Design and Application of a Networked Observation System for Intelligent Automatic Weather Stations
Abstract：To enhance the intelligence and integration level of observation fields, as well as the expansion capability and installation flexibility of observation equipment, an intelligent automatic weather station networked observation system based on Wi-Fi communication was designed. This system replaces traditional analog signal sensors with intelligent measuring instruments, and uses a low-latency, high-bandwidth Wi-Fi network to replace wired and ZigBee networks for network communication, greatly improving the flexibility and expansion capability of equipment installation. It also replaces traditional data loggers with intelligent integrated processors, and manages networked devices, data communication, and human-computer interaction through embedded software, thereby enhancing the intelligence and integration level of the observation field. Field tests in natural environments have proven that the system can achieve stable self-organizing network communication, with features such as high real-time performance, strong equipment expandability, simplicity, and flexible installation. It meets the needs of future automatic weather station construction and networked observation, providing experience for the development and operationalization of the next generation of intelligent weather stations in China.
Keywords：Atmospheric Detection and InstrumentsSurface Meteorological ObservationZigBee TechnologyWireless Communication TechnologyIntelligent Automatic Weather Station
Publication Date：2025-12-20
Online Publishing Date：2026-01-07(First online date of this platform, not the publication date of the document)
Pages：5( 85-88,92 )