CN116152028A - Old district reforms transform wisdom management platform - Google Patents
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Abstract
The invention provides an old community transformation intelligent management platform, which comprises a data center subsystem, a comprehensive monitoring subsystem, a process supervision subsystem, a three-dimensional visualization subsystem, a third party docking subsystem and a success analysis subsystem, wherein the data center subsystem is used for data aggregation, centralized management, integrated analysis and establishment of a data analysis model; the comprehensive monitoring subsystem, the process supervision subsystem and the three-dimensional visualization subsystem are used for carrying out multi-dimensional comprehensive evaluation on the participating construction units and supervision units respectively by taking a cell as a minimum evaluation unit through digital twin dynamic three-dimensional visualization. The invention relies on a digital twin technology, implements a hierarchical gridding management system and a construction comprehensive benefit evaluation system by integrating scene space data and comprehensive cell other data information, can realize the whole intelligent management in the early planning and construction process and the later evaluation of cell transformation, and can effectively improve the management and control efficiency in the cell transformation process and realize real-time overall management.
Description
Technical Field
The invention belongs to the field of data management, and particularly relates to an intelligent management platform for transformation of old cells.
Background
The old community transformation does not have a mature process like common government public engineering, and different old community transformation has own characteristics and different methods, and the government finds that a plurality of problems exist in the specific engineering implementation process, such as insufficient planning in the earlier stage, large site construction difficulty, low construction organization level, low project progress management efficiency, effective evaluation of transformation effect and the like. The old community is modified, so that the quality of houses is not only related to the modification of old communities, but also auxiliary supporting facilities of the communities are important construction targets, and the comprehensive modification and repair of the old communities are a great difficulty in urban management.
At present, transformation evaluation of old cells in various cities is mainly concentrated in feasibility research reports and preliminary design links of transformation projects, evaluation opinions of relevant organizations such as cell owner committee, communities and authorities need to be checked in advance during the process of compiling the reports, in green transformation of the old cells, the digital application degree is not high, the flow is complex, communication among units cannot be unified efficiently, an upper management unit cannot check transformation progress in real time, and full real-time overall management on transformation of the old cells is not possible. Therefore, a management platform which is fast and convenient, can effectively improve the management and control efficiency of the cell transformation process and can realize real-time overall management is needed.
Disclosure of Invention
In view of the above, the present invention provides an old community transformation intelligent management platform, which is based on the existing computer hardware and network platform, and comprises a three-dimensional visualization subsystem, a data center subsystem, a comprehensive monitoring subsystem, a process monitoring subsystem, a success analysis subsystem and a third party docking subsystem, wherein objects such as property, street, building bureau, and the like are subject to the APP docking system platform, a hierarchical gridding management system is implemented, a comprehensive benefit evaluation system is built, and finally, an intelligent platform for collecting supervision service display and remote real-time monitoring data dynamic update is formed, so that the management and control efficiency of the community transformation process is effectively improved, and the visualization, management and controllability of transformation items are realized.
In order to achieve the above purpose, the technical scheme adopted by the invention is as follows:
the old community transformation intelligent management platform comprises a data center subsystem, a comprehensive monitoring subsystem, a process supervision subsystem, a three-dimensional visualization subsystem, a third party docking subsystem and a success analysis subsystem, wherein:
the data center subsystem is used for gathering, centralized managing and integrating analysis of exploration data of the community building and simultaneously establishing a data analysis model;
the comprehensive monitoring subsystem is used for extracting the node data of each party, each flow and each link of the platform to form comprehensive data information, and forming an image by matching with the three-dimensional visualization subsystem to realize the multi-dimensional monitoring of the data;
the process monitoring subsystem is used for maintaining the reconstruction process data and monitoring the reconstruction data and the reconstruction progress updating process;
the three-dimensional visualization subsystem is used for visually presenting a real-time three-dimensional model of the cell transformation process and carrying out real-time visual monitoring and supervision on the whole transformation process by matching with the comprehensive monitoring subsystem and the process monitoring subsystem;
the third party docking subsystem is used as an independent module and can provide plug-in type third party system data information acquisition docking effect for other subsystems;
and the achievement analysis subsystem is used for forming achievement evaluation analysis reports and reports required by the subsystems based on the data of the supervision subsystems.
