Radiation Environment Network Monitoring System Solution is primarily designed for regional radiation environment monitoring and development, keeping pace with the current trends in the Internet of Things (IoT) and big data processing. It employs a classic client/server (C/S) architecture for design, integrating IoT technology with traditional nuclear measurement techniques. The core data collection nodes feature a brand-new modular design, allowing flexible configuration of modules for various application scenarios. It also utilizes a real-time operating system and wired network for reliable data transmission, ensuring the system meets stricter requirements for regional radiation environment monitoring. The system's excellent architectural design enables rapid response, providing a significant advantage in the increasingly complex and diverse applications of radiation environment monitoring.

System Advantages & Value

Meets regional radiation environment monitoring and large-scale dynamic monitoring of radiation environments; unifies the processing of environmental condition monitoring data across various regions of the radiation environment; analyzes by integrating a large volume of individual radiation environment monitoring data, enabling real-time grasp of the overall environmental conditions within the radiation environment region.

Illustration of the overall system structure

Illustration of Data Node Function and Features

With a high-performance ARM Cortex processor core, RTOS real-time operating system, and TCP/IP network for data transmission, ensuring accuracy in data transfer. Dual temperature monitoring, single total gamma monitoring. Retains two ADC collection channels, two IO interfaces. Supports audio alarm function, supports light alarm.

Data Node Feature Characteristics

Supports single data collection node monitoring and real-time web display; supports multi-node data collection, transmission, and storage; features web remote control of data collection nodes; boasts excellent scalability and integration; supports long-term visualization analysis of collected data; cross-platform compatible; data collection, processing, transmission, and display are designed with low latency to ensure system real-time performance.

System Operation Diagram

Typical Application Fields

Traditional thermal power plants, mines, research institutions, nuclear power plants, radiation environments