Product
-
Weather station
-
Road Weather Station
-
Photovoltaic Inspection
-
Atmospheric monitoring
-
Operating condition monitoring
Recommended article
- Power Quality Monitoring Equipment Enables Precise Real-Time Monitoring of Multi-Dimensional Power Grid Parameters
- Six-Element Automatic Weather Station is Adaptable to High-Precision Meteorological Monitoring Applications Across Multiple Scenarios
- Atmospheric monitoring stations achieve high-precision continuous monitoring in the field through integrated design
- EL series of DC power supply Completes EL Inspection of Internal Defects in Photovoltaic Power Plant Modules
- The price of Fengtu automatic weather stations is affected by the configuration of monitoring elements
- Odor gas detector Enables 24-Hour Continuous Monitoring of Odor Pollution in Industrial Plants
Contact us
Shandong Fengtu IOT Technology Co., Ltd
Sales Manager:Ms. Emily Wang
Cel,Whatsapp,Wechat:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China
Grassland weather stations protect against grassland fires
Article source:Weather station time:2024-04-30 09:16:02 viewed:516times
The impact of forest and grassland fires on the environment and human society is far-reaching; they not only destroy valuable natural vegetation resources and threaten wildlife habitats, but also cause soil erosion, affect water quality, cause air pollution and, more importantly, directly endanger the lives and property of the people. These fire events also pose a major threat to the sustained development of the national economy and national ecological security.
The burning of forests and grasslands requires the joint action of three key elements: combustibles, ignition sources and oxygen, which constitute the so-called "burning triangle". Among these three elements, meteorological conditions such as precipitation, air temperature, relative humidity, wind speed and direction play a decisive role in the occurrence and development of forest and grassland fires. Therefore, these meteorological factors are key indicators that must be taken into account when making predictions and forecasts of forest and grassland fire risk weather levels.
FT-CQX9 Grassland Weather Station is a high-precision automatic weather observation device produced by Shandong Fengtou Internet of Things Technology Co. It can be quickly installed and run with low energy consumption, suitable for field environments, and integrates the monitoring of many meteorological elements such as wind speed, wind direction, temperature and humidity, barometric pressure, rainfall, radiation, PM2.5, PM10, and so on. The device adopts ultrasonic technology with multiple data transmission interfaces, can operate stably under adverse weather conditions, and provides a user-friendly operation interface via a touch screen. In addition, it also supports cloud platform data display, which is convenient for remote monitoring and analysis, and is widely used in many fields such as meteorological monitoring, agriculture, forestry and environmental protection.

This paper addresses:https://www.fengtuweather.com/industry/366.html
Related products
Related article
-
3-meter laser snow depth monitoring station achieves millimeter-level snow depth measurement using phase-based laser ranging
2026-07-14 -
Small-scale six-element automatic weather station enables continuous all-weather monitoring of outdoor meteorological parameters
2026-07-03 -
Scenic Weather Station: Empowering Tourism with Meteorological Resources
2024-09-26 -
Power Quality Measurement Makes Power Grid Harmonic Detection and Data Logging More Efficient
2026-07-22 -
Why Small Automatic Weather Station Stands Out: Monitoring, Configuration & Practicality
2025-09-10 -
Forest Fire Detection Improves Forest Fire Early Warning and Suppression Efficiency by Relying on Meteorological Factor Data
2026-05-26 -
FT-JQX10 Portable Meteorograph: Enhancing Military Readiness in Challenging Weather
2024-10-10 -
How Photovoltaic Solar Environmental Monitoring System Empowers Fishery-Photovoltaic Complementation
2024-12-16