Further, the system also comprises six basic modules: role authority, workflow module, unified data, report form, configuration management and system log, and providing basic data, configuration, flow and authority basis for each subsystem.
Further, the data center subsystem gathers, analyzes and manages the service data information formed by the six basic modules, and forms data information and corresponding data formats required by other subsystems through a core algorithm.
Further, the achievement analysis subsystem comprises the functions of energy consumption analysis, benchmarking analysis, cost analysis, planning analysis, economic analysis, energy consumption report, energy saving report, comprehensive budget, achievement report and auxiliary decision making.
Further, the three-dimensional visualization subsystem comprises a digital twin dynamic three-dimensional visualization basic platform, and the digital twin dynamic three-dimensional visualization basic platform is constructed based on a community environment three-dimensional visualization module, a building three-dimensional visualization module and a district comprehensive visualization module.
Further, a green transformation comprehensive benefit evaluation index system of the old community is established, the community is taken as a minimum evaluation unit, multidimensional comprehensive evaluation is carried out on the participating construction unit and the supervision unit respectively, a quantization method of each evaluation index and a quantization basis of each evaluation index are determined, and an evaluable model is established, so that the evaluation of the green transformation comprehensive benefit scientific system is realized.
Furthermore, a hierarchical gridding management system is constructed, different ports are opened for a reconstruction supervision system comprising an operator, a construction unit, a supervision unit, a community and a living construction office, different data authorities are given, each level of organization is linked up and down, and hierarchical management and control is realized based on a top layer design.
Further, the three-dimensional visualization subsystem generates a three-dimensional visualization model based on role rights, workflow, unified database, report forms, configuration management and system logs of the management platform.
Further, the workflow includes:
the task cooperation flow is used as a main flow of the system, all modules of the system are penetrated, five users of the system are brought into the working flow, and the working content and the mode of the docking node are formulated;
the project feedback flow provides an on-line feedback entry of the condition related to the whole project by the project participator, and pushes feedback information to a processing unit responsible person for processing, and a supervision unit examines the processing result;
and the related engineering quantity flow is used as the filling of the budget engineering of the whole project, the actual engineering quantity filling is corrected, and after the filling is completed, the statistical engineering quantity data is published in the project authority range.
Further, the system also comprises a server, a storage system, an operating system and network equipment, wherein the server, the storage system, the operating system and the network equipment are used for providing a hardware environment and a network environment for the whole platform to run.
The beneficial effects of the invention are as follows:
the community management has the characteristics of multiple objects, large scale, distributed dispersion and the like, the old community green transformation intelligent management platform relies on a digital twin technology, integrates other data information of a community by integrating scene space data, and realizes the purposes of project science and high-efficiency management by associating project management requirements with community space, rapidly positioning service positions, managing, operating and maintaining personnel and the like and unifying space management means;
constructing a hierarchical gridding management system, embedding an EPC project total contract management architecture into a management system, dividing a governed and modified cell and a sub-management unit by using a community of a fragment as a range, distributing corresponding supervision units along with a supervision quality progress, and realizing accurate control and accurate data butt joint by configuring different levels, wherein the appended jurisdiction range, management data and management authority are different; multiparty participation management and control, the construction scale of old community transformation projects is constrained on a mechanism, investment is effectively controlled, the management and control efficiency of the community transformation process can be effectively improved, and real-time overall management can be realized;
based on a hierarchical management system, realizing comprehensive benefit evaluation, respectively carrying out multidimensional comprehensive evaluation on the participating construction units and supervision units by taking a cell as a minimum evaluation unit, and after the whole construction period is finished, carrying out data of a whole evaluation report of each project as one of acceptance evaluation factors of each participating unit, and taking the comprehensive evaluation into later-stage bid-seeking comprehensive evaluation factors of all the participating units to continuously provide a system basis;
the invention can realize the whole intelligent management in the early stage planning, construction process and later stage evaluation of the transformation of the old community, integrate each system data, track the process progress in real time and update the system data in time, not only can realize the multi-node data control of the front, middle and back stages of project implementation, but also can realize the comprehensive management, the comprehensive information of the security, facilities, personnel, energy consumption, property and the like of the community, and can realize the multi-scene high intelligent linkage according to various scene applications, linkage security, fire protection and alarm applications, really realize the intelligent management based on big data, and realize the centralized data management, the fine process management and control and the scientific evaluation of the effect.
