Road Weather Station FT - GQX8: Empowering Traffic Decisions with Real - time Weather Data

In modern traffic management, the impact of meteorological conditions on highway safety cannot be ignored. To ensure road traffic safety and improve traffic efficiency, the Road Weather Station FT - GQX8 has emerged as the times require. This meteorological monitoring device, specifically designed for road traffic, can provide accurate meteorological data in real - time, offer timely meteorological information services to traffic management departments and drivers, and contribute to traffic safety and smoothness.

I. Product Overview

The Road Weather Station FT - GQX8 is a high - precision monitoring device integrated with a variety of meteorological sensors, specifically designed for road traffic scenarios. It can monitor key meteorological parameters such as wind speed, wind direction, temperature, humidity, air pressure, rainfall, and visibility in real - time. Through the data analysis and transmission system, it provides a scientific basis for decision - making for traffic management departments and real - time traffic information for drivers.

II. Core Functions

Real - time monitoring of meteorological data such as wind speed, wind direction, temperature, humidity, air pressure, rainfall, and visibility, comprehensively grasping the meteorological conditions along the highway.

Adopting high - precision sensors to ensure the high accuracy and reliability of measurement data.

Supporting multiple data transmission methods such as 4G, LoRa, and Ethernet, and uploading meteorological data to the monitoring center or cloud platform in real - time for convenient remote monitoring and management.

When adverse weather conditions (such as strong winds, heavy rain, low visibility, etc.) are detected, the system will automatically issue warning messages to remind traffic management departments and drivers to take countermeasures.

Using solar power supply and low - power consumption design, it is suitable for use in remote areas or road sections without power supply.

The device shell is designed with anti - corrosion, dust - proof, and waterproof features, enabling long - term stable operation in harsh environments.

III. Product Advantages

The FT - GQX8 is optimized for the special needs of road traffic and can effectively cope with complex meteorological conditions and traffic environments.

Through real - time monitoring and early warning, it helps traffic management departments take timely measures to reduce traffic accidents caused by adverse weather.

It provides accurate meteorological data to help drivers choose the best driving route and avoid traffic jams caused by weather conditions.

The device has a compact structure and is easy to install, and can be quickly deployed at key locations such as along highways, on bridges, and in tunnels.

It supports remote data viewing and device management, reducing the cost of manual inspection and improving management efficiency.

IV. Application Scenarios

Real - time monitoring of meteorological conditions along expressways to provide decision - making support for traffic management departments.

Deploying at special road sections such as bridges and tunnels to monitor key parameters such as wind speed and visibility to ensure driving safety.

Monitoring rainfall and visibility in mountainous highways to prevent natural disasters such as landslides and mudslides.

Providing real - time meteorological information for urban expressways to help ease traffic congestion and improve traffic efficiency.

Deploying around transportation hubs such as airports and ports to provide meteorological guarantees for logistics transportation.

V. Technical Parameters

Wind speed measurement range: 0~60 m/s

Wind speed measurement accuracy: ±0.1 m/s

Wind direction measurement range: 0~360°

Wind direction measurement accuracy: ±2°

Temperature measurement range: -40℃~+60℃

Temperature measurement accuracy: ±0.3℃

Humidity measurement range: 0~100% RH

Humidity measurement accuracy: ±3% RH

Rainfall measurement range: 0 - 4mm/min

Visibility measurement range: 5m - 10km

Power supply method: Solar energy + Battery

Communication methods: 4G, LoRa, Ethernet