CN114049002A - Wind power plant construction project construction plan and progress optimization scheduling management system - Google Patents
Wind power plant construction project construction plan and progress optimization scheduling management system Download PDFInfo
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Abstract
The invention discloses a wind power plant construction project construction plan and progress optimizing scheduling management system, which comprises a construction management system, a construction scheduling system, a construction monitoring system and a construction early warning system, wherein the construction management system comprises a construction plan unit and a construction progress optimizing unit; according to the wind power plant construction project construction plan and progress optimizing and scheduling management system provided by the structure, the progress of each sub project is planned and monitored through the intelligent management system, the difference between the current construction progress and the planned construction progress is calculated, the construction plan is completed with guaranteed quality and quantity, the current construction progress of the total project is visually displayed through the plan completion ratio of the sub projects which are constructed and are not constructed in each part of project, and the personnel and material resources in the construction task are conveniently adjusted through the data by engineering management personnel, so that the current construction progress is effectively adjusted in real time.
Description
Technical Field
The invention relates to the technical field of construction project schedule, in particular to a wind power plant construction project construction plan and schedule optimization scheduling management system.
Background
At present, in the construction project implementation process of the building engineering, project progress data information is usually recorded in a form that engineering technicians manually record or input carriers such as computers, and due to the fact that work technicians have a plurality of problems of lagging and being prone to making mistakes when recording data, progress management of the construction project cannot be timely mastered, the construction progress is prone to being slow in progress and difficult to guarantee quality and guarantee quantity to complete the construction plan.
Disclosure of Invention
Based on the technical problems in the prior art, the invention provides a wind power plant construction project construction plan and progress optimization scheduling management system, and solves the problems that the progress of each part in construction of a construction project is different, and the construction progress cannot be accurately mastered.
The invention provides a wind power plant construction project construction plan and progress optimizing and scheduling management system, which comprises a construction management system, a construction scheduling system, a construction monitoring system and a construction early warning system, wherein the construction management system comprises a construction plan unit and a construction progress optimizing unit;
the construction management system is a system for realizing efficient construction by performing collection management on all production data of the construction of the whole project according to the construction requirements of a project contracting party;
the construction scheduling system schedules factors influencing construction progress in the construction process according to the instruction requirements of the construction management system so as to realize that the overall construction progress is promoted according to a plan;
the construction monitoring system realizes the planned construction progress by monitoring the actual construction progress and acquiring factors influencing the construction progress;
and the construction early warning system compares the plan of the construction management system with the actual construction progress to realize the early warning function of the construction progress.
Further, the construction management system comprises a total package project management subsystem, a sub-package project management subsystem and an engineering management center, wherein the total package project management subsystem manages the construction of a total package project, and the sub-package project management subsystem manages the construction of a sub-package project.
Further, the total package project management subsystem comprises a total package construction planning unit and a total package progress optimization unit, wherein the total package construction planning unit comprises a capital construction planning module, a main body installation planning module, a supporting facility installation planning module and an operation debugging planning module.
Further, the sub-package project management subsystem comprises a sub-package construction planning unit and a sub-package progress optimization unit, wherein the sub-package construction planning unit comprises a supporting facility installation planning module and an auxiliary facility construction planning module.
Further, the total package construction planning unit and the sub-package construction planning unit carry out BIM model based on construction drawings, and the BIM model is led into a construction management system; the construction management system distributes project classification to a total package project management subsystem, a sub-package project management subsystem and an engineering management center, and associates the BIM with a construction progress plan; and the construction management is carried out by the three-dimensional visual BIM model.
Furthermore, the construction scheduling system receives the real-time construction progress of the construction monitoring system, compares the real-time construction progress with the planned construction progress, analyzes and obtains an over-progress construction sub-project, a synchronous progress sub-project and a backward progress sub-project, converts the analysis data into a visual chart and sends the visual chart to a total package progress optimizing unit, a sub-package progress optimizing unit and a construction early warning system, the total package progress optimizing unit and the sub-package progress optimizing unit optimize and analyze specific factors and send the factors to a construction field team, and problem reasons are obtained through feedback of the construction field team.
