Applications:
Precision Agriculture – Smart Farming – Smart Irrigation
Subscription cost:
- Upfront $ 109,00
- Monthly $ 15.00
The soil moisture refers to the content of water in soil. It’s expressed as a ratio which can range from 0 (completely dry) to the value of the soil porosity at saturation. Soil moisture is critical to the growth of plants, and when the soil moisture content is optimum for plant growth, plants can readily absorb soil water. This soil water serves as a solvent and carrier of food nutrients for plant growth. The yield of a crop is more often determined by the amount of water available rather than the deficiency of other food nutrients. Soil water acts as a nutrient itself and regulates spilt temperature.
The soil temperature affects seed germination, crop development, leaf development, flowering, harvest, and fruit production. Although the effects of temperature on crop development are often implicitly presumed to be associated with air but not soil temperature, the soil temperature more closely correlates with crop development than air temperature. Also, plant processes, including nutrient and water uptake, as well as the initiation, branching and, and orientation of root growth are dependent on spilt temperature.
The soil EC (electrical conductivity) is a measure of the potential for a material to conduct electricity, and gives an indication of the amount of salts in soil (salinity of soil). It is an excellent indicator of nutrient availability and loss, soil texture, and available water capacity. Lower EC values indicate the plants may not be receiving enough nutrients.
This IoT As a Service (IOTaaS) solution combines Soil Moisture, Soil Temperature and Soil Electrical Conductivity. Monitoring these soil parameters in Real-Time allows the farmer to make better decisions at every stage of the growing process, increasing yields and decreasing costs.
Soil Moisture level can be used to trigger irrigation only when needed, saving water and making the irrigation process more efficient.
The farmer can monitor soil conditions from any part of the world, without ever stepping foot in the field, which saves time and money. Likewise, the farmer can set conditions to be notified for those cases requiring special attention.
The collected data can be analyzed to improve food production efficiencies, and trained to predict plant health.
Precision Agriculture – Smart Farming – Smart Irrigation
Note: the monthly charge starts when the device is registered or 30 days after the device is shipped, whichever occurs first. Check our Subscription Policy for more details.
(Please check Network Requirements before ordering)
This IoT As a Service (IOTaaS) solution is based on a subscription featuring:
The IoT Platform provides the following features:
An IoT hardware device