount, approved amount, warranty start time, warranty end time, settlement instructions, etc.
[0050] Project settlement information mainly includes project name, contract amount, reported amount, approved amount, warranty start time, warranty end time, settlement instructions, document information, etc.
[0051] 7. Visa management module It mainly includes functions such as visa application and visa review.
[0052] The visa application mainly involves filling out the visa application form online, initiating the application and submitting it for approval. The information mainly includes the project name, subcontract section, subcontractor, brief description of the event, reported amount, etc.
[0053] Visa review mainly examines and approves visa applications, and provides multi-level approval and approval result notification.
[0054] This embodiment of the present invention takes progress and cost as the main line, and conducts refined management of quality, safety, progress and cost. Through the display of the project plan progress and cost bar chart, the entire project plan and actual completion status are fully grasped, and the progress is planned in advance through the budgeting of the power engineering project to ensure that the construction period is carried out steadily as planned. Ultimately, it can effectively solve the problems of construction period delays, supervision omissions and duplications in the project process, and significantly improve the work efficiency of project management.
[0055] In the second embodiment, a method is provided as follows Figure 1 The power engineering project management and control system shown in the embodiment is different from the power engineering project management and control system in the embodiment 1 in that it additionally includes the following Figure 1 The subcontract management module, file management module and data statistics module are shown.
[0056] Considering that power engineering projects often have a large construction workload and a long construction period, in order to complete the project as soon as possible, the industry usually subcontracts the project to multiple contractors for collaborative construction. Therefore, this embodiment additionally sets up a subcontract management module. In addition, considering that the project also has the need for archiving and inspection statistics, this embodiment also additionally sets up an archive management module and a data statistics module. The functions of the three modules are as follows: 8. Subcontract management module Project subcontract management mainly includes subcontractor management, section management, subcontract price limit, section bidding, subcontract contracts, subcontractor evaluation, etc.
[0057] Subcontractor management information mainly includes subcontractor name, professional classification, contact person, professional contracting qualification, labor qualification, certificate expiration warning, etc.
[0058] The bidding section management information mainly includes subcontract number, subcontract scope, etc.
[0059] The subcontract price limit mainly includes information on the subcontract price limit amount, etc.
[0060] Bidding for a bidding section mainly includes maintaining the information of subcontractors of the winning bidding section.
[0061] The subcontract contract mainly includes the uploading of the subcontract contract, the entry of contract information, etc.
[0062] Subcontractor evaluation, management of subcontractor evaluation, management by subcontractor and project, automatic calculation of subcontractor average score, and providing functions such as screening query and deletion of evaluation. The main information includes the number of evaluations, evaluation scores, evaluation time, and evaluator. The evaluation instruction information includes safety, quality, progress, technology, legal representative performance, contract performance, etc.
[0063] 9. Archives Management Module The management of engineering project process documents uniformly preserves and manages the archival materials of each project stage, mainly including management documents, case materials, acceptance documents, etc., to realize the operation, retrieval, and storage of engineering project documents, and provide project participants with efficient document query and document download functions.
[0064] 10. Data statistics module According to different actual business scenarios, we can realize the statistics of information in different dimensions, fully explore the value of data, and present it in the form of reports and dashboards to provide a basis for leadership decision-making. It mainly includes large-screen display, account data report, project briefing, monthly operation report, etc.
[0065] The large screen displays the company's project status and construction status. It mainly provides leaders and project monitoring personnel with a large screen visualization of all-scenario data, integrates all project data resources, and displays the project distribution on the large screen based on the project's geographical coordinates and combined with the map.
[0066] The accounting data report mainly realizes profit analysis report through collection, project expense expenditure and project payment, showing the current profit situation of the project.
[0067] The main statistical information of the project brief includes project name, project status, location, process name, project quantity, completion, current progress, planned progress, delay amount, delay reasons, and measures to be taken.
[0068] The monthly operating report is mainly based on the execution status of material costs, machinery and equipment costs, subcontracting fees, site construction costs, and machinery costs. It also includes quarterly profit and loss analysis of engineering projects, and completed profit and loss analysis for the current period, so that managers can quickly identify problems and put forward suggestions for improvement.
[0069] Based on the three additional modules included in this embodiment, the flow process of power engineering project operation and control is as follows: Figure 2 shown.