Further, the construction monitoring system comprises a material management unit, a team work log unit and a field imaging unit, wherein the material management unit adopts label access management, all materials in a project field are input into a label system, a label is used for scanning codes to access, the team work log unit collects the day work records of workers, the field imaging unit utilizes a camera device and computer analysis software to estimate the construction progress in proportion, the real-time actual construction progress is comprehensively calculated through the data of the material management unit, the team work log unit and the field imaging unit, and the actual construction progress is sent to the construction scheduling system.
And further, the construction early warning system receives data of the construction monitoring system and the construction scheduling system, and collects and classifies factors influencing construction progress and sends the factors to an engineering command center.
Furthermore, the construction management system also comprises an epidemic situation management unit and an emergency management unit, wherein the epidemic situation management unit is in real-time communication with a national health department data center and regulates and controls project construction progress in real time according to epidemic situation; and the emergency management unit is in real-time communication with a national emergency department data center and regulates and controls project construction progress in real time according to emergency conditions.
And further setting the planned schedule time to be consistent with the actual schedule time, comparing whether the real-time space position lags behind the planned space position, and comparing the real-time construction schedule with the planned construction schedule according to the corresponding relation between the space position and the construction schedule.
The wind power plant construction project construction plan and progress optimizing scheduling management system provided by the invention has the advantages that: according to the wind power plant construction project construction plan and progress optimizing and scheduling management system provided by the structure, the progress of each sub project is planned and monitored through the intelligent management system, the difference between the current construction progress and the planned construction progress is calculated, the construction plan is completed with guaranteed quality and quantity, the current construction progress of the total project is visually displayed through the plan completion ratio of the sub projects which are constructed and are not constructed in each part of project, and the personnel and material resources in the construction task are conveniently adjusted through the data by engineering management personnel, so that the current construction progress is effectively adjusted in real time.
Drawings
Fig. 1 is a schematic structural diagram of a wind power plant construction project construction plan and progress optimization scheduling management system provided by the invention.
Detailed Description
As shown in fig. 1, fig. 1 is a wind farm construction project construction plan and progress optimization scheduling management system disclosed by the invention, and solves the problems that the progress of each part in construction of a construction project is different and the construction progress cannot be accurately mastered.
Referring to fig. 1, the construction planning and progress optimizing and scheduling management system for the wind power plant construction project, provided by the invention, comprises a construction management system, a construction scheduling system, a construction monitoring system and a construction early warning system, wherein the construction management system comprises a construction planning unit and a construction progress optimizing unit;
the construction management system is a system for realizing efficient construction by performing collection management on all production data of the construction of the whole project according to the construction requirements of a project contracting party; the construction management system comprises a main package project management subsystem, a sub-package project management subsystem and an engineering management center, wherein the main package project management subsystem manages the construction of a main package project, and the sub-package project management subsystem manages the construction of sub-package projects. The total package project management subsystem comprises a total package construction planning unit and a total package progress optimization unit, wherein the total package construction planning unit comprises a capital construction planning module, a main body installation planning module, a supporting facility installation planning module and an operation debugging planning module. The sub-package project management subsystem comprises a sub-package construction planning unit and a sub-package progress optimization unit, wherein the sub-package construction planning unit comprises a supporting facility installation planning module and an auxiliary facility construction planning module. The total package construction planning unit and the sub-package construction planning unit carry out BIM model based on construction drawings, and the BIM model is led into a construction management system; the construction management system distributes project classification to a total package project management subsystem, a sub-package project management subsystem and an engineering management center, and associates the BIM with a construction progress plan; and the construction management is carried out by the three-dimensional visual BIM model. Setting the planned progress time to be consistent with the actual progress time, comparing whether the real-time space position lags behind the planned space position, and comparing the real-time construction progress with the planned construction progress according to the corresponding relation between the space position and the construction progress.
