Sensor Module: A high-precision sensor array that real-time collects environmental indicators such as wind speed and snow load, as well as air pressure and air quality metrics inside the membrane, providing accurate data for regulation and control.

Air Inflation Unit Module: Equipped with primary inflation equipment + backup units, multi-stage air filter screens and circulating air equipment, responsible for maintaining air pressure and air quality within the membrane.

Intelligent Control Module: The core regulation hub, which automatically starts and stops units, processes alarm information, and links with security systems.

Emergency Support Module: Consists of sound-light alarms and backup power supply/equipment to tackle sudden malfunctions and extreme conditions.

Stable Air Pressure: Dynamically adjust and control internal membrane pressure to ensure the forming and long-term stability of the air-supported membrane structure.

Safety Protection: Real-time fault early warning and emergency redundant safeguards to protect the safety of the building and personnel.

Intelligent Operation & Maintenance: Automatic operation plus remote management and control, cutting labor costs and boosting operation efficiency.

Core Function: Powered by robust situational awareness technology, it captures real-time core metrics including ambient conditions, temperature & humidity, air quality, air pressure, and smoke concentration. It dynamically adjusts operating parameters and delivers customized adaptive solutions for diverse scenarios (sports venues, warehouses, coal storage sheds, archaeological sites, etc.).

Core Function: AI algorithms intelligently optimize energy allocation and automatically adjust operation modes of ventilation, lighting and other systems to realize refined energy consumption management. It effectively cuts the full-lifecycle operation costs of buildings, balancing environmental protection and economic benefits.

Core Content: Equipped with multi-layer protection mechanisms and redundant safety systems, it monitors full-dimensional data including building structure, fire protection and security around the clock. Alarms will be triggered immediately upon abnormal conditions, with linked emergency responses activated, turning air-supported membrane buildings into safety spaces with active defense capabilities.

The Cloud-Based AI-Assisted Intelligent Control Center for Membrane Structures integrates environmental monitoring, energy consumption management and safety early warning. As an environmental data hub, it realizes dynamic adaptive adjustment; its energy-saving control brain optimizes energy via AI algorithms, while the safety protection guardian delivers proactive early warnings and linked responses. Through coordinated operation of all modules, the building evolves into a smart living entity capable of perception, autonomous analysis and instant response.