[0070] The system of this embodiment is based on the subcontract management module and can be applied to the operation and control of power engineering projects under subcontracting scenarios. Through multi-dimensional statistical analysis, the project information data can be effectively integrated, and through the project document management function, efficient document query and document download functions can be provided, thereby reducing the workload of project managers and the workload of manual summary of project data, and ultimately improving the efficiency of project management work.
[0071] Based on the above-mentioned embodiment 2, in embodiment 3, a method is provided as follows Figure 3 The figure shows a more specific power engineering project operation and control method process.
[0072] Project establishment is the beginning of the system, which mainly creates and maintains project-related information. Project information runs through the entire system and is an important part of the system.
[0073] After the project is approved, a sub-project is created for the project, and the sub-project information is filled in and the affiliated units are assigned to provide basic support for subsequent project process management.
[0074] According to the characteristics of the sub-projects and engineering projects, the construction phases of the power project are decomposed and divided, a detailed construction plan is made, and the progress of the project is controlled to carry out construction according to the predetermined plan.
[0075] According to the construction planning schedule, construction tasks and project progress reports are filled in. The project manager compares the actual progress with the planned progress, allowing project management to have a more comprehensive understanding of each progress task, and analyzes the impact of the delayed progress stage on the subsequent stages, which is beneficial for managers to supervise and improve all aspects of the progress.
[0076] By creating sub-projects and based on all expenditure categories, comprehensive budget management is carried out on the engineering projects, and the specific expenditure plans of the projects during the construction process are controlled in the form of quantity and amount to achieve the project cost control goals.
[0077] According to the contents of construction planning and business planning, we will carry out bidding section management, subcontract price limit, bidding section, subcontract contract and subcontractor evaluation in sequence, manage the subcontract and evaluate the subcontractors, which will serve as the basis for selecting qualified subcontractors in the future.
[0078] Formulate engineering budget indicators based on business planning, carry out project expense expenditure and subcontract payment, supervise and limit the expenses consumed during the project construction process, control various expenses within the planned cost range, and ensure that the project cost target is not overspent.
[0079] According to the construction plan and subcontract contract, when the subcontractor encounters matters that are inconsistent with the plan and need to be changed or adjusted during the construction process in accordance with the requirements of the construction plan and design documents, a visa application shall be made and it shall serve as the basis for the subcontract settlement.
[0080] According to the subcontracting content of the construction plan, after the subcontractor completes the subcontracting project, it will carry out subcontract settlement and submit relevant settlement supporting materials.
[0081] The operation and control process method of the power engineering project in this embodiment is realized based on the power engineering project operation and control system given in the above embodiment. This method realizes horizontal comparison and discovery of differences between data through main process and overall progress data, cost collection data of each main module, subcontracting data, revenue and gross profit, invoicing and collection financial data, and timely discovers the progress execution status based on data differences, so as to realize the whole process of reflecting the status of the project. The platform can monitor the data results of a single project from the project establishment to the completion and settlement in different periods, and can conduct vertical comparative analysis according to different time dimensions such as the entire life cycle of the project, by fiscal year, and by month, so as to realize efficient and accurate control of power engineering projects.
[0082] The embodiments described above are only used to illustrate the technical solutions of the present invention, rather than to limit the same. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that the technical solutions described in the aforementioned embodiments may still be modified, or some of the technical features may be replaced by equivalents. Such modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the embodiments of the present invention, and should all be included in the protection scope of the present invention.
Claims
1. A power engineering project management and control system, characterized in that: include: A project establishment module, including a project establishment submodule, a project allocation submodule and a project space creation submodule. The project establishment submodule is used to fill in project information and create a project. The project allocation submodule is used to create a subproject for the project and fill in subproject information. The project space creation submodule is used to create a project space for the project. A business planning module, for formulating an expenditure plan for the project during the construction process in the form of quantity and amount based on the expenditure categories of the project; The construction planning module is used to divide the construction phases and formulate a construction plan, and control the construction of the project according to the construction plan; A cost control module is used to monitor and limit the expenses consumed during the project construction process according to the expenditure plan formulated by the business planning module, and control various expenses within the planned cost range; A progress control module, for comparing the actual progress with the construction plan prepared by the construction planning module, and determining the construction stage that is behind schedule; Funds management module, used to complete the financial payment, financial collection, subcontract payment, subcontract settlement and project settlement management of the project; Visa management module, used to complete visa application and visa review.
