CN112882395A - Intelligent building integrated operation and maintenance management system based on 5G network - Google Patents
Intelligent building integrated operation and maintenance management system based on 5G networkDownload PDFInfo
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- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B15/00—Systems controlled by a computer
- G05B15/02—Systems controlled by a computer electric
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/26—Pc applications
- G05B2219/2642—Domotique, domestic, home control, automation, smart house
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
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Abstract
Description
Technical Field
The invention relates to the field of building management cloud platform service systems, in particular to an intelligent building integrated operation and maintenance management system based on a 5G network.
Background
The intelligent building is the direction of building development, generally integrates multiple intelligent equipment in the intelligent building to can realize the remote acquisition to various intelligent equipment data and the remote control to various intelligent equipment. However, communication protocols based on which intelligent devices communicate in the existing intelligent building are various, data of various intelligent devices are difficult to integrate, the existing intelligent building only integrates a plurality of intelligent devices using the same communication protocol, overall linkage control of various intelligent devices is difficult to realize, and market needs cannot be met.
Disclosure of Invention
The invention aims to provide an intelligent building integrated operation and maintenance management system based on a 5G network, and the intelligent building integrated operation and maintenance management system is used for solving the problem that intelligent equipment in an intelligent building in the prior art cannot be integrally integrated and controlled.
In order to achieve the purpose, the technical scheme adopted by the invention is as follows:
wisdom building integrated operation and maintenance management system based on 5G network, its characterized in that: including equipment layer, cloud platform management layer, application layer, wherein:
the equipment layer comprises a plurality of control systems integrated in the intelligent building, each control system is connected with at least one intelligent subsystem belonging to the category of the control system and integrated in the intelligent building, and each intelligent subsystem is connected with corresponding intelligent equipment in the intelligent building based on a communication protocol corresponding to the intelligent subsystem;
the cloud platform management layer comprises a primary management system cloud platform server and a secondary management system cloud platform server which are built at the cloud end of the 5G network, the primary management system cloud platform server is connected with the secondary management system cloud platform server, the secondary management system cloud platform server faces to the equipment layer, the secondary management system cloud platform server is respectively connected with various control systems in the equipment layer through the 5G network, and the primary management system cloud platform server faces to the application layer;
the application layer comprises a plurality of human-computer interaction systems accessed to the 5G network, and the various human-computer interaction systems are respectively connected with a first-level management system cloud platform server through the network;
each intelligent subsystem respectively collects parameter data generated by the intelligent equipment correspondingly connected with the intelligent subsystem and uploads the parameter data conforming to the self corresponding communication protocol format to the corresponding control system;
each control system respectively converts the parameter data uploaded by the corresponding intelligent subsystem into parameter data in a preset standard communication protocol format, and the control system uploads the converted parameter data to a cloud platform server of a secondary management system;
the secondary management system cloud platform server processes the received parameter data to obtain a processing result, and transmits a linkage control instruction to the control system after generating the linkage event and the linkage control instruction by using a preset linkage event template based on the processing result, and simultaneously transmits the received parameter data, the processing result and the generated linkage event to the primary management system cloud platform server;
after the linkage control instruction sent by the cloud platform server of the secondary management system is received by the control system, the linkage control instruction is converted into instruction data conforming to the communication protocol format of the corresponding intelligent subsystem, and then the instruction data are transmitted to the corresponding intelligent subsystem by the control system; the intelligent subsystem is provided with a driving program corresponding to the intelligent equipment, and the intelligent subsystem drives the corresponding intelligent equipment to work to execute the linkage event after receiving the instruction data;
and the primary management system cloud platform server sends the received parameter data, the processing result and the linkage event to an application layer for displaying.
5G network-based intelligent building integrated operation and maintenance management system, its characterized in that: if a control instruction for a certain intelligent device is input into the application layer, the control instruction is sent to the first-level management system cloud platform by the application layer, then sent to the second-level management system cloud platform by the first-level management system cloud platform, then sent to the control system corresponding to the intelligent device by the second-level management system cloud platform, converted into control instruction data in accordance with the intelligent subsystem communication protocol format corresponding to the intelligent device by the control system, and then sent to the intelligent subsystem corresponding to the intelligent device, and finally the intelligent subsystem controls the corresponding intelligent device to work based on the control instruction data.
5G network-based intelligent building integrated operation and maintenance management system, its characterized in that: the primary management system cloud platform server is connected with a file backup server, and the parameter data, the processing result and the linkage event received by the primary management system cloud platform server are respectively stored in the file backup server.
