Background of Traffic Meteorological Station
The background of the use of transportation meteorological stations stems from the increasing demand for transportation and the impact of meteorological changes on traffic safety and efficiency. With the increase in the number of vehicles and the intensification of climate change, severe weather has a significant impact on road traffic, leading to frequent accidents and reduced traffic efficiency.
Therefore, it is particularly necessary to install traffic meteorological stations on highways, which can monitor meteorological conditions such as temperature, humidity, precipitation, and wind speed in real time, help traffic management departments issue timely warning information, optimize traffic flow, and ensure driving safety. At the same time, accurate meteorological data can also provide scientific basis for road maintenance and planning, enhance the intelligence level of overall traffic management, and ensure public safety and travel efficiency.
Product Introduction of Traffic Meteorological Station
The traffic meteorological environment monitoring system consists of several automatic weather stations distributed along the expressway network, which automatically monitor the visibility, wind direction, wind speed, temperature, humidity, rainfall, road conditions (surface temperature, dry and wet conditions, icing) along the expressway, and transmit the monitoring information to the monitoring center in a timely manner.
The traffic meteorological monitoring station system adopts a modular design, which can flexibly add or reduce corresponding modules and sensors according to user needs (measured meteorological elements), and can be combined arbitrarily to conveniently and quickly meet the needs of various users. The road traffic automatic weather station system comes with functions such as display, automatic saving, real-time lightning protection clock, and data communication. The highway traffic meteorological observation station has the advantages of advanced technology, high measurement accuracy, large data capacity, long telemetry distance, user-friendly human-machine interface, and high reliability.
The intelligent transportation meteorological station system is a highly intelligent automatic detection meteorological system that can be unmanned. It has fully automatic meteorological data collection, storage, processing, and transmission functions, and is suitable for various harsh outdoor environments.
Application areas of automatic transportation weather stations: monitoring of meteorological environmental conditions such as highways, bridges, tunnels, airport runways, etc.
System Overview
The system consists of front-end monitoring sensors, data transmission center, and back-end software center. Observable meteorological elements include conventional weather (temperature, humidity, wind speed, wind direction, rainfall, atmospheric pressure, etc.), visibility, and road conditions (road temperature, dry and wet conditions, icing, etc.). The data from each transmitter is collected to the monitoring center host through wired means, and the host finally uploads the received information to the monitoring center through wireless or wired networks (Ethernet/RS485). The monitoring software running in the monitoring center stores, analyzes, displays, and processes the data.
The system configuration is flexible, and various observation sensors can be flexibly configured according to needs. The monitored and collected data on visibility, temperature, humidity, rainfall, and road conditions (surface temperature, dryness and wetness, icing) along the highway can be transmitted in real-time to the monitoring center through the network, and warning information can be issued in a timely manner under adverse weather conditions to improve the safety level of highway driving and achieve intelligent warning and management.
Meteorological Station Cloud Platform
The meteorological station cloud platform supports login on both computer and mobile devices, with real-time online status, real-time data, historical data, and data curve analysis charts. It has functions such as device management, user management, generating data reports, and pushing over limit alarms.
Big Data Screen
By using a large screen electronic map and video surveillance system to comprehensively view the real-time status, data information, and on-site situation of all monitoring points, and configuring corresponding data access functions, it provides powerful auxiliary means for real-time monitoring, early warning, and coordinated scheduling of meteorological pollution emissions.
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