Digital twin technology constructs three-dimensional application scenarios for intelligent building management IBMS.

IBMS Integrated System Solution

The IBMS system is designed for the lifecycle management of building equipment, targeting both building managers and users. It aggregates data and functions of traditional BAS systems, enabling more efficient analysis and management, as well as handling more complex applications. It integrates data from various subsystems across platforms and brands, providing a set of tools for collecting real-time building equipment data and establishing methods for big data processing and analysis in buildings. It combines massive sensing devices with cloud computing applications. This system helps clients centrally collect real-time energy and building equipment information from multiple building management systems, allowing for analysis to determine energy and facility operational efficiency. By integrating various building systems with IT technology, it provides building analysis, optimized asset event management, and real-time visual alerts and dashboards, enabling building managers to significantly improve energy, facility operations, and space management.

The IBMS system can monitor equipment operating parameters online and perform diagnostic analysis. By comparing equipment operating parameters with design parameters and historical data, it assesses potential risks, analyzes the causes of equipment failures, helps users avoid risks, provides operational and maintenance recommendations, offers energy-saving optimization solutions, and assists clients in reducing costs.

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1. Solution Overview

The Intelligent Building Management System (IBMS) is an important component of smart buildings. It is based on advanced network technology, computer technology, communication technology, control technology, and data processing technology, connecting various subsystems through a network to achieve centralized operation, management, and decentralized control.

The IBMS solution centrally manages subsystems such as Building Automation System (BAS), Fire Alarm System (FAS), and Security System. It primarily provides centralized monitoring, management, and decentralized control of the operation and safety status of numerous dispersed equipment in buildings, including air conditioning systems, cold and heat source systems, water supply and drainage systems, power systems, lighting, elevators, fire protection, and security systems.

2. IBMS System Requirements

Comprehensively grasp the real-time status, alarms, and faults of equipment within the building through the intelligent building management system; √ Connect intelligent devices with different communication protocols through the intelligent building management system to achieve information sharing and collaborative work between different systems. For example, during a fire alarm, automatically display the video scene through linkage functions, perform power-off detection of power equipment, and control access control unlocking; √ Assist the building energy consumption management system in energy consumption analysis, perform equipment analysis and maintenance based on equipment operating conditions;

3. System Architecture

4. IBMS System Functions

① Data Collection

The collection server gathers data from various control, monitoring, metering, and wireless sensing devices involved in the building management process into the upper cloud platform. The system supports collecting data from core devices using protocols such as LON, BACnet, CAN, SNMP, OPC, DDE, ODBC, and DLT645, including operational status, main energy consumption pipeline status, and environmental medium quality monitoring. It collects the real-time status of the entire building's intelligent control systems for data monitoring, storage, alarms, analysis, calculation, statistical balancing, and other uses.

② Subsystem Linkage

Mainly includes:

● System Management, Linkage Management, Project Configuration, Security System, Access Control System

● Face Recognition and Passenger Flow, Self-Service Visitor, Building Automation, Elevator Monitoring, Intelligent Lighting

● Parking System, Environmental Monitoring, Video Surveillance, Information Release, Background Music

● Sound Reinforcement System, Conference Management, Patrol and Shift Handover, Fire Management, Energy Efficiency Management

● Fixed Assets, Work Order Management, Alarm Management, Aggregated Payment, Gateway Management

● System Monitoring, System Tools, Nebula IoT, DingTalk Process, DingTalk Management

With the development of artificial intelligence, cloud computing, and big data, future IBMS will become smarter and more intelligent, making people's lives more convenient and comfortable. IBMS organically integrates various intelligent subsystems of a building, coordinating their interrelationships and联动 reactions, unifying various complex operation interfaces and data interfaces, allowing users to operate and manage on a single platform, simplifying operations, and focusing on core business to create greater value for users.

③ Information Management

④ Alarm Management Function

⑤ Trend Chart Display Function

⑥ Dynamic Graphic Display

5. Advantages of the IBMS Solution

The IBMS solution successfully integrates various building monitoring subsystems into an organic whole. Relying on scientific and advanced integration technology, it provides users with relatively independent yet centralized, unified, and convenient management services, saving energy consumption and labor costs, and creating a convenient, fast, and efficient business environment for clients, thereby achieving intelligent building management.

In summary, the IBMS intelligent integration system refers to a higher-level building integration management system that further integrates with communication network systems and information network systems on the basis of BAS. IBMS integrates various subsystems into an "organic" unified system with standardized and normalized interface interfaces, completing information exchange and communication protocol conversion between subsystems. It achieves five aspects of functional integration: integration and comprehensive management of all subsystem information, centralized monitoring and control of all subsystems, global event management, and automated process management. Ultimately, it realizes the functions of centralized monitoring control and comprehensive management.