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The hydrological and meteorological monitoring system adopts standard structure and process modular design, with the advantages of high precision/automation/high integration, and is suitable for long-term operation in various harsh environments. At the same time, the monitoring data can be directly entered into the data platform to provide accurate data guarantee for meteorological services. The hydrological and meteorological monitoring system can be installed in rivers, reservoirs, etc., to collect water level, flow rate, wind speed and direction, temperature and humidity in real time, and report to the monitoring platform through GPRS (supporting 4G, Internet of Things card) and Beidou short message and other communication methods.
System Composition
The hydrological and meteorological monitoring system consists of front-end sensing devices, network layer and application layer. Through online monitoring of multiple hydrological and meteorological data, automatic data collection, summary statistics, timely and effective data support is provided to users.
Perception layer: Real-time sensing of the status of various monitoring parameter sensors, such as temperature and humidity, water level, rainfall, wind speed and direction, and other front-end sensing devices.
Network layer: Supports data communication, up and down two-way communication, and supports wireless, SMS, Beidou and other communication methods.
Platform layer: Integrate the functions of various layers of equipment and systems, send commands to the front-end sensors through signal connection, upload the collection, processing, storage and analysis of monitoring data, and real-time linkage of major front-end monitoring equipment.
Application layer: Open information release channels, display information data and warning information in real time.
System Function
The hydrological and meteorological monitoring and early warning system is a complete solution integrating monitoring, early warning, analysis, query, emergency, feedback and statistics.
● Real-time monitoring: real-time monitoring of water level, flow rate, wind speed, wind direction, rainfall, temperature, humidity, air pressure, soil temperature, soil humidity and other factors, supporting self-selection;
● Basic data query: automatic collection of meteorological data, timed storage, parameter setting, historical data query and other functions;
● Flexible data communication: standard wired, wireless and other communication methods for users to choose;
● Warning release service: warning information can be released through SMS, sound and light, etc., to help users respond in time.
System Features
Flexible configuration: monitoring elements can be selected according to actual needs. Modular design facilitates the debugging and upgrading of later equipment.
Visual interface: You can query and count the on-site meteorological data of the meteorological station on the Internet through web and app.
Real-time release: The hydrological and meteorological monitoring system can realize multiple broadcasting methods such as text and SMS, support functions such as timing and emergency broadcast, and publish and receive information anytime and anywhere.
Easy to operate: the on-site hardware equipment is simple to operate, the software interface is easy to operate, easy to learn and master, and the equipment is suitable for various harsh outdoor environments.
Power supply guarantee: Supports wind and solar complementary power supply system, AC 220V, solar energy, etc., users can choose according to needs.
System Significance
The monitoring of hydrological and meteorological data plays a guiding role in urban flood control, agriculture, irrigation areas and other scenarios. The use of hydrological and meteorological monitoring and early warning system provides data support for improving the hydrological and meteorological monitoring, early warning and forecasting services in the basin, further ensures the safety of life and property of the people, and provides effective support for water conservancy and hydrological safety.
