Product Introduction

The Scenario-Based Agricultural Monitoring Telemetry Station is a high-precision, single-pole smart farm monitoring system designed for real-time measurement of rainfall, wind, temperature, humidity, light intensity, and soil moisture.

It integrates tipping bucket and piezoelectric rain gauges, mechanical and ultrasonic weather sensors, light sensors, soil moisture probes, telemetry terminals, 4G communication modules, lightning protection, solar charge controllers, solar panels, and batteries into a galvanized steel pole with a weatherproof terminal box, providing reliable and continuous agricultural telemetry data.

Compatible with IoT platforms and mobile applications, this telemetry station supports remote crop monitoring, soil health assessment, irrigation optimization, and environmental observation. Pre-assembled and factory-tested, it ensures rapid deployment, minimal on-site wiring, and professional installation for smart farms, agricultural research projects, and precision agriculture networks.

Key Features

• Rapid Installation & Deployment: Pre-assembled components allow 1–2 stations installed per day without pre-embedding or field surveys.

• High-Precision Agricultural Monitoring: Accurate measurements of rainfall, wind, temperature, humidity, light intensity, and soil moisture for precision irrigation, crop growth analysis, and yield optimization.

• Economical & Standardized Design: Centralized assembly reduces labor, deployment costs, and installation complexity for large-scale agricultural and environmental monitoring projects.

• Smart & Clean Layout: Optimized pole structure with hidden cabling provides a professional appearance for IoT-connected smart farm networks.

• Flexible Sensor Options: Supports tipping bucket or piezoelectric rain gauges, mechanical or ultrasonic weather sensors, light sensors, and soil moisture probes.

• Durable Outdoor Construction: Galvanized steel pole and IP67 weatherproof terminal box ensure reliable long-term outdoor operation in harsh farm environments.

• Solar-Powered & Remote Management: Equipped with solar panels, lithium batteries, and supports IoT platform and mobile app remote monitoring, enabling off-grid precision agriculture deployment.

Application Scenarios

• Smart Agriculture & Precision Irrigation: Real-time monitoring for optimized watering schedules, crop growth tracking, and enhanced yield management.

• Soil Health & Environmental Monitoring: Continuous measurement of soil moisture, temperature, and light conditions for soil assessment and farm planning.

• Agricultural Meteorology: Field weather monitoring including rainfall, wind, temperature, and humidity to guide farm operations and irrigation decisions.

• Flood & Waterlogging Risk Assessment: Early warning and monitoring of flooding or waterlogging events in agricultural regions.

• IoT-Connected Smart Farms: Integration with smart farm platforms, remote telemetry, and precision agriculture networks for centralized data management.

Technical Specifications