2. The power engineering project management and control system according to claim 1, characterized in that: Also includes: Subcontract management module, used to complete the subcontractor management, bidding section management, subcontract price limit, bidding section determination, subcontract contract management and subcontractor evaluation of the project; Data statistics module, used to compile accounting data reports, engineering briefs and monthly operating reports of the project, and complete large-screen display; The archive management module is used to complete the management of the process documents of the project and to centrally store and manage the archive materials of each project stage in the project.
3. The power engineering project management and control system according to claim 1 or 2, characterized in that: The expenditure cost categories include material costs, machine and equipment costs, subcontracting fees, site construction costs, and machinery costs. The business planning module reads data by importing and automatically fills in the various costs in the expenditure cost categories. The business planning module also includes the functions of creating, filtering, querying, and deleting the expenditure cost categories.
4. The power engineering project management and control system according to claim 1 or 2, characterized in that: The construction plan includes construction period objectives, personnel input plan, vehicle use plan, construction period control, construction resource input and risk management; The contents of the personnel deployment plan include name, position, and mobile phone number; the contents of the vehicle use plan include vehicle model, quantity, source of vehicles and expected usage time; the contents of the construction period control include project stages, planned duration, earliest start time and earliest end time; the contents of the construction resource investment include construction procedures, equipment name, equipment model, equipment quantity and equipment purpose; the contents of the risk management include procedures, consequences caused by risks, risk levels, key risk control factors and preventive measures.
5. The power engineering project management and control system according to claim 1 or 2, characterized in that: The supervision and restriction of the expenses consumed in the construction process of the project, including: project cost entry, subcontract payment and budget adjustment; The project cost entry content includes the cost type, cost name, cost amount and cost incurred time; the subcontract payment content includes the payment amount, payment time and subcontractor; the budget adjustment content includes filling out the application for the budget adjustment of the project and submitting it for approval.
6. The power engineering project management and control system according to claim 1 or 2, characterized in that: Comparing the actual progress with the construction plan developed by the construction planning module includes: construction task management, progress reporting and progress display; The construction task management content includes the unit project name, process name, project quantity, unit, planned completion time and weighted progress; the progress reporting content includes the actual completion time, the actual completed project quantity and the project problems to be solved; the progress display is completed in the form of a bar chart icon, and the progress display content includes the project name, sub-item name, planned workload, actual workload, planned completion date, actual completion date, planned completion percentage, actual completion percentage, delay amount, delay reason and delay response measures.
7. The power engineering project management and control system according to claim 1 or 2, characterized in that: The financial payment content includes the project name, payment item, payment date and payment amount; the financial collection content includes the project name, collection date and collection amount; the subcontract payment content includes the project name, project number, contract price, contract price excluding tax, settlement price, settlement price excluding tax, payment this month, payment this year, cumulative payments, cumulative payment progress and unpaid payments; the subcontract settlement content includes the project name, subcontractor name, subcontract section, reported amount, approved amount, warranty start time, warranty end time and settlement instructions; the project settlement content includes the project name, contract amount, reported amount, approved amount, warranty start time, warranty end time, settlement instructions and document information.
8. The power engineering project management and control system according to claim 1 or 2, characterized in that: The visa application content includes the project name, subcontract section, subcontractor, event summary and reported amount; the visa review content includes multi-level approval of the visa application and notification of approval results.
9. The power engineering project management and control system according to claim 2, characterized in that: The subcontractor management content includes the subcontractor name, professional classification, contact person, professional contracting qualification, labor qualification and certificate expiration warning; the bid section management content includes the subcontract number and subcontract scope; the subcontract price limit content includes the subcontract price limit amount; the bid section bidding content includes maintaining the subcontractor information of the winning bid section; the subcontract contract management content includes uploading the subcontract contract and entering the contract information; the subcontractor evaluation content includes the evaluation times, evaluation scores, evaluation time and evaluator; The accounting data report completes the profit analysis through the collection of funds, project expenditure and project payment to determine the current profit of the project; the project briefing includes the project name, project status, location, process name, project quantity, completion, current progress, planned progress, delay, delay reason and delay response measures; the monthly operating report completes the quarterly profit and loss analysis of the project and the completed profit and loss analysis of the current period through the execution of material costs, machinery and equipment costs, subcontracting costs, site construction costs and machinery costs; The archival materials include management documents, case materials and acceptance documents.