Hello everyone, I'm Brother Xue. Recently, there are more and more requirements for system integration in the project, if a project wants to have bright spots, the intelligent integration platform will consider, what are the requirements of the IBM integrated system for the subsystems to be integrated? What does each system do? These will affect the cost and implementation of the IBM integrated system, in order to facilitate everyone's use, today compiled a list of such integrations, you can refer to it.
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Each intelligent subsystem reserves interface requirements for the information management platform
1. Open common interface
1. Communication interface: the interface development has strong compatibility, the interface is standardized and standardized, and the information (running data and commands) of each subsystem can be converted and transmitted in real time for various standard interfaces (OPC, BACnet, LonWorks, RS485/422/232, ModBus, etc.) and non-standard interfaces;
2. Communication protocol: The server must support the use of TCP/IP communication protocol to communicate, and have the ability to communicate with different communication protocols such as OPC, BACnet, LonWorks, ModBus and SNMP through communication interfaces on the same network, and can read various open databases that comply with ODBC standards;
3. Database access: The building management system can exchange data (including real-time data, instructions and historical data) with the operation and maintenance management system, facility management system, office system, etc., to achieve data linkage, and the interface mode must support ODBC, API, COM/DCOM and other methods.
2. Interface requirements for each intelligent system
In order to meet the smooth construction of the information management platform in the future, the reserved interface of each intelligent system shall not be less than the following requirements:
| serial number | Integrated subsystems | Integration requirements |
| 1 | Smart card application subsystem | 1. Docking requirements: |
| (1)提供接口及协议：OPC、ODBC、RS232、以太网接口、TCP/IP | ||
| (2) Authorize the opening of all points | ||
| (3) Provide a list of address points | ||
| 2. Implement the function: | ||
| (1) Display the location information of all smart card devices on the electronic map | ||
| (2) Display the operating status of the device related to the monitoring smart card | ||
| 2 | Public address subsystem | 1. Docking requirements: |
| (1) Provide interfaces and protocols: OPC, API, Ethernet interface, TCP, UDP protocol, open switch control permission, open selection of audio source permission | ||
| (2) Provide a list of address points | ||
| (3) Provide design and construction drawings, and indicate the installation location of each equipment | ||
| 2. Implement the function: | ||
| (1) Control the volume of the playback partition and switch it | ||
| (2) Display the running status, fault status, and volume of the playback partition | ||
| (3) Display the location of the broadcast circuit on the electronic map | ||
| (4) Select the audio source | ||
| 3 | Information guidance publishing subsystem | 1. Docking requirements: |
| (1) Provide interfaces and protocols: OPC, WEBSERVICE, API, SDK, open switch control permission, open access to broadcast program information | ||
| (2) Provide a list of address points | ||
| (3) Provide design and construction drawings, and indicate the installation location of each equipment; | ||
| 2. Implement the function: | ||
| (1) Monitor the running status of the screen | ||
| (2) Control the operation and stop of the large-screen device | ||
| (3) Display the location of the information release screen and the content of the information being published | ||
| (4) Broadcast time schedule for each information display | ||
| 4 | Building equipment monitoring subsystem | 1. Docking requirements: |
| (1) Provide interfaces and protocols: OPC, API, BACNET, MODBus, Ethernet interface, TCP/IP, open control authority | ||
| (2) Authorize the opening of all points | ||
| (3) Provide a list of address points | ||
| (4) Provide design and construction drawings, and indicate the installation location of each subsystem and various equipment; | ||
| 2. Implement the function: | ||
| (1) Display the equipment running/stopping status, manual/automatic status, normal/fault status, and alarm with different color identification when the fault occurs | ||
| (2) Display data such as CO, CO2, liquid level, etc | ||
| (3) Control the start and stop of the equipment, temperature regulation, and valve adjustment | ||
| (4) For detailed monitoring functions, please refer to "Building Equipment Monitoring System". ” | ||
| (5) Display the location of each device on the electronic map | ||
| 5 | Building Energy Efficiency Supervision Subsystem | 1. Docking requirements: |
| (1) Provide interfaces and protocols: ODBC, OPC, Ethernet interface, TCP/IP | ||
| (2) Authorize the opening of all points | ||
| (3) Provide a list of address points | ||
| 2. Implement the function: | ||
| (1) Display real-time data of water and electricity | ||
| (2) Display the location of the smart meter reading on the electronic map | ||
| (3) Energy consumption overview, energy consumption statistics, energy consumption analysis | ||
| 3. Other requirements: see "Building Energy Efficiency Supervision System" for details. | ||
| 6 | Automatic fire alarm subsystem | 1. Docking requirements: |
| (1)提供接口及协议：OPC、RS232、RS485、以太网接口、TCP/IP、MODBUS | ||
| (2) Provide a list of coded address points | ||
| (3) Provide design and construction drawings, and indicate the installation location of various equipment | ||
| 2. Implement the function: | ||
| (1) Display the operation status of each fire host, and when the host fails, it will be alarmed with different color identification | ||
