Soil Temperature and Humidity Sensor – Accurate Monitoring for Smart Agriculture Product OverviewThe Soil Temperature and Humidity Sensor is a high-precision tool designed for real-time monitoring of soil health. It measures both soil moisture and temperature simultaneously, providing vital data for agriculture, forestry, and environmental management. Using this sensor allows farmers to optimize irrigation, improve crop growth, and maintain soil fertility. Gemho’s integrated soil sensor can send data directly to the cloud, accessible anywhere through a free cloud platform. Combined with handheld soil data loggers, it ensures accurate readings for decision-making in modern farming operations. Key Features of the Soil Temperature and Humidity Sensor High Accuracy: Measures soil temperature and moisture with excellent precision. Fast Response: Quickly reacts to changes in soil conditions, enabling timely adjustments. Durable Design: Resistant to harsh environmental conditions, including moisture and temperature fluctuations. Cloud Connectivity: Data can be accessed remotely via a free cloud platform. Ease of Use: Simple installation and integration with existing monitoring systems. Technical Specifications of the Soil Integrated Sensor Power Supply: 12V DC, 2500mA Display Mode: 2.8-inch LCD Communication: USB and Modbus Serial Data Storage: 4MB Operating Temperature: –20°C to 50°C Working Humidity: 0–90% RH Connectable Devices: 1–8 MODBUS devices Size: 125 × 65 × 45 mm Applications of the Soil Integrated Sensor Agricultural Irrigation: Optimize water usage and prevent overwatering. Greenhouse Management: Maintain ideal soil conditions for plant growth. Forestry Protection: Monitor soil for healthy forest ecosystems. Environmental Monitoring: Track changes in soil conditions for research and management. Smart Farming Systems: Integrate with IoT devices for automated data logging and alerts. Why Choose the Soil Integrated Sensor for Modern Agriculture The Soil Integrated Sensor provides precise, real-time data on soil conditions, including NPK levels, PH, moisture, temperature, and humidity. By using this sensor, farmers and agricultural professionals can optimize irrigation schedules, fertilization, and crop management. Accurate soil data helps reduce waste, increase yields, and improve sustainability in both small and large-scale farming operations. 2. Advanced Features of the Soil Integrated Sensor Our Soil Integrated Sensor is built for durability and accuracy. It is resistant to corrosion, long-term electrolysis, and extreme weather conditions. The sensor supports multiple communication protocols like RS485, 4G, NB-IoT, and LORA, making it compatible with modern smart farming systems and cloud platforms. Its rapid response time and stable output ensure reliable measurements, whether buried long-term in the soil or used in greenhouse environments. 3. Applications of the Soil Integrated Sensor The Soil Integrated Sensor is versatile and suitable for a wide range of applications. In agriculture, it helps optimize crop growth by monitoring nutrient levels and soil conditions. In environmental monitoring, it tracks soil health and moisture for reforestation and grassland projects. Additionally, it is ideal for water conservation projects, greenhouses, and research laboratories where precise soil measurements are critical. 4. Integration & Data Management Easily integrate the Soil Integrated Sensor with IoT platforms, data loggers, or PLC systems for automated monitoring and alerts. Users can access real-time soil data remotely via cloud platforms, enabling data-driven decisions for irrigation, fertilization, and environmental management. Its compatibility with multiple systems makes it a future-proof investment for smart farming and agricultural research. INTERAL LINKE  Soil 7in1 sensor ESP32 WiFi & Bluetooth Module Gas sensor for TVOC methane Gas sensor ConclusionThe Soil Temperature and Humidity Sensor is an essential device for modern agriculture. With accurate measurements, cloud connectivity, and robust construction, it provides valuable insights into soil health and promotes optimal crop growth. Farmers, agronomists, and environmental managers can rely on this sensor for precision agriculture and sustainable soil management.