Artificial Intelligence-Based Real-Time 3D Building Operation and Maintenance System (SBMS)

The Artificial Intelligence-Based Real-Time 3D Building Operation and Maintenance System (SBMS) is an intelligent building management platform developed on the foundation of artificial intelligence (AI), Internet of Things (IoT) data transmission technologies, big data analytics, and 3D GIS systems. This system enables efficient management of a building or an entire building complex.

The system can function autonomously to manage individual buildings, or in a distributed configuration, cloud-based servers can be utilized to centralize the management of all buildings within the same management framework, facilitating unified coordination, configuration, and resource allocation for personnel, equipment, and materials.

1. Core Components of the Real-Time 3D AI-Based Building Operation and Maintenance System

Sensor Network: A network of various sensors deployed within the building, including temperature sensors, humidity sensors, smoke detectors, etc., which continuously collect environmental data from both inside and outside the building. Additionally, video surveillance systems transmit digital video streams to the control center for real-time monitoring.

Data Processing Center: The central unit of the system, responsible for receiving data from the sensors and performing AI-powered comparative analysis and processing of large volumes of sensor and video data. The processing center then generates timely responses to any detected anomalies.

User Interface: This includes control room display walls and mobile applications for building management staff, which present real-time data and provide control interfaces for managing building facilities. The user interface also enables real-time data sharing across different user levels and sends alerts and notifications to designated personnel in case of emergencies or critical situations.

2. Key Features and Applications

Intelligent Security System with High-Definition Video Surveillance: Deploys high-definition smart cameras integrated with AI-powered facial recognition and behavior analysis technologies, enabling intelligent surveillance and monitoring of building security and operational status. This system offers rapid response to emergencies, ensuring the safety of personnel and property while providing granular data for efficient management.

Intrusion Detection and Alarm System: Utilizes infrared and microwave detection technologies to establish a multi-layered perimeter security system. When unauthorized access is detected, the system autonomously connects to the AI-powered video surveillance system for automated detection and sends real-time alarm notifications.

Smart Access Control and Navigation System: Leverages RFID, fingerprint recognition, and facial recognition technologies for access authentication. The system logs and stores entry/exit data while providing indoor and outdoor navigation services. It also manages access rights and records visitor access data.

Environmental Control and Intelligent Lighting System: Automatically adjusts lighting brightness based on indoor light levels and occupancy patterns, with support for remote control and scheduled operation. This feature promotes energy savings by optimizing lighting usage and reducing unnecessary energy consumption.

Temperature and Humidity Control System: Integrates temperature and humidity sensors with intelligent algorithms to regulate HVAC (Heating, Ventilation, and Air Conditioning) and fresh air systems, ensuring comfortable indoor environmental conditions.

Air Quality Monitoring System: Continuously monitors air quality parameters, such as PM2.5 and CO2 levels, with the automatic activation of air purifiers to maintain optimal indoor air quality.

Energy Management System (EMS) for Energy Consumption Monitoring and Analysis: Installs smart meters for electricity, water, and other utilities to collect real-time consumption data. The system applies big data analytics to identify anomalies and inefficiencies in energy consumption and provides actionable recommendations for energy conservation.

Intelligent Energy Distribution: Dynamically allocates energy resources based on the real-time demands of different building zones, optimizing energy consumption efficiency and reducing waste.

Renewable Energy Utilization: Integrates renewable energy technologies, such as solar photovoltaic (PV) panels and wind turbines, to reduce reliance on conventional power grids and promote self-sustaining green energy use within the building.

Smart Office and Facility Management:

Intelligent Meeting Room Management: Automates the management of meeting rooms through a reservation system, access control, and smart projection devices, thus improving meeting room utilization and efficiency.

Intelligent Parking Management System: Uses technologies such as license plate recognition and parking space guidance systems to enhance parking efficiency and reduce the time required for parking space searches.

Integrated Information Service Platform: An all-encompassing platform that integrates property management, service requests, notifications, and community interaction functions to improve tenant satisfaction and operational efficiency.

Data Integration and Visualization – Unified Data Platform: Establishes a centralized building data hub that integrates data from various subsystems, facilitating unified storage, processing, and analysis of data across all building operations.

Visual Monitoring and Decision Support Center: Utilizes 3D modeling, large-screen visualizations, and other technologies to display real-time information such as building status, energy consumption, safety alerts, and other critical operational data. This enables building managers to make quick, data-driven decisions.

Work Order Management: A comprehensive work order management system that supports the full lifecycle of work orders—from creation to resolution. This centralized system allows for automatic and manual input of service requests, enabling detailed tracking, customizable queries, and reporting of work order history for efficient maintenance management.

This Smart Building Management System (SBMS) leverages advanced technologies to optimize building operations, improve resource efficiency, enhance safety, and provide a comprehensive solution for smart building management. By incorporating AI, IoT, and data analytics, it transforms traditional building operations into intelligent, sustainable systems that are responsive and data-driven.