5G network-based intelligent building integrated operation and maintenance management system, its characterized in that: the application layer at least comprises a visual large screen for human-computer interaction, a KVM system and a workstation.
5G network-based intelligent building integrated operation and maintenance management system, its characterized in that: and the secondary management system cloud platform server matches corresponding linkage events in the corresponding relation database based on the parameter data processing results and generates linkage control instructions.
5G network-based intelligent building integrated operation and maintenance management system, its characterized in that: multiple control system contains architectural equipment control system, intelligent lighting control system, fire alarm coordinated control system, public broadcasting control system, safety precaution control system at least, wherein:
the intelligent subsystem connected with the building equipment control system at least comprises a water chilling unit subsystem, an air conditioning equipment subsystem, a water supply and drainage equipment subsystem, an elevator subsystem and an electric power equipment subsystem, wherein the water chilling unit subsystem is connected with an intelligent water chilling unit, the air conditioning equipment subsystem is connected with intelligent air conditioning equipment, the water supply and drainage equipment subsystem is connected with intelligent water supply and drainage equipment, the elevator subsystem is connected with an intelligent elevator, and the electric power equipment subsystem is connected with intelligent electric power equipment;
the intelligent subsystem connected with the intelligent lighting control system at least comprises an intelligent lighting subsystem, and the intelligent lighting subsystem is connected with intelligent lighting equipment;
the intelligent subsystem connected with the fire alarm linkage control system at least comprises an automatic fire alarm subsystem, and the automatic fire alarm subsystem is connected with intelligent fire alarm equipment;
the intelligent subsystem connected with the public broadcast control system at least comprises a public broadcast subsystem, and the public broadcast subsystem is connected with intelligent public broadcast equipment;
the intelligent subsystem that the safety precaution control system connects contains video security protection subsystem, intrusion alert subsystem, discrepancy entrance guard subsystem, electron and patrols more subsystem, parking area management subsystem at least, intelligent video security protection equipment is connected to video security protection subsystem, and intelligent intrusion alert equipment is connected to the intrusion alert subsystem, and entrance and exit forbidden subsystem connects intelligent access control equipment, and the electron is patrolled more the subsystem and is connected intelligent electron and patrols more equipment, and intelligent parking area management equipment is connected to the parking area management subsystem.
5G network-based intelligent building integrated operation and maintenance management system, its characterized in that: the water chilling unit subsystem, the air conditioning equipment subsystem and the water supply and drainage equipment subsystem are respectively connected with corresponding intelligent equipment and a building equipment control system on the basis of OPC (OLE for process control) or BACNET (Back-up protection network) or API (application programming interface) communication protocols; the elevator subsystem is connected with corresponding intelligent equipment and a building equipment control system based on an RS485 communication protocol; the power equipment subsystem is connected with corresponding intelligent equipment and a building equipment control system based on a MUDBUS or CDT communication protocol;
the intelligent illumination subsystem is connected with corresponding intelligent equipment and an intelligent illumination control system based on an EIB (enhanced information bus) or OPC (optical proximity correction) or MODBUS communication protocol;
the fire automatic alarm subsystem is connected with corresponding intelligent equipment and a fire alarm linkage control system based on an RS232 communication protocol;
the public broadcasting subsystem is connected with corresponding intelligent equipment and a public broadcasting control system based on a TCP/IP communication protocol;
the video security subsystem, the intrusion alarm subsystem, the entrance guard subsystem, the electronic patrol subsystem and the parking lot management subsystem are respectively connected with corresponding intelligent equipment and the safety precaution control system based on a TCP/IP communication protocol.
The cloud platform system constructed by the invention adopts a resource-oriented information integration platform framework. The method comprises the steps of taking a resource model as a core, packaging information distributed in various heterogeneous information systems, mapping various dispersed heterogeneous resources to a logic reference system, and shielding data format differences among the systems by defining a uniform resource model and a data access interface. The method and the system realize process-level interactive operation such as heterogeneous information conversion processing between different application systems, thereby establishing a resource integration environment supporting business workflow.
The cloud platform system constructed by the invention can be used as a bridge for communicating managers of buildings with various electromechanical devices, organically integrates all subsystems together, coordinates the interrelation and the linkage reaction among all subsystems, unifies various disordered and complicated operation interfaces and data interfaces, and enables users to operate and manage on one platform, thereby greatly simplifying the operation and reducing the operation cost. Data integration and analysis brought by system integration provide powerful data support for building management.
Drawings
FIG. 1 is a schematic diagram of the system architecture of the present invention.
