IBMS Intelligent Building Integrated Management System Platform

IBMS Intelligent Building Integrated Management System Platform

Introduction to the IBMS System:

Software Architecture

Introduction to Yachuan IBMS Intelligent Building Management System IBMS is the English abbreviation for Intelligent Building Management System, meaning intelligent building management system in Chinese. IBMS is the core of intelligent buildings, the data source for building property management software and energy consumption analysis software, an extension of intelligent building design into the operation and maintenance phase, a node and branch of smart cities, and a bridge between building managers and various electromechanical equipment. If a building is compared to a person, then IBMS is the brain; if a building is compared to a personal computer, then IBMS is the building's operating system. With the development of artificial intelligence, cloud computing, and big data, future IBMS will become smarter and more intelligent, thereby enabling more convenient and comfortable living for people. IBMS organically integrates various intelligent subsystems of a building, coordinates the relationships and联动 reactions between subsystems, unifies various complex operation interfaces and data interfaces, allowing users to operate and manage on a single platform, simplifying operations, focusing on core business, and creating greater value for users.

The systemmain functions include:

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

Facial Recognition Passenger Flow, Self-Service Visitor, Building Automation, Elevator Monitoring, Intelligent Lighting

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

Sound Reinforcement System, Meeting Management, Patrol 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

For more product information or pricing, please call our company.

Contact: Manager Wu

Phone: 13891834587 (same as WeChat)

QQ: 704151787

We wholeheartedly provide project design optimization and configuration plan quotations!!!

20 years focused on intelligent buildings, integrated hardware and software source manufacturer!

Built-in Functions

User Management: Users are system operators; this function mainly completes system user configuration.

Department Management: Configures system organizational structure (company, department, group), tree structure display supports data permissions.

Position Management: Configures the positions held by system users.

Menu Management: Configures system menus, operation permissions, button permission identifiers, etc.

Role Management: Role menu permission allocation, setting role data scope permissions by organization.

Dictionary Management: Maintains frequently used, relatively fixed data in the system.

Parameter Management: Dynamically configures common parameters for the system.

Notification Announcement: Publishes and maintains system notification and announcement information.

Operation Log: Records and queries normal system operation logs; records and queries system exception information logs.

Login Log: Records and queries system login logs, including login exceptions.

Online Users: Monitors the status of active users in the current system.

Scheduled Tasks: Online (add, modify, delete) task scheduling includes execution result logs.

System Interface: Automatically generates relevant API interface documentation based on business code.

Service Monitoring: Monitors current system CPU, memory, disk, stack, and other related information.

Cache Monitoring: Queries system cache information, command statistics, etc.

Online Builder: Drags and drops form elements to generate corresponding HTML code.

Connection Pool Monitoring: Monitors the current system database connection pool status, can analyze SQL to identify system performance bottlenecks.

Drag-and-drop device icon (SVG) distribution map configuration; users can use the "drag and drop" method on the development platform to complete electronic map creation. After setting the correspondence between graphics and relevant devices, users can easily monitor various devices in the building on the layout map.

Supports Baidu Maps, BIM lightweight model rendering, address tree structure configuration, SMS, email configuration, and message subscription and push functions.

Supports configurable IoT gateways for building automation BA systems with MODBUS\BACNET\OPC\MQTT protocol support, support for over 200 types of industrial control devices, covering HVAC, air purification fans, smart elevators, intelligent lighting equipment, fire safety, background audio, etc.

Uses efficient universal interface technology, through specific system exchange layers and standard communication protocols, seamlessly compatible with different subsystems, can convert multiple protocols such as: OPC, BACNET, MODBUS, LONWORKS, API, RS485/232, ODBC, etc.;

Open authentication and authorization system, provides role-based access mechanism, achieves centralized account management and authorization management across the entire system. Its powerful security management mechanism assigns different operation permissions to personnel of different levels, preventing system information leakage and interference by unauthorized personnel.

Cross-subsystem business processing and linkage, can establish linkage relationships as needed. Thereby achieving cross-system control processes, improving the intelligent management and control level of the project;

Intelligent strategy control (decision support function), while IBMS collects data, it should provide users with intelligent analysis of historical data. Users can set linkage control strategies in the intelligent strategy control module based on analysis results. The system triggers these strategies under appropriate conditions to achieve system optimization and efficient operation.

Centered on a resource model, encapsulates information distributed across various heterogeneous information systems, maps various dispersed heterogeneous resources to a logical reference system, and bridges data format differences between systems by defining unified resource meta-models and data access interfaces. Through a task decomposition-based resource push mechanism, constructs a software system to provide resource services, achieving process-level interactive operations such as heterogeneous information conversion between different application systems, thereby establishing a resource integration environment that supports business workflows.

Our software platform, through continuous integration and improvement, brings customers a perfect user experience and the convenience of profound digital transformation.