Drawings
In order to more clearly illustrate the embodiments of the invention or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, it being obvious that the drawings in the following description are only some embodiments of the invention, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a schematic diagram of an old cell retrofit intelligent management platform of the present invention;
FIG. 2 is a schematic diagram of a meshing management architecture in an embodiment;
FIG. 3 is a workflow diagram of the intelligent management platform in an embodiment;
FIG. 4 is a large screen view of a digital twinned dynamic three-dimensional visualization base platform in an embodiment.
Detailed Description
Specific examples are given below to further clarify, complete and detailed description of the technical scheme of the invention. The present embodiment is a preferred embodiment based on the technical solution of the present invention, but the scope of the present invention is not limited to the following embodiments.
The old community transformation intelligent management platform is specifically structured as shown in fig. 1, and comprises a three-dimensional visualization subsystem, a data center subsystem, a comprehensive monitoring subsystem, a process supervision subsystem and a success analysis subsystem, wherein:
the data center subsystem is used for gathering, centralized managing and integrating analysis of exploration data of the community building and simultaneously establishing a data analysis model;
the comprehensive monitoring subsystem is used for forming comprehensive data information by extracting the node data of each party, each flow and each link of the platform, and a user can monitor the progress and the result condition of all the work of each party, each unit and each flow of the platform by the data information and form images and data multidimensional monitoring by matching with three-dimensional visualization;
the process monitoring subsystem is used for realizing data traceability in old community reconstruction by providing reconstruction process data maintenance and data presentation, and the process is supervised and the progress is traceable; aiming at the transformation process, each link is subjected to progress updating process supervision, the whole transformation process is subjected to visual monitoring and supervision by matching with a comprehensive supervision subsystem, and data information such as pictures, percentages, detailed progress transformation instructions and the like are used as supervision basis, and a more targeted supervision means is formed by matching with other supervision subsystems, so that the supervision degree is improved;
the three-dimensional visualization subsystem is used for visually presenting a real-time three-dimensional model of the cell transformation process and carrying out real-time visual monitoring and supervision on the whole transformation process by matching with the comprehensive monitoring subsystem and the process monitoring subsystem; forming 3D models of buildings, houses, equipment and the like through image data and process data, and carrying out visual monitoring and supervision on the whole transformation process by matching with a comprehensive monitoring subsystem;
the third party docking subsystem is used as an independent module, can provide the function of pluggable third party system data information acquisition docking for other subsystems, and can freely intervene in a needed external system into a corresponding subsystem;
and the achievement analysis subsystem is used for forming achievement evaluation analysis reports and reports required by the subsystems based on the data of the supervision subsystems.
The platform extracts transformation process data information, and forms a cell transformation progress 3D model based on a digital twin technology, and the model can display transformation progress percentage in real time according to the transformation progress data information. Meanwhile, different reconstruction areas can be displayed according to different cell reconstruction engineering projects, for example: environmental greening, building construction, activity areas, etc. Through the technical implementation, the transformation supervision party can conduct real-time transformation progress supervision on the cells in the area under jurisdiction through the cell transformation progress 3D model.
Through the platform, the whole intelligent management can be realized in three stages of early planning, construction process and later evaluation of old community transformation, the park building is rapidly and accurately positioned in the planning stage, detailed planning is given, the waste of resources is reduced, and the planning feasibility, high efficiency and accuracy are improved. By integrating the system data, the process progress is tracked in real time, the system data is updated in time, the multi-stage multi-node data control before, during and after project implementation can be realized, the comprehensive management can be realized, the information of security, facilities, personnel, energy consumption, property and the like of a community is synthesized, the linkage security, fire protection and alarm application can be realized according to various scene applications, the multi-scene high-intelligent linkage is realized, and the intelligent management based on big data is truly realized.