Detailed Description
The invention is further illustrated with reference to the following figures and examples.
As shown in fig. 1, the integrated operation and maintenance management system of smart building based on 5G network includes an equipment layer, a cloud platform management layer, and an application layer, wherein:
the equipment layer comprises a plurality of control systems integrated in the intelligent building, each control system is connected with at least one intelligent subsystem belonging to the category of the control system and integrated in the intelligent building, and each intelligent subsystem is connected with corresponding intelligent equipment in the intelligent building based on a communication protocol corresponding to the intelligent subsystem;
the cloud platform management layer comprises a primary management system cloud platform server and a secondary management system cloud platform server which are built at the cloud end of the 5G network, the primary management system cloud platform server is connected with the secondary management system cloud platform server, the secondary management system cloud platform server faces to the equipment layer, the secondary management system cloud platform server is respectively connected with various control systems in the equipment layer through the 5G network, and the primary management system cloud platform server faces to the application layer;
the application layer comprises various human-computer interaction systems accessed to the network, and the various human-computer interaction systems are respectively connected with a first-level management system cloud platform server through the network;
each intelligent subsystem respectively collects parameter data generated by the intelligent equipment correspondingly connected with the intelligent subsystem and uploads the parameter data conforming to the self corresponding communication protocol format to the corresponding control system;
each control system respectively converts the parameter data uploaded by the corresponding intelligent subsystem into parameter data in a preset standard communication protocol format, and the control system uploads the converted parameter data to a cloud platform server of a secondary management system;
the secondary management system cloud platform server processes the received parameter data to obtain a processing result, and transmits a linkage control instruction to the control system after generating the linkage event and the linkage control instruction by using a preset linkage event template based on the processing result, and simultaneously transmits the received parameter data, the processing result and the generated linkage event to the primary management system cloud platform server;
after the linkage control instruction sent by the cloud platform server of the secondary management system is received by the control system, the linkage control instruction is converted into instruction data conforming to the communication protocol format of the corresponding intelligent subsystem, and then the instruction data are transmitted to the corresponding intelligent subsystem by the control system; the intelligent subsystem is provided with a driving program corresponding to the intelligent equipment, and the intelligent subsystem drives the corresponding intelligent equipment to work to execute the linkage event after receiving the instruction data;
and the primary management system cloud platform server sends the received parameter data, the processing result and the linkage event to an application layer for displaying.
In the invention, if a control instruction for a certain intelligent device is input into an application layer, the control instruction is sent to a primary management system cloud platform by the application layer, then sent to a secondary management system cloud platform by the primary management system cloud platform, then sent to a control system corresponding to the intelligent device by the secondary management system cloud platform, converted into control instruction data in accordance with an intelligent subsystem communication protocol format corresponding to the intelligent device by the control system, and then sent to an intelligent subsystem corresponding to the intelligent device, and finally the intelligent subsystem controls the corresponding intelligent device to work based on the control instruction data.
In the invention, the primary management system cloud platform server is connected with a file backup server, and the parameter data, the processing result and the linkage event received by the primary management system cloud platform server are respectively stored in the file backup server.
In the invention, the application layer at least comprises a visual large screen for human-computer interaction, a KVM system and a workstation.
In the invention, a linkage event template preset in the secondary management system cloud platform server comprises a corresponding relation database of various parameter data processing results and linkage events, and the secondary management system cloud platform server matches the corresponding linkage events in the corresponding relation database based on the parameter data processing results and generates linkage control instructions.
In the invention, the multiple control systems at least comprise a building equipment control system, an intelligent lighting control system, a fire alarm linkage control system, a public broadcasting control system and a safety precaution control system, wherein:
the intelligent subsystem connected with the building equipment control system at least comprises a water chilling unit subsystem, an air conditioning equipment subsystem, a water supply and drainage equipment subsystem, an elevator subsystem and an electric power equipment subsystem, wherein the water chilling unit subsystem is connected with an intelligent water chilling unit, the air conditioning equipment subsystem is connected with intelligent air conditioning equipment, the water supply and drainage equipment subsystem is connected with intelligent water supply and drainage equipment, the elevator subsystem is connected with an intelligent elevator, and the electric power equipment subsystem is connected with intelligent electric power equipment;
the intelligent subsystem connected with the intelligent lighting control system at least comprises an intelligent lighting subsystem, and the intelligent lighting subsystem is connected with intelligent lighting equipment;
the intelligent subsystem connected with the fire alarm linkage control system at least comprises an automatic fire alarm subsystem, and the automatic fire alarm subsystem is connected with intelligent fire alarm equipment;
the intelligent subsystem connected with the public broadcast control system at least comprises a public broadcast subsystem, and the public broadcast subsystem is connected with intelligent public broadcast equipment;
the intelligent subsystem that the safety precaution control system connects contains video security protection subsystem, intrusion alert subsystem, discrepancy entrance guard subsystem, electron and patrols more subsystem, parking area management subsystem at least, intelligent video security protection equipment is connected to video security protection subsystem, and intelligent intrusion alert equipment is connected to the intrusion alert subsystem, and entrance and exit forbidden subsystem connects intelligent access control equipment, and the electron is patrolled more the subsystem and is connected intelligent electron and patrols more equipment, and intelligent parking area management equipment is connected to the parking area management subsystem.
