1. Introduction: Your All-in-One Agricultural Monitoring Solution

The Honde Technology agriculture system is a comprehensive environmental monitoring solution designed for modern, data-driven farming. By integrating an 11-parameter weather station, a suite of advanced soil sensors, and a 4G wireless data module, it provides a complete, automated environmental data platform. This system delivers real-time insights into both atmospheric and soil conditions, empowering growers to optimize irrigation, reduce fertilizer costs, and increase crop yields through precision data.

2. The Heart of the System: The 11-Parameter Compact Weather Station

The foundation of the system is the 11-parameter weather station, which captures the critical atmospheric variables that directly impact crop development and resource management. This integrated unit provides a complete picture of the conditions on your farm with a standard RS485 output.

The station measures the following 11 parameters:

Air Temperature

Air Humidity
Atmospheric Pressure
Ultrasonic Wind Speed
Ultrasonic Wind Direction
Rainfall (via Tipping Bucket Rain Gauge)
Illumination
Radiation
ET0 (Evapotranspiration)
Sunshine Hours
Dew Point Temperature

3. Beyond the Air: A Deep Dive into Our Comprehensive Sensor Suite

While atmospheric data from the weather station provides the macro-environmental context, true precision agriculture requires a deep understanding of the conditions at the root and leaf level. Our comprehensive sensor suite delivers this critical ground-truth data.

3.1 The 7-in-1 Soil Sensor: A Complete Soil Profile

This robust sensor features stainless steel probes to deliver a detailed analysis of your soil’s key properties. It measures the most critical parameters for soil health and fertility, including:

Soil Moisture
Soil Temperature
Soil Electrical Conductivity (EC) / Salinity
Nitrogen (N)
Phosphorus (P)
Potassium (K)
pH

This allows for precise fertilizer application and irrigation scheduling, preventing resource waste and improving plant health.

3.2 Specialized Monitoring for Precision Agriculture

For more detailed analysis, the system can be expanded with additional sensors to target specific environmental factors:

• Leaf Temperature & Humidity Sensor: This sensor directly measures the micro-environment on the leaf surface, providing critical data for early disease detection and fine-tuning irrigation to prevent heat stress.
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• Soil pH Sensor: Measures the acidity or alkalinity of the soil, a critical factor for nutrient availability and plant health.
• Soil Oxygen Sensor: Monitors the level of oxygen in the soil, which is crucial for healthy root development and nutrient uptake.
• Soil CO2 Sensor: Measures carbon dioxide levels within the soil, offering insights into the biological health and organic matter decomposition rates in your soil.

4. Seamless Data Transmission: The 4G Wireless Module

The 4G wireless module is the communication core of the system. Its primary role is to connect all sensors and reliably transmit their collected data to the server and software platform for analysis and access.

Key features of the 4G module include:

• Connectivity: Requires a standard 4G SIM card for remote data transmission.
• Durability: It is housed in a durable, rainproof case designed for long-term outdoor installation.
• Flexible Power: The module can be powered by a 12V DC adapter or connected to a solar panel for off-grid applications.
• Ease of Use: Features a simple, accessible slot for quick insertion and setup of the 4G SIM card.

5. System Components & Specifications at a Glance

Component Key Features / Parameters Technical Details
11-Parameter Weather Station Measures air temp, humidity, pressure, Ultrasonic wind speed/direction, ET0, Radiation, etc. RS485 Output
7-in-1 Soil Sensor Measures soil moisture, temp, EC, NPK, pH Stainless Steel Probes
Leaf Sensor Measures leaf surface temperature and humidity Measure Range: -3080°C, 0100%RH
4G Wireless Module Transmits all sensor data remotely 12V DC Power (Adapter or Solar), Rainproof Case

6. Installation Best Practices: Insights from the Honde Tech Team

Drawing from our experience with countless field deployments, we’ve identified the following critical installation steps to ensure data integrity and system longevity.

1. Weather Station Alignment: For accurate wind direction readings, it is critical that the “north arrow” located on the weather station is pointed directly north during installation.
2. Soil Sensor Placement: To prevent damage and ensure accurate soil contact, always dig a pilot hole to the desired depth before gently inserting the sensor.
3. Handle with Care: The probes on the soil pH sensor are sensitive and can be easily broken. You must exercise caution and handle this sensor carefully during the installation process.
4. G Module Setup: The 4G module is pre-configured with the APN (Access Point Name) you provide. For a successful connection, ensure the SIM card you insert uses this exact APN.

7. Empower Your Farm with a Complete Data Solution

The Honde Technology agriculture monitoring system creates a holistic decision-making tool that is greater than the sum of its parts. By combining real-time weather data like rainfall and evapotranspiration (ET0) with ground-truth soil data like moisture levels and leaf surface humidity, you gain a complete, actionable view of your farm’s ecosystem. This integrated approach allows you to move beyond reactive measures and proactively manage resources, mitigate risks, and optimize crop health for maximum productivity.

8. Take the Next Step

Get a custom quote for your project.

Our team is ready to help you solve your monitoring challenges. Send us an inquiry, and we’ll get started.

For more information, please contact Honde Technology Co., LTD.

WhatsApp: +86-15210548582

Email: info@hondetech.com

Company website: www.hondetechco.com