The data in the transformation process can be uploaded to a green transformation intelligent management platform through various sensors, a government can master the transformation condition in real time, the process data is updated in real time, the model can display the transformation progress percentage in real time according to transformation progress data information, if the deviation exists, the adjustment can be made in time, the process control effect is guaranteed to a great extent, and guarantee is provided for project completion according to requirements.
Further, the system also comprises six basic modules: role authority, workflow module, unified data, report form, configuration management and system log, and basic data, configuration, flow and authority basis are provided for each subsystem.
Further, the system also comprises a server, a storage system, an operating system and network equipment, wherein the server, the storage system, the operating system and the network equipment are used for providing a hardware environment and a network environment for the whole platform to run.
Further, the data center subsystem gathers, analyzes and manages the service data information formed by the six basic modules, and forms data information required by other subsystems and corresponding data formats through a core algorithm, which specifically includes:
providing basic data information including pictures, images and digital twin three-dimensional modeling for a three-dimensional visualization subsystem;
providing comprehensive data and supervision analysis data of each participating unit for the comprehensive supervision subsystem;
providing process supervision subsystem with analysis data including supervision images and progress percentages of the transformation workflow visualization;
providing a third party intervention data interface for a third party docking subsystem, and collecting third party data to form an analysis report table;
the system all-dimensional data, the process data and the workflow data of each party are provided for the achievement analysis subsystem, an analysis algorithm and an evaluation algorithm are provided, and the achievement results are analyzed through the algorithm.
The data center subsystem takes planning data extracted by a system, including construction approval management data, space data, GIS geographic data, district building data, project progress real-time data, internet of things monitoring data, third party system integrated data and the like as platform information bases, and based on the existing large data platform, the data center subsystem is constructed, so that data aggregation, centralized management, integrated analysis are realized, and data marts (business broad forms, tag libraries and index libraries) and external data service capacity are formed. Meanwhile, the data center establishes a data analysis model, uses advanced data analysis and mining technology to realize data value mining, improves user experience, optimizes service operation, and realizes closed loop of big data analysis and application.
Further, the achievement analysis subsystem comprises the functions of energy consumption analysis, benchmarking analysis, cost analysis, planning analysis, economic analysis, energy consumption report, energy saving report, comprehensive budget, achievement report and auxiliary decision making. By summarizing the data before, during and after transformation in the green transformation intelligent management platform, an evaluation standard is set in the system, and the system can automatically judge the post-effect result and form a self-defined evaluation report, so that the acceptance efficiency is improved.
Further, as shown in fig. 4, the three-dimensional visualization subsystem includes a digital twin dynamic three-dimensional visualization base platform, including: the system comprises a community environment three-dimensional visualization module, a building three-dimensional visualization module and a district comprehensive visualization module.
Furthermore, the comprehensive monitoring subsystem completes comprehensive monitoring, comprehensive alarming and green energy-saving construction, establishes a centralized monitoring center and grasps the current effect of the transformation of all cells, all streets, all areas and all cities in old and old cells, and monitors the transformation state of the real-time cells, video shooting and monitoring, real-time energy consumption acquisition, real-time data acquisition of the internet of things terminal equipment and the like.
The comprehensive monitoring subsystem, the process supervision subsystem and the three-dimensional visualization subsystem are combined to perform planning in the early stage of transformation of an old community, the construction process and the later evaluation stage realize intelligent management in the whole process, the park building is positioned rapidly and accurately in the planning stage, detailed planning is given, the waste of resources is reduced, and the planning feasibility, the high efficiency and the accuracy are improved. In the old community transformation stage, the engineering progress can be fed back in real time, the management efficiency and the service level of a park are improved, the whole period information of engineering projects is highly shared, and the overall management level of the projects is improved. In the later evaluation stage, according to the collection of real-time information, a success evaluation rule is built in the platform, the success data is automatically counted and summarized, a relevant success evaluation report is provided, and an online and offline comprehensive fusion success evaluation system is realized.