In the invention, the water chilling unit subsystem, the air conditioning equipment subsystem and the water supply and drainage equipment subsystem are respectively connected with corresponding intelligent equipment and a building equipment control system based on OPC or BACNET or API communication protocol; the elevator subsystem is connected with corresponding intelligent equipment and a building equipment control system based on an RS485 communication protocol; the power equipment subsystem is connected with corresponding intelligent equipment and a building equipment control system based on a MUDBUS or CDT communication protocol;
the intelligent illumination subsystem is connected with corresponding intelligent equipment and an intelligent illumination control system based on an EIB (enhanced information bus) or OPC (optical proximity correction) or MODBUS communication protocol;
the fire automatic alarm subsystem is connected with corresponding intelligent equipment and a fire alarm linkage control system based on an RS232 communication protocol;
the public broadcasting subsystem is connected with corresponding intelligent equipment and a public broadcasting control system based on a TCP/IP communication protocol;
the video security subsystem, the intrusion alarm subsystem, the entrance guard subsystem, the electronic patrol subsystem and the parking lot management subsystem are respectively connected with corresponding intelligent equipment and the safety precaution control system based on a TCP/IP communication protocol.
The embodiments of the present invention are described only for the preferred embodiments of the present invention, and not for the limitation of the concept and scope of the present invention, and various modifications and improvements made to the technical solution of the present invention by those skilled in the art without departing from the design concept of the present invention shall fall into the protection scope of the present invention, and the technical content of the present invention which is claimed is fully set forth in the claims.
Claims (7)
1. Wisdom building integrated operation and maintenance management system based on 5G network, its characterized in that: including equipment layer, cloud platform management layer, application layer, wherein:
the equipment layer comprises a plurality of control systems integrated in the intelligent building, each control system is connected with at least one intelligent subsystem belonging to the category of the control system and integrated in the intelligent building, and each intelligent subsystem is connected with corresponding intelligent equipment in the intelligent building based on a communication protocol corresponding to the intelligent subsystem;
the cloud platform management layer comprises a primary management system cloud platform server and a secondary management system cloud platform server which are built at the cloud end of the 5G network, the primary management system cloud platform server is connected with the secondary management system cloud platform server, the secondary management system cloud platform server faces to the equipment layer, the secondary management system cloud platform server is respectively connected with various control systems in the equipment layer through the 5G network, and the primary management system cloud platform server faces to the application layer;
the application layer comprises a plurality of human-computer interaction systems accessed to the 5G network, and the various human-computer interaction systems are respectively connected with a first-level management system cloud platform server through the network;
each intelligent subsystem respectively collects parameter data generated by the intelligent equipment correspondingly connected with the intelligent subsystem and uploads the parameter data conforming to the self corresponding communication protocol format to the corresponding control system;
each control system respectively converts the parameter data uploaded by the corresponding intelligent subsystem into parameter data in a preset standard communication protocol format, and the control system uploads the converted parameter data to a cloud platform server of a secondary management system;
the secondary management system cloud platform server processes the received parameter data to obtain a processing result, and transmits a linkage control instruction to the control system after generating the linkage event and the linkage control instruction by using a preset linkage event template based on the processing result, and simultaneously transmits the received parameter data, the processing result and the generated linkage event to the primary management system cloud platform server;
after the linkage control instruction sent by the cloud platform server of the secondary management system is received by the control system, the linkage control instruction is converted into instruction data conforming to the communication protocol format of the corresponding intelligent subsystem, and then the instruction data are transmitted to the corresponding intelligent subsystem by the control system; the intelligent subsystem is provided with a driving program corresponding to the intelligent equipment, and the intelligent subsystem drives the corresponding intelligent equipment to work to execute the linkage event after receiving the instruction data;
and the primary management system cloud platform server sends the received parameter data, the processing result and the linkage event to an application layer for displaying.
