Introducing the All-in-One Solar-Powered LoRa Soil pH Sensor — Your Reliable Wireless IoT Partner for Remote, Long-Term Soil Monitoring

• Designed for the unique demands of off-grid field operations, this solar-powered wireless IoT sensor integrates three core functions: accurate data collection, real-time pH monitoring, and stable long-range wireless transmission — all in a single, rugged device. Built on proven electrochemical measurement principles and fully compliant with the standard LoRaWAN protocol, it delivers the high-precision, fast-response, and consistent output you need to analyze pH levels across all soil types, from acidic farmland to alkaline forest terrain.
• Engineered for durability in harsh outdoor environments, the sensor is optimized for long-term buried use with exceptional electrolysis and corrosion resistance. Its advanced vacuum potting technology ensures full IP-grade waterproof performance, protecting internal components from moisture, mud, and chemical erosion — even in prolonged wet conditions. Aviation-grade connectors provide a secure, hassle-free link to LoRaWAN collectors, while LoRa technology enables reliable long-range, low-power wireless communication — perfect for covering large farms, remote forest plots, or sprawling geological survey areas without the need for frequent on-site checks.
• What sets this sensor apart? Its integrated solar power system, which eliminates the hassle and cost of frequent battery replacements. This self-sustaining design ensures uninterrupted operation even in remote, off-grid locations, making it ideal for projects where power access is limited or non-existent.
• Whether you’re optimizing crop health in precision agriculture, conducting ecological surveys in forestry, mapping soil conditions for geological exploration, managing greenhouse plant cultivation, monitoring water conservancy projects, or supporting environmental protection initiatives — this solar LoRa soil pH sensor is the all-purpose solution for any application requiring accurate, long-term soil pH measurement.

Key Features of the Solar Soil pH Sensor:

1. Wide pH Measurement Range: Covers 3–9 pH, compatible with all soil types for comprehensive monitoring.

2. High-Precision Electrochemical Sensing: ±0.1 pH accuracy and 0.01 pH resolution ensure reliable, granular data collection.

3. Solar-Powered, Battery-Free Operation: Eliminates battery replacement and cuts long-term maintenance costs.

4. LoRa Long-Range Wireless Transmission: Enables remote data access and minimizes on-site inspection visits.

5. High Integration & Easy Installation: Modular design reduces device complexity for hassle-free setup and operation.

6. Waterproof & Corrosion-Resistant Build: Withstands harsh outdoor conditions and prevents sensor damage.

LoRaWAN Solar Soil pH Sensor Specification:

Packaging:

Single gross weight: 0.800 KG

Single package size: 23X20X5 cm

Product Applications: :

1.High precision: accurately measure the slightest changes in soil PH, with a wide measurement range.

2.It meets the requirements of long-term agricultural monitoring and reduces operational and maintenance costs associated with frequent power replacement.

3.Features battery-powered design, compatible with outdoor deployment scenarios without external power sources.

4.Low - power wireless transmission: use LoRa technology for long - range, low - power data transmission, reducing energy consumption.

5.Strong environmental adaptability: withstand harsh outdoor conditions such as rain, dust, and extreme temperatures.

6.Easy installation and deployment: quick setup with an aviation connector and flexible placement in various soil monitoring scenarios.

Product Description:

Application:

The sensor is mainly oriented to smart agriculture and ecological monitoring scenarios, with strong adaptability to different scales and types of application needs:

1. Large-Scale Field Crop Planting

2. Greenhouse Horticulture & Protected Agriculture

3. Orchard & Fruit Tree Planting

4. Small-Scale Planting & Family Farms

5. Agricultural Scientific Research & Experiment

6. Ecological Restoration & Environmental Monitoring