As a manufacturer of highway weather monitoring stations, Shandong Fengtu fortifies the safety defenses for highway weather conditions

Shandong Fengtu is a specialized manufacturer of highway weather monitoring stations. Leveraging integrated measurement, control, and communication technologies, the company produces fully automated monitoring equipment capable of collecting real-time meteorological and road surface data along highways. This data is reliably transmitted to transportation authorities, ensuring accurate weather services for highway operations, maintenance, and public travel.

Deeply rooted in the field of transportation weather monitoring, Shandong Fengtu—a trusted manufacturer—utilizes core technologies such as integrated data acquisition and control, computer software, and remote communication to develop and manufacture systematically integrated highway weather monitoring equipment. Addressing the complex operational environments of highways, the company integrates various monitoring hardware with cloud platforms to create a comprehensive highway weather monitoring system. The complete system comprises visibility sensors, road surface condition sensors, multi-parameter weather sensors, data loggers, mounting poles, power supply systems, and a cloud platform. With a robust hardware configuration and stable system performance, the equipment is suitable for outdoor monitoring scenarios along highways nationwide.

The equipment features high-precision sensor modules that meet industry standards, effectively resolving issues common to traditional monitoring devices, such as data inaccuracies and susceptibility to interference. It employs an all-in-one six-parameter sensor capable of simultaneously monitoring temperature, humidity, wind speed, wind direction, atmospheric pressure, and rainfall. The ultrasonic wind sensor utilizes a concealed probe design to prevent interference from accumulated rain or snow and wind obstruction; it employs variable-frequency ultrasonic phase detection technology to ensure data accuracy and stability. The piezoelectric rainfall sensor relies on PVDF piezoelectric film technology combined with embedded AI neural network algorithms to filter out interference from dust, grit, and equipment vibration, thereby preventing false triggers and enhancing rainfall monitoring accuracy.

Regarding core visibility and road surface monitoring, the equipment utilizes the principle of aerosol forward scattering to accurately measure visibility within a range of 5 meters to 10 kilometers, maintaining controlled error margins across different measurement intervals and achieving a resolution of 1 meter. Equipped with an infrared remote-sensing road condition sensor, the system enables non-contact monitoring of road surface conditions—such as wetness, dryness, and icing—thereby comprehensively meeting the meteorological safety monitoring needs of expressways. It features 4G wireless remote transmission capabilities, allowing for the real-time aggregation and uploading of monitoring data to ensure that traffic authorities receive timely, on-site meteorological and road condition information. Additionally, the system supports dual power modes—solar and mains electricity—adapting to the power supply conditions of various road sections to ensure 24-hour continuous monitoring. This provides reliable data support for expressway traffic safety management, meteorological early warnings, and convenient travel for the public.