2. The intelligent building integrated operation and maintenance management system based on 5G network of claim 1, wherein: if a control instruction for a certain intelligent device is input into the application layer, the control instruction is sent to the first-level management system cloud platform by the application layer, then sent to the second-level management system cloud platform by the first-level management system cloud platform, then sent to the control system corresponding to the intelligent device by the second-level management system cloud platform, converted into control instruction data in accordance with the intelligent subsystem communication protocol format corresponding to the intelligent device by the control system, and then sent to the intelligent subsystem corresponding to the intelligent device, and finally the intelligent subsystem controls the corresponding intelligent device to work based on the control instruction data.
3. The intelligent building integrated operation and maintenance management system based on 5G network of claim 1, wherein: the primary management system cloud platform server is connected with a file backup server, and the parameter data, the processing result and the linkage event received by the primary management system cloud platform server are respectively stored in the file backup server.
4. The intelligent building integrated operation and maintenance management system based on 5G network of claim 1, wherein: the application layer at least comprises a visual large screen for human-computer interaction, a KVM system and a workstation.
5. The intelligent building integrated operation and maintenance management system based on 5G network of claim 1, wherein: and the secondary management system cloud platform server matches corresponding linkage events in the corresponding relation database based on the parameter data processing results and generates linkage control instructions.
6. The intelligent building integrated operation and maintenance management system based on 5G network of claim 1, wherein: multiple control system contains architectural equipment control system, intelligent lighting control system, fire alarm coordinated control system, public broadcasting control system, safety precaution control system at least, wherein:
the intelligent subsystem connected with the building equipment control system at least comprises a water chilling unit subsystem, an air conditioning equipment subsystem, a water supply and drainage equipment subsystem, an elevator subsystem and an electric power equipment subsystem, wherein the water chilling unit subsystem is connected with an intelligent water chilling unit, the air conditioning equipment subsystem is connected with intelligent air conditioning equipment, the water supply and drainage equipment subsystem is connected with intelligent water supply and drainage equipment, the elevator subsystem is connected with an intelligent elevator, and the electric power equipment subsystem is connected with intelligent electric power equipment;
the intelligent subsystem connected with the intelligent lighting control system at least comprises an intelligent lighting subsystem, and the intelligent lighting subsystem is connected with intelligent lighting equipment;
the intelligent subsystem connected with the fire alarm linkage control system at least comprises an automatic fire alarm subsystem, and the automatic fire alarm subsystem is connected with intelligent fire alarm equipment;
the intelligent subsystem connected with the public broadcast control system at least comprises a public broadcast subsystem, and the public broadcast subsystem is connected with intelligent public broadcast equipment;
the intelligent subsystem that the safety precaution control system connects contains video security protection subsystem, intrusion alert subsystem, discrepancy entrance guard subsystem, electron and patrols more subsystem, parking area management subsystem at least, intelligent video security protection equipment is connected to video security protection subsystem, and intelligent intrusion alert equipment is connected to the intrusion alert subsystem, and entrance and exit forbidden subsystem connects intelligent access control equipment, and the electron is patrolled more the subsystem and is connected intelligent electron and patrols more equipment, and intelligent parking area management equipment is connected to the parking area management subsystem.
7. The intelligent building integrated operation and maintenance management system based on 5G network of claim 6, wherein: the water chilling unit subsystem, the air conditioning equipment subsystem and the water supply and drainage equipment subsystem are respectively connected with corresponding intelligent equipment and a building equipment control system on the basis of OPC (OLE for process control) or BACNET (Back-up protection network) or API (application programming interface) communication protocols; the elevator subsystem is connected with corresponding intelligent equipment and a building equipment control system based on an RS485 communication protocol; the power equipment subsystem is connected with corresponding intelligent equipment and a building equipment control system based on a MUDBUS or CDT communication protocol;
the intelligent illumination subsystem is connected with corresponding intelligent equipment and an intelligent illumination control system based on an EIB (enhanced information bus) or OPC (optical proximity correction) or MODBUS communication protocol;
the fire automatic alarm subsystem is connected with corresponding intelligent equipment and a fire alarm linkage control system based on an RS232 communication protocol;
the public broadcasting subsystem is connected with corresponding intelligent equipment and a public broadcasting control system based on a TCP/IP communication protocol;
the video security subsystem, the intrusion alarm subsystem, the entrance guard subsystem, the electronic patrol subsystem and the parking lot management subsystem are respectively connected with corresponding intelligent equipment and the safety precaution control system based on a TCP/IP communication protocol.
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