| (2) On the electronic map, the working status and location information of fire alarm detectors (temperature sensing, smoke detectors, hand reports), fire hydrants, fire water cannons, fire doors, rolling shutter doors, fire extinguishers, sound and light alarms, fire telephones, etc., are displayed in different colors | ||
| (3) A fire-fighting host is divided into a partition, or a fire-fighting host is divided into multiple partitions according to function, and the alarms and detectors in the partition are grouped as a group | ||
| (4) Provide the following information points: Alarm device status information, including: number, normal, alarm, fault, and disconnection. Fire protection equipment status information, including: number, normal, action, fault, disconnection. Firefighting equipment status information, including: number, start and stop, fault, alarm. | ||
| 7 | Intrusion alarm subsystem | 1. Docking requirements: |
| (1) Provide interfaces and protocols: OPC/RS232, Ethernet interface/serial port, TCP/IP, UDP, open control authority | ||
| (2) Provide a list of address points | ||
| (3) Provide design and construction drawings, and indicate the installation location of various equipment | ||
| 2. Implement the function: | ||
| (1) Provide alarm information/alarm recovery information for each defense area, and when an alarm occurs, the alarm detector will be identified with different colors for alarm | ||
| (2) Display the location of each alarm point on the electronic map | ||
| (3) Under the premise of open control authority of the intrusion alarm system, the arming/disarming function of the alarm defense area can be realized | ||
| (4) Provide the following information points: Alarm probe information, including: number, normal, alarm, fault, loss. Alarm area monitoring unit information, including: number, normal, fault, alarm. | ||
| 8 | Video security monitoring subsystem | 1. Docking requirements: |
| (1) Provide interfaces and protocols: OPC/API, Ethernet interface/serial port, TCP/IP, RS232, platform SDK, open control authority | ||
| (2) Provide a list of camera address points | ||
| (3) Open the function of downloading and playing back historical videos | ||
| (4) Provide design and construction drawings, and indicate the installation location of each equipment; | ||
| 2. Implement the function: | ||
| (1) Display the location of each monitoring point on the electronic map | ||
| (2) The workstation can query the monitoring screen of any camera in the electronic map | ||
| (3) Support screen calling | ||
| (4) Gimbal control (up, down, left, right) rotation | ||
| (5) Variable lens size and focus adjustment | ||
| (6) Camera online or offline status display, real-time equipment fault information (spatial location, device number, time and type) | ||
| (7) Real-time video analysis alarm information (spatial location, camera number, time and type) | ||
| (8) Arming/disarming status information (area, type, status, time, including camera number list), camera preset feedback information (multi-preset) | ||
| 9 | Access control subsystem | 1. Docking requirements: |
| (1) Provide interfaces and protocols: OPC, ODBC, RS232, OPC, Ethernet interface, TCP/IP, RS232, open control authority | ||
| (2) Open database query authority, you can query access control card records | ||
| (3) Provide a list of address points | ||
| 2. Implement the function: | ||
| (1) Display the location of each access control point on the electronic map | ||
| (2) Monitor the opening and closing status of each door. | ||
| (3) Monitor the fault status of each door; | ||
| (4) Monitor the alarm status of each door. | ||
| (5) Control the opening and closing of the access control | ||
| (6) Inquire about access control card records | ||
| 3. Other requirements: see the entrance and exit control system for details | ||
| 10 | Elevator floor control subsystem | 1. Docking requirements: |
| (1) Provide interfaces and protocols: OPC, ODBC, RS232, OPC, Ethernet interface, TCP/IP, RS232, open control authority | ||
| (2) Open database query permission, you can query card records | ||
| (3) Provide a list of address points | ||
| 2. Implement the function: | ||
| (1) Display the location of the elevator on the electronic map | ||
| (2) The opening and closing of the elevator controller | ||
| (3) Inquire about the elevator card swiping record | ||
| 3. Other requirements: see the elevator floor control system for details | ||
| 11 | Visitor Management System | 1. Docking requirements: |
| (1) Provide interfaces and protocols: OPC, ODBC, RS232, OPC, Ethernet interface, TCP/IP, RS232, open control authority | ||
| (2) Open database query permission, you can query visitor records | ||
| (3) Provide a list of address points | ||
| 2. Other requirements: Please refer to the visitor management system for details | ||
| 12 | Electronic patrol subsystem | 1. Interface requirements: |
| (1) Provide interfaces and protocols: ODBC, Ethernet interface, TCP/IP, open access permission | ||
| 2. Implement the function: | ||
| (1) The inspection record is displayed on the electronic map | ||
| (2) Check the historical record of information (inspection personnel, inspection time, inspection location) | ||
| 13 | Parking lot management subsystem | 1. Docking requirements: |
| (1)提供接口及协议：OPC、ODBC、WEBSERVICE、以太网接口、TCP/IP | ||
| (2) Authorize the opening of all points | ||
| (3) Provide a list of address points | ||
| 2. The implementation functions are not limited to the following: | ||
| (1) Parking space information displayed on the electronic map: total parking spaces, remaining parking spaces; vehicle access information; Payment information, etc. | ||
| (2) Database query: "vehicle entry and exit records", including record query and data statistics of designated vehicles |
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