Intelligent IoT soil monitoring for optimal soil utilization

GAIA Soil Monitoring System |

IoT soil monitoring system

Measurement of soil temperature

Measurement of the temperature-compensated soil water content

Detection of electrical conductivity

Maintenance-free operation with PV module

Temperature -20~60 ± 1.06°C

Soil moisture 0~60 ± 3%

Suitable for smart agriculture and smart city applications

Plug&Play with industrial connections

Up to 3 sensors per box

The GAIA IoT soil monitoring system is a powerful, wireless soil sensor developed for smart agriculture and smart city applications. Using innovative measurement technology, GAIA measures the fertilizer content in the soil via electrical conductivity and provides precise information on soil condition. In addition, the sensor records the water content and soil temperature in a temperature-compensated manner, which enables targeted optimization of crop management.

The recorded data is collected regularly and transmitted wirelessly via LoRaWAN® or mioty® to ensure efficient monitoring and analysis.

GAIA Soil Sensor System - LoRaWAN®

€649.00

Wireless soil moisture sensor for smart agriculture, precise measurement of moisture and fertilizer content through electrical conductivity, temperature-compensated soil measurement, maintenance-free thanks to PV module, IP67, configurable via NFC, -30°C to +75°C, dimensions: 119mm x 54mm x 33mm.

Inquiries

Soil Sensor Probe

€295.00

Bodensensor, Bodensensor Monitoring System IP68, Dimensionen 132,5mmx27mmx16,2mm, Kabellänge 2 Meter, Betriebstemperatur -20°C bis 70°C: Electrical Conductivity Messbereich: 0 - 5 ds/m Auflösung: 0,0001 ds/m Genauigkeit: +/-3 % Temperatur Messbereich: -20 to 60 °C Auflösung: 0,0625 °C Genauigkeit: +/-1 °C Bodenfeuchtigkeit Messbereich: 0 - 60 % Auflösung: 0,1 % Genauigkeit: +/-3 %

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Temperaturfühler mit Strahlungsschutz

€320.00

Analoger Temperatur- und rel. Feuchtigkeitssensor mit Strahlungsschutz, Material PC, IP65, Anschlusskabellänge, 1,5 m, kompatibel mit den Produktserien Gaia und Helios: Rel. Luftfeuchigkeit in %RH: Messbereich: 0% bis 100% Genauigkeit RH: ±2.5 %RH bei 23 °C (0…100 %RH) ±3 %RH bei 0…40 °C (0…100 %RH) ±4 %RH bei -20…80 °C (0…100 %RH) Temperatur in°C: Messbereich: -40°C bis 80°C Genauigkeit: ± 0,6°C bei -40°C ± 0,3°C bei 23°C ± 0,6°C bei 80°C

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Crop cultivation, fruit and vegetable plantations, gardens and greenhouses

Agriculture

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Monitoring of protected areas, nature conservation areas

Environmental research and nature conservation

Urban green spaces, green spaces in urban areas

Smart City

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Soil analysis before construction projects, monitoring soil moisture on construction sites

Building industry

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Monitoring of forest areas

Forestry

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Soil monitoring around roads, bridges or tunnels, soil monitoring at dams and water reservoirs

Infrastructure

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Precise measurement of the fertilizer content

The GAIA sensor precisely measures the fertilizer content in the soil. This helps to optimally adjust the plants' nutrient requirements.

Monitoring soil moisture and temperature

The sensor continuously measures the moisture and temperature of the soil. This enables targeted watering and care of the plants.

Efficient use of resources

Targeted measurements of soil values save water and fertilizer. This reduces waste and protects the environment.

Autonomous system

Powered by an innovative system of rechargeable battery and solar module, GAIA can achieve a long service life and is completely maintenance-free.

No calibration required

Highly accurate and temperature-compensated measurements through calibration during the manufacturing process.

Robust and durable

GAIA delivers accurate sensor values and is also suitable for harsh environments thanks to its industrial-grade housing and connections.

Other soil sensor systems usually measure the total electrical conductivity. This means that the total resistance of soil material, pore water and air is processed. However, the total EC is influenced by the water and ions in the soil. GAIA can also measure the pore EC, which is an important indicator of the fertilizer concentration in the soil. In addition, the pore EC is not affected by the volume of water as it only measures the ions in the soil.

Technical References