Furthermore, the third party docking subsystem collects full, perfect and diversified data through docking with the existing informatization systems (energy consumption online monitoring management system, property management system, security management system and intelligent access control management system) of the community.
Further, establishing a green transformation comprehensive benefit evaluation index system of the old community, determining a quantization method of each evaluation index and a quantization basis of each evaluation index, and constructing an evaluable model, so as to realize evaluation of a green transformation comprehensive benefit scientific system; the method has the advantages that the effect analysis is carried out on the old community transformation project, and a government investment project excitation and supervision mechanism is established, so that the reasonable configuration of social resources and the optimization of financial resource configuration structures are facilitated, an effective mode of public disclosure and government management in place by government departments can be shown, the construction scale and effective investment control of the old community transformation project can be constrained in mechanism, and the supervision and deviation correction effects are intangibly played.
Further, the evaluation object rule in the old community green transformation comprehensive benefit evaluation index system is as follows: taking a cell as a minimum evaluation unit, and respectively carrying out multidimensional comprehensive evaluation on the participating construction units and supervision units;
quantification method of evaluation indexes and quantification basis of each evaluation index:
acquiring a reconstruction plan, a construction period plan and a reconstruction project filled by construction units of each reconstruction district, and comparing and evaluating each index in the actual plan, and obtaining a construction period index coefficient score by a system automatic studying and judging mode;
analyzing a plurality of factors such as task arrangement rationality, process rationality and transformation task engagement degree recorded by construction units of each transformation district, and automatically analyzing to obtain a task index coefficient score through a system;
the improvement progress updating condition of each task construction unit and the data uploading condition are improved, and the task progress updating coefficient score is obtained by comprehensively calculating the integrity of the data uploading according to the task progress updating frequency;
collecting recommended feedback information of a construction unit, a supervision unit, a living construction unit, a design unit, a building unit and the like of the reconstruction district, adopting a qualitative evaluation mode, and comprehensively judging a project 'qualitative index coefficient' by the system according to whether feedback advice is forward or not and the number of the advice;
the method comprises the steps that the progress auditing conditions of a reconstruction task supervision unit are collected regularly, and a system calculates a task progress auditing coefficient score through auditing factors such as timeliness, strictness, consistency with actual construction and the like;
and integrating all the coefficient scores, and calculating the final score into an evaluation integrated score of each cell through a system algorithm and each item weight.
The system regularly gives a comprehensive evaluation report for each cell and is used as one of important evaluation factors of each participation unit of the modified cell; and after the whole construction period is finished, the whole evaluation report of each project can be data and used as one of the acceptance check factors of each participating unit, and the comprehensive evaluation is divided into the later-period bid-inviting comprehensive evaluation factors of all participating units, so that the system basis is continuously provided.
Further, as shown in fig. 2, a hierarchical gridding management system is constructed, different ports are opened for a reconstruction supervision system including an operator, a construction unit, a supervision unit, a community and a living construction office, so that each level of organization can realize up-and-down linkage, and hierarchical management and control are realized based on a top layer design. The platform provides configuration modes of different levels of each level and each unit. By configuring different levels, the attached jurisdiction, management data and management authorities are different, accurate control of access and data is realized, the living bureau is the highest authority of all projects, the contractor unit is the process authority and the supervision department is the supervision and monitoring authority.
In the system, EPCs are split and managed by using a fragment and a community data dimension, a plurality of cells are divided into EPC contractual units by using the fragment dimension in a design mode, fragment data storage authorities are established in the system, the community dimension data authorities are added in the fragment, the community data authorities are given to communities and street offices, the EPCs, related communities and street management units are finely distributed and managed by the authorities, and the supervision units rely on the EPC unit authorities to establish the same data authorities. The building unit is the highest authority of the system, is the authority of the municipal area, and is used for managing all the transformed district projects in the district. Through the data authority division, progress information, feedback information, quality information, opinion information, evaluation information, visual information and the like in the project are accurately transmitted to each level of units after the data authority range is controlled.
