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Wireless Battery-Powered Soil Moisture Sensor
In modern agriculture and professional greenhouse applications, the biggest problem is that energy and cabling are costly and impractical. The smart irrigation management system developed by the Esular agricultural technologies team is completely wireless. Our self-solar-paneled soil moisture sensor, in fields, greenhouses, and s...
Technical Specifications
| Dimensions | 157.5 x 90 x 58.5 mm |
|---|---|
| Documentation | Technical Documentation Available |
Product description
In modern agriculture and professional greenhouse applications, the biggest problem is that energy and cabling are costly and impractical. The smart irrigation management system developed by the Esular agricultural technologies team is completely wireless. Our self-solar-paneled soil moisture sensor measures soil moisture values gradually in fields, greenhouses, and landscape areas, allowing you to perform precise irrigation according to your plants' actual water needs. With a precision farming approach, it saves water while increasing your yield and protecting plant health. By digitizing your farming and gardening operations through soil moisture data measurement and wireless transmission, you can ensure your irrigation is done correctly. It offers easy installation with its Plug&Play structure and the ability to measure soil moisture values from multiple points.
For EC measurements, the soil must be above a certain moisture level and wet. The EC value of dry soils cannot be measured. EC measurement is critically important for agriculture and greenhouse cultivation, guiding your plant nutrition decisions by measuring the electrical conductivity of minerals in the soil or applied fertilizer mixtures in wet soil. Our sensor, which provides measurements in µs/cm, is made of a long-lasting carbon rod suitable for use in liquids and soil. You can safely use it in open field, garden, and greenhouse conditions.
Wireless Self-Solar-Paneled Rechargeable Battery Soil Moisture Sensor - Ideal Solution for Smart Agriculture and Greenhouse Management
- Wireless Agricultural Technology: Easy installation in fields, greenhouses, and gardens without requiring cabling.
- Wide Coverage Area: Measurement data can be transmitted wirelessly up to 10 km. It provides uninterrupted data flow even in farms and large agricultural areas by enabling two-way or one-way communication.
- Energy Independent Operation: Thanks to its self-solar-paneled rechargeable battery system, it does not require an external power source. It offers an ideal solution for remote agricultural areas and regions where access to energy is difficult.
- Depth Analysis: With up to 4 soil moisture probe connections, it measures soil moisture gradually according to different plant root depths (30-60-90-120 cm), precisely analyzing the moisture status in the plant root zone.
- Agricultural Operation Ease: Its Plug&Play structure offers easy scaling opportunities in agricultural enterprises.
- Scalable Farm Management: Thanks to its wireless structure, no cabling requirement, and easy installation, you can easily add new sensors to your agricultural automation system and expand your system according to your growing farm needs.
- Uninterrupted Data Security: No data loss occurs if it is turned off and on, ensuring your agricultural and greenhouse data remains secure.
- Compliance with Industry Standards: The device communicates with LoRa modulation and LoRaWAN protocol, providing full integration with modern agricultural IoT systems.
- Optimal Communication: Reliable data transmission even in large agricultural areas with EU-868 Mhz frequency band and 14dB output power.
- Multi-Channel Support: Ability to manage different sensor groups with 8 Channel standard LoRa/LoRaWAN transceiver feature.
- Open Agricultural Systems: Integration with existing smart agriculture infrastructures thanks to full compatibility with LoRaWAN networks.
- Flexible Connection: Optimization according to field conditions with external antenna and internal antenna connection options.
- Remote Management: Configuration operations can be done via the system, reducing field visits.
- Energy Efficiency: Long battery life with ultra-low power consumption, continuous operation throughout the season.
- Wide Communication Range: Coverage even in large agricultural enterprises with point-to-point wireless communication capacity up to 5 km.
- Resistant to Harsh Field Conditions: Reliable measurement in all climate conditions with a working temperature range of -40°C~+85°C.
- Full Protection: Safe use outdoors, in rain, and under irrigation with its completely waterproof structure compliant with IP68 standard.
Agricultural and Greenhouse Application Areas
- Precision Farming Applications: Soil moisture mapping, variable rate irrigation, and water-saving focused agricultural management
- Professional Greenhouse Management: Plant root zone moisture monitoring, growing medium optimization, and automatic irrigation control
- Orchards and Vineyards: Gradual moisture measurement for tree and vine root zone moisture monitoring
- Landscape and Golf Courses: Water requirement analysis for large areas and irrigation management by zones
- Vertical Farming Systems: Growing medium moisture optimization in controlled environment agriculture
- Smart Irrigation Automation: Automatic irrigation control based on real-time soil data
- Soilless Farming Systems: Substrate moisture level monitoring and precise irrigation management
- Agricultural SCADA Systems: Integration of soil data into central farm management systems
- Agricultural IoT Solutions: Data transfer to cloud-based agricultural management platforms
- Municipal Green Area Management: Water-saving irrigation control for parks, gardens, and public areas
- LoRa / LoRaWAN Sensor Networks: Installation of wireless sensor networks in large agricultural areas
- Seedling and Sapling Cultivation: Precise moisture management in germination, rooting, and sapling growth processes
- Greenhouse Automation Systems: Providing data to integrated greenhouse climate control and irrigation systems
- Protected Cultivation: Moisture monitoring in tunnel and low greenhouse systems
- Pasture and Open Field Agriculture: Monitoring rainwater and irrigation efficiency in large areas
Technical Documents
Download the documents for detailed product information