Product Introduction

The Scenario-Based Meteorological Telemetry Station is a high-precision, one-pole weather monitoring system for continuous real-time measurement of rainfall, wind, temperature, humidity, and atmospheric pressure.

It integrates tipping bucket and piezoelectric rain gauges, mechanical and ultrasonic wind sensors, telemetry terminals, 4G IoT communication, lightning protection, solar panels, and batteries into a single galvanized steel pole with a weatherproof IP67 terminal box.

This pre-assembled, factory-tested station provides rapid deployment, minimal on-site wiring, and professional aesthetics, delivering reliable meteorological data for:

• Smart agriculture and precision irrigation
• Urban climate and environmental monitoring
• Flood early warning and hydrological management
• Infrastructure and construction site safety

Key Features

• Quick Installation & Deployment: Pre-assembled components enable 1–2 stations per day setup without pre-embedding or field surveys.
• Accurate & Reliable Data: Factory-tested with aviation plug motherboard connections for precise rainfall, wind, temperature, humidity, and atmospheric pressure measurements.
• Integrated & Economical Design: Centralized layout reduces labor, installation costs, and wiring complexity for large-scale urban, agricultural, and environmental networks.
• Smart & Clean Layout: Hidden cabling and compact pole design offer professional aesthetics for public and agricultural installations.
• Flexible Sensor Compatibility: Works with mechanical wind sensors, ultrasonic anemometers, tipping bucket rain gauges, and piezoelectric rainfall sensors.
• Durable Outdoor Construction: Galvanized steel pole and IP67 weatherproof terminal box for reliable operation under sun, rain, wind, and snow.
• Solar-Powered & Remote Monitoring: Lithium battery and solar panels enable off-grid operation with real-time IoT platform or mobile app access.

Application Scenarios

• Smart Agriculture & Precision Irrigation: Real-time monitoring of rainfall, wind, temperature, humidity, and pressure for crop management, greenhouse control, and water optimization.
• Hydrological Monitoring & Flood Early Warning: River, reservoir, and watershed monitoring for flood prevention and emergency response.
• Urban Environmental Observation & Smart City Networks: Urban climate monitoring, air quality assessment, and microclimate studies.
• Transportation & Infrastructure Safety: Meteorological safety monitoring for highways, bridges, tunnels, and railways.
• Engineering & Industrial Projects: Weather observation for construction sites, industrial plants, and renewable energy installations.
• Meteorological Research & Environmental Studies: Climate research, hydrology studies, and long-term environmental monitoring.

Technical Specifications