Each user classifies according to the role authority to form a gridding management system as shown in figure 2, an EPC project total contractual management architecture is embedded into the management system, the EPC total package takes a community of a community as a range, the jurisdictioned and modified community and a branch management unit (community office and street office) are divided, and corresponding supervision units are allocated to accompany the supervision quality progress; the system can directly butt up against a building unit, report and feed back project conditions, and the building unit can directly supervise and process project progress, quality and other proposal feedback conditions; the construction transformation progress and quality of the administered district can be directly managed and advanced downwards, transformation progress reporting, checking backtracking, transformation quality supervision, other transformation suggestion processing reversion and relevant transformation engineering quantity reporting and correction can be carried out through the system; other aspects can monitor, audit, trace and the like through supervision, communities and streets on the improved communities which are governed by the system, so that progress and quality closed-loop work is achieved.
Further, the three-dimensional visualization subsystem generates a three-dimensional visualization model based on role rights, workflow, unified database, report forms, configuration management and system logs of the management platform.
And different levels of data calling and modifying rights are given to operators, construction units, supervision units, communities and living and building offices through the role rights.
Further, as shown in fig. 3, the workflow includes:
1. the task cooperation process is taken as a main process of the system, all modules of the system are penetrated, five users of the system are brought into the working process, the working content and the mode of the docking node are formulated, and the specific process is as follows:
the operator builds project files, the construction unit logs in account numbers in the intelligent platform, makes a transformation plan for project files and databases, compiles construction task input, and performs construction task update in the monitoring system and the process supervision system in real time, so that three-dimensional visualization of community environments, three-dimensional visualization of building constructions and comprehensive three-dimensional visualization are performed, the supervision unit and communities conduct task supervision auditing in real time through the digital twin dynamic three-dimensional visualization platform, and the living construction bureau passes through the platform and has highest authority to check project condition supervision.
2. The project feedback flow provides an on-line feedback entry for the condition related to the whole project by project participators, and pushes feedback information to a processing unit responsible person for processing, and a supervision unit examines the processing result, and the specific flow is as follows:
the supervision unit and the community audit the project conditions through the three-dimensional visual platform and feed back the results to the construction unit, the construction unit transmits the project feedback processing to the supervision unit again, and the supervision unit confirms the auditing of the processing results.
3. The related engineering quantity flow is used as the filling of the budget engineering of the whole project, the actual engineering quantity filling is corrected, and after the filling is completed, the statistical engineering quantity data is published in the project authority range, and the specific flow is as follows:
the construction unit fills up project engineering quantity, and reports the project engineering quantity to the living bureau for management through project engineering quantity correction, project engineering quantity statistics and project engineering quantity accounting.
The intelligent system integrates the data of each system, tracks the process progress in real time and updates the system data in time, is oriented to property, street and district building, provides intelligent service for the city building, and can display different reconstruction areas according to different district reconstruction engineering projects by realizing real-time display of the reconstruction progress percentage, for example: environmental greening, house construction, movable areas and the like are realized through the technology, and a transformation supervision party can carry out real-time transformation progress supervision on the cells of the administrated areas through the cell transformation progress 3D model, so that the multi-scene high-intelligent linkage is realized quickly and conveniently; the method comprises the steps of establishing a green transformation comprehensive benefit evaluation index system of an old community, determining a quantization method of each evaluation index and a quantization basis of each evaluation index, and constructing an evaluable model, so that the evaluation of a green transformation comprehensive benefit scientific system is realized, the management and control efficiency of a community transformation process can be effectively improved, and real-time overall management can be realized.