The construction scheduling system schedules factors influencing construction progress in the construction process according to the instruction requirements of the construction management system so as to realize that the overall construction progress is promoted according to a plan; the construction scheduling system receives the real-time construction progress of the construction monitoring system, compares the real-time construction progress with the planned construction progress, analyzes and obtains an over-progress construction sub-project, a synchronous progress sub-project and a behind-progress sub-project, converts analysis data into a visual chart and sends the visual chart to a total package progress optimizing unit, a sub-package progress optimizing unit and a construction early warning system, the total package progress optimizing unit and the sub-package progress optimizing unit optimize and analyze specific factors and send the factors to a construction field team, and problem reasons are obtained through feedback of the construction field team.
The construction monitoring system realizes the planned construction progress by monitoring the actual construction progress and acquiring factors influencing the construction progress; the construction monitoring system comprises a material management unit, a team work log unit and a field imaging unit, wherein the material management unit adopts label access management, all materials in a project field are input into a label system, a label is used for scanning a code to access, the team work log unit collects the day work record of workers, the field imaging unit utilizes a camera device and computer analysis software to estimate the construction progress in proportion, the real-time actual construction progress is comprehensively calculated through the data of the material management unit, the team work log unit and the field imaging unit, and the actual construction progress is sent to the construction scheduling system.
And the construction early warning system compares the plan of the construction management system with the actual construction progress to realize the early warning function of the construction progress. And the construction early warning system receives data of the construction monitoring system and the construction scheduling system, summarizes and classifies factors influencing construction progress and sends the factors to the engineering command center. The construction management system also comprises an epidemic situation management unit and an emergency management unit, wherein the epidemic situation management unit is in real-time communication with a national health department data center and regulates and controls project construction progress in real time according to epidemic situation; and the emergency management unit is in real-time communication with a national emergency department data center and regulates and controls project construction progress in real time according to emergency conditions.
In summary, the wind farm construction project construction plan and progress optimization scheduling management system provided in the structure of the present invention plans and monitors the progress of each sub-project through the intelligent management system, further calculates the difference between the current construction progress and the planned construction progress, ensures the quality and quantity to complete the construction plan, and visually displays the current construction progress of the total project through the plan completion ratio of the sub-projects of each part of the project which are constructed and not constructed, so that the project managers can conveniently adjust the personnel and material resources in the construction task through the data, and further effectively adjust the current construction progress in real time.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.
Claims (10)
1. A wind power plant construction project construction plan and progress optimizing scheduling management system is characterized by comprising a construction management system, a construction scheduling system, a construction monitoring system and a construction early warning system, wherein the construction management system comprises a construction plan unit and a construction progress optimizing unit;
the construction management system is a system for realizing efficient construction by performing collection management on all production data of the construction of the whole project according to the construction requirements of a project contracting party;
the construction scheduling system schedules factors influencing construction progress in the construction process according to the instruction requirements of the construction management system so as to realize that the overall construction progress is promoted according to a plan;
the construction monitoring system realizes the planned construction progress by monitoring the actual construction progress and acquiring factors influencing the construction progress;
and the construction early warning system compares the plan of the construction management system with the actual construction progress to realize the early warning function of the construction progress.
2. The wind farm construction project construction plan and progress optimizing scheduling management system according to claim 1, wherein the construction management system comprises a total package project management subsystem, a sub-package project management subsystem and a project management center, the total package project management subsystem manages construction of a total package project, and the sub-package project management subsystem manages construction of a sub-package project.
3. The wind farm construction project construction plan and progress optimizing and scheduling management system according to claim 2, wherein the total package project management subsystem comprises a total package construction plan unit and a total package progress optimizing unit, and the total package construction plan unit comprises a capital construction plan module, a main body installation plan module, a supporting facility installation plan module and an operation debugging plan module.
4. The wind farm construction project construction plan and progress optimizing and scheduling management system according to claim 1, wherein the sub-package project management subsystem comprises a sub-package construction plan unit and a sub-package progress optimizing unit, and the sub-package construction plan unit comprises a supporting facility installation plan module and an auxiliary facility construction plan module.
5. The wind farm construction project construction plan and progress optimizing scheduling management system according to claim 1, wherein the total package construction plan unit and the sub-package construction plan unit perform a BIM model based on a construction drawing, and the BIM model is led into the construction management system; the construction management system distributes project classification to a total package project management subsystem, a sub-package project management subsystem and an engineering management center, and associates the BIM with a construction progress plan; and the construction management is carried out by the three-dimensional visual BIM model.
6. The wind farm construction project construction plan and progress optimizing, scheduling and managing system according to claim 1, wherein the construction scheduling system receives a real-time construction progress of the construction monitoring system, compares the real-time construction progress with a planned construction progress, analyzes to obtain an over-progress construction sub-project, a synchronous progress sub-project and an behind-progress sub-project, converts analysis data into a visual chart and sends the visual chart to a total package progress optimizing unit, a sub-package progress optimizing unit and a construction early warning system, the total package progress optimizing unit and the sub-package progress optimizing unit optimize and analyze specific factors and send the optimized and analyzed specific factors to a construction field team, and obtains a problem cause through feedback of the construction field team.
7. The wind farm construction project construction plan and progress optimizing, scheduling and managing system according to claim 1, wherein the construction monitoring system comprises a material management unit, a team work log unit and a field imaging unit, the material management unit adopts label access management, all materials in a project field are recorded into a label system, label code scanning access is used, the team work log unit collects the day work records of workers, the field imaging unit utilizes a camera device and computer analysis software to estimate the construction progress in proportion, real-time actual construction progress is comprehensively calculated through data of the material management unit, the team work log unit and the field imaging unit, and the actual construction progress is sent to the construction scheduling system.
8. The wind farm construction project construction plan and progress optimizing scheduling management system according to claim 1, wherein the construction early warning system receives data of a construction monitoring system and a construction scheduling system, collects and classifies factors influencing construction progress, and sends the factors to an engineering command center.
9. The wind farm construction project construction plan and progress optimizing scheduling management system according to claim 1, wherein the construction management system further comprises an epidemic situation management unit and an emergency management unit, the epidemic situation management unit is in real-time communication with a national health department data center, and project construction progress is regulated and controlled in real time according to epidemic situation; and the emergency management unit is in real-time communication with a national emergency department data center and regulates and controls project construction progress in real time according to emergency conditions.
10. The wind farm construction project construction plan and progress optimizing scheduling management system according to claim 5, wherein the planned progress time is set to be consistent with the actual progress time, whether the real-time spatial position lags behind the planned spatial position is compared, and the real-time construction progress and the planned construction progress are compared according to the corresponding relationship between the spatial position and the construction progress.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202111330103.0A CN114049002A (en) | 2021-11-11 | 2021-11-11 | Wind power plant construction project construction plan and progress optimization scheduling management system |
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| CN202111330103.0A CN114049002A (en) | 2021-11-11 | 2021-11-11 | Wind power plant construction project construction plan and progress optimization scheduling management system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114580752A (en) * | 2022-03-08 | 2022-06-03 | 武汉大博智能科技有限公司 | Intelligent engineering construction progress management system based on BIM technology |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114580752A (en) * | 2022-03-08 | 2022-06-03 | 武汉大博智能科技有限公司 | Intelligent engineering construction progress management system based on BIM technology |
| CN114580752B (en) * | 2022-03-08 | 2023-04-25 | 广东鼎耀工程技术有限公司 | Engineering construction progress intelligent management system based on BIM technology |
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Application publication date: 20220215 |