BA Building Automation - Advanced Building Integrated Management System (BMS)

BA Building Automation - Advanced Building Integrated Management System (BMS)

IBMS, as an advanced building integrated management system, integrates 5A systems including OA, BA, CA, FA, SA. It provides functions such as centralized monitoring and alarm, asset management, data analysis, intelligent linkage, and operation and maintenance services. Monitoring alarms provide information through a unified platform and multiple display methods. Asset management covers the entire lifecycle of assets and supports process customization and circulation. Data analysis extracts key views from massive amounts of data to assist decision-making. Intelligent linkage achieves multi scene control based on rules. Operations and maintenance services optimize the workflow of building staff and improve efficiency.

IBMS is a higher-level building integrated management system that further integrates with communication network systems and information network systems based on BMS. IBMS is a higher-level integration built on top of 5A integration.

5A refers to OA (Office Automation), BA (Building Automation), CA (Communication Transmission Intelligence), FA (Fire Protection Intelligence), and SA (Security Intelligence).

1. Monitoring alarm:Centralized monitoring of alarms, providing alarm information pages and device system monitoring diagrams for all third-party subsystems that are connected, and displaying configurations based on the scenarios of each subsystem. Provide a unified alarm platform and alarm notification strategy. Display methodsThe Flex dynamic system diagram, 3D display, and mobile terminal APP are mainly used, supplemented by detailed information on device monitoring alarms and various query display lists and functions.

2. Asset management:Manage various hardware assets of park and building owners throughout their entire lifecycle, and provide customized processes and circulation for changes in asset lifecycle states. Provide timely and effective notification methods for asset status changes, enabling asset management personnel to understand the status and change requirements of assets in a timely manner. Quantitative management of assets.

3. Data analysis:Based on the collection of real-time data related to centralized monitoring, alarms, assets, process work orders of park or building staff, multi-dimensional views of various data such as energy consumption, property management, staff, assets, etc. are analyzed in massive data, providing macro, visual, and multi-dimensional quantitative analysis data to assist decision-making and daily work presentation.

4. Intelligent linkage:Based on flexible linkage rules, provide multi scenario linkage control functions with permission and without affecting safe operation. The triggering of linkage includes:1. Various monitoring events; 2. Alarm event; 3. The result data after data analysis

5. Operation and maintenance services:For building owners with large scale and high requirements for intelligence, provide operation and maintenance process functions for building staff, including work order generation, work order reminder, work order circulation, work order query and statistics. For building owners with large scale and high requirements for intelligence, provide operation and maintenance process functions for building staff, including work order generation, work order reminder, work order circulation, work order query and statistics, daily inspection, scheduling and other functions. And integrate with alarms to enable the process to automatically trigger according to rules, improve work efficiency, and reduce event response time; Standardize the process and make the work quantifiable.

6Monitoring visualization:

Monitoring visualization allows users to integrate various scattered monitoring toolsIntegrate multiple monitoring data into one, establish a unified monitoring window, and change the phenomenon of monitoring data silos, including air conditioning systems, cold source systems, and water supply and drainage systems. Implemented cross system centralized management, improving the control capability and management efficiency of intelligent buildings.

BA Building Automation System Monitoring Range

The building automation system mainly includes air conditioning system, water supply and drainage system, power supply and distribution system, lighting system, elevator system, cold and heat source monitoring system, air supply and exhaust monitoring system, and fan coil monitoring system.

1. Air conditioning system monitoring function: The air conditioning system in smart buildings refers to equipment such as air conditioning units, fresh air units, variable air volume units, and fan coil units.

2. Monitoring function of the air supply and exhaust system: The air supply and exhaust systems in the building are uniformly managed and can be operated by the DDC controller according to a pre-set time program. Many monitoring and control systems are like this, such as supply fan control, exhaust fan control, alarm function, etc.

3. Lighting system monitoring function: The lighting inside the building is also one of the projects for intelligent management. Real time monitoring of lighting is mainly for better energy conservation, and the pre arranged time program automatically controls the lighting. For example, lighting monitoring in public areas, living areas, office areas, emergency lighting, etc.

4. Elevator system monitoring function: In building monitoring, it mainly monitors ordinary passenger elevators and escalators. The monitoring scope usually includes elevator start stop control, operating status, elevator door status, floor indication, fault alarm, emergency alarm, etc.

5. Power supply system monitoring function: The power supply inside the building is an important indicator for assessing the service quality of intelligent buildings. It is usually necessary to monitor the power supply transformers, high-voltage side power supply parameters, and low-voltage side power supply parameters inside the building. Different monitoring methods have different functions, but each one is essential.

6. Monitoring function of water supply and drainage system: Water supply and drainage are composed of links such as domestic water supply and sewage discharge. In terms of water supply, it mainly implements constant pressure water supply, indication and alarm of sewage tank liquid level, and timed circulation of various water supply and drainage pumps. Different numbers of users are adjusted by the frequency converter to adapt to the water supply flow rate.

7. Monitoring function of refrigeration station system: The function of the refrigeration station is to provide a cold source for the building's air conditioning system. It consists of refrigeration units, cooling water circulation pumps, cooling towers, chilled water circulation pumps, make-up water pumps, and electric butterfly valves.

8Monitoring function of heating station system: The heating station provides heat source for the air conditioning system in the building. It consists of boilers, plate heat exchangers, chilled water circulation pumps, make-up water pumps, and electric butterfly valves.

BA system configuration

BASMonitoring Center Management Software

communication gateway

Regional Controller

DDCcontrol box

DDCcontrollerYCS-1664C

DDCcontrollerYCS-1244C

DDCcontrollerYCS-842C

Expansion module:

I/Oextension moduleYCS-1680IO

I/Oextension moduleYCS-1244IO

I/Oextension moduleYCS-840IO

Indoor temperature and humidity sensor

level switch

Differential pressure switch

water flow switch

antifreeze switch

Duct type temperature sensor

Duct type temperature and humidity sensor

Water tube temperature sensor

Water tube differential pressure sensor

Switch air valve actuator

Adjust the air valve actuator

air ductCO2

BA Building Automation - Advanced Building Integrated Management System (BMS)