The foregoing has outlined and described the features, principles, and advantages of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the above-described embodiments, and that the above-described embodiments and descriptions are merely illustrative of the principles of the present invention, and that various changes and modifications may be made in the invention without departing from the spirit and scope of the invention, which is defined by the appended claims. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (10)
1. The old community transformation intelligent management platform is characterized by comprising a data center subsystem, a comprehensive monitoring subsystem, a process supervision subsystem, a three-dimensional visualization subsystem, a third party docking subsystem and a success analysis subsystem, wherein:
the data center subsystem is used for gathering, centralized managing and integrating analysis of exploration data of the community building and simultaneously establishing a data analysis model;
the comprehensive monitoring subsystem is used for extracting the node data of each party, each flow and each link of the platform to form comprehensive data information, and forming an image by matching with the three-dimensional visualization subsystem to realize the multi-dimensional monitoring of the data;
the process monitoring subsystem is used for maintaining the reconstruction process data and monitoring the reconstruction data and the reconstruction progress updating process;
the three-dimensional visualization subsystem is used for visually presenting a real-time three-dimensional model of the cell transformation process and carrying out real-time visual monitoring and supervision on the whole transformation process by matching with the comprehensive monitoring subsystem and the process monitoring subsystem;
the third party docking subsystem is used as an independent module and can provide plug-in type third party system data information acquisition docking effect for other subsystems;
and the achievement analysis subsystem is used for forming achievement evaluation analysis reports and reports required by the subsystems based on the data of the supervision subsystems.
2. The old cell improvement intelligent management platform according to claim 1, further comprising six basic modules: role authority, workflow module, unified data, report form, configuration management and system log, and providing basic data, configuration, flow and authority basis for each subsystem.
3. The old cell improvement intelligent management platform according to claim 3, wherein the data center subsystem gathers, analyzes and manages service data information formed by six basic modules, and forms data information required by other subsystems and corresponding data formats through a core algorithm.
4. The old cell improvement intelligent management platform according to claim 1, wherein said performance analysis subsystem comprises the functions of energy consumption analysis, benchmarking analysis, cost analysis, planning analysis, economic analysis, energy consumption reporting, energy saving reporting, comprehensive budgeting, performance reporting and auxiliary decision making.
5. The old community transformation intelligent management platform of claim 1, wherein the three-dimensional visualization subsystem comprises a digital twin dynamic three-dimensional visualization base platform constructed based on a community environment three-dimensional visualization module, a building three-dimensional visualization module and a jurisdictional integrated visualization module.
6. The old cell transformation intelligent management platform according to claim 1, wherein an old cell green transformation comprehensive benefit evaluation index system is established, the cell is taken as a minimum evaluation unit, multi-dimensional comprehensive evaluation is respectively carried out on the participating construction units and supervision units, a quantization method of each evaluation index and a quantization basis of each evaluation index are determined, and an evaluable model is constructed, so that the evaluation of the green transformation comprehensive benefit scientific system is realized.
7. The old community transformation intelligent management platform according to claim 2, wherein a hierarchical gridding management system is constructed, different ports are opened for transformation supervision systems comprising operators, construction units, supervision units, communities and living construction offices, different data authorities are given, and each level of organization is linked up and down, so that hierarchical management and control are realized based on a top layer design.
8. The old cell improvement intelligent management platform according to claim 7, wherein the three-dimensional visualization subsystem generates a three-dimensional visualization model based on role rights, workflows, unified databases, reporting reports, configuration management, and system logs of the management platform.
9. The old cell improvement intelligent management platform according to claim 8, wherein the workflow comprises:
the task cooperation flow is used as a main flow of the system, all modules of the system are penetrated, five users of the system are brought into the working flow, and the working content and the mode of the docking node are formulated;
the project feedback flow provides an on-line feedback entry of the condition related to the whole project by the project participator, and pushes feedback information to a processing unit responsible person for processing, and a supervision unit examines the processing result;
and the related engineering quantity flow is used as the filling of the budget engineering of the whole project, the actual engineering quantity filling is corrected, and after the filling is completed, the statistical engineering quantity data is published in the project authority range.
10. The old cell improvement intelligent management platform according to claim 1, further comprising a server, a storage system, an operating system, and a network device for providing a hardware environment and a network environment for the entire platform to operate.
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| CN116932498A (en) * | 2023-07-10 | 2023-10-24 | 武汉珞珈德毅科技股份有限公司 | Data sharing exchange method and system based on cell transformation |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN116932498A (en) * | 2023-07-10 | 2023-10-24 | 武汉珞珈德毅科技股份有限公司 | Data sharing exchange method and system based on cell transformation |
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