The intelligent temperature and humidity management system is an intelligent energy-saving temperature and humidity control management system composed of passive humidification materials, power equipment, and information systems. Based on precise temperature and humidity sensors for real-time monitoring, combined with mineral composite humidification panels, using Internet of Things, cloud computing, big data analysis and other technologies for multi-level analysis, it can control and adjust indoor environmental indexes at any time, providing precise data support for indoor space material storage, laboratories, cultural relic protection, etc. At the same time, the information system can link air conditioners, ventilation, dehumidification equipment, humidifiers and other power equipment to achieve intelligent and energy-saving temperature and humidity control.

I. System Overview

     Temperature and Humidity Sensor As a device or apparatus that can convert temperature and humidity into electrical signals that are easily measured and processed, it is widely used in areas such as industrial machine rooms, factory workshops, library and archive management, laboratories, and other places where environmental or equipment temperature and humidity often need to be measured.

     Real-time Temperature and Humidity Monitoring System It relies on technologies such as high-precision temperature and humidity sensors, IoT communication, cloud computing, and big data analysis; it has functions such as real-time temperature and humidity monitoring, data storage, data analysis, and over-limit alarms. The system, combined with precise humidity control materials, greatly reduces energy consumption while ensuring the uniformity of temperature and humidity distribution in space.

II. System Architecture

       The precise temperature and humidity control system includes temperature and humidity acquisition terminals, intelligent linkage control devices, energy consumption acquisition terminals, cloud services, and cloud data centers.

       The temperature and humidity acquisition terminal supports multiple transmission methods, provides a software and hardware integrated cloud ecosystem, integrates data collection, analysis, early warning, and linkage control, empowering a universal IoT cloud platform with modular functions that can be freely combined for rapid deployment; the system, combined with precise humidity control building materials, greatly reduces energy consumption while achieving precise control.

III. Features

      1. Multi-level Data Security Protection: Independent operation + breakpoint resume, supporting multiple real-time alarm methods such as power failure/over-limit SMS/WeChat/email;

     2. All-scenario Integrated Monitoring: Supports full monitoring of temperature and humidity for fixed locations and mobile devices, covering multiple fields such as medicine, cold chain, and laboratories;

     3. Smart Management and Flexible Expansion: One-stop operation for remote query, permission management, and automatic backup, supporting device customization and linked control adaptation.

IV. Hardware Equipment

V. HAAS System APP:

VI. Data Center:

       The data center can provide spatial temperature and humidity statistical data and dynamic deviation analysis curves for temperature and humidity target values,

       and statistically display the energy consumption data of power equipment and the energy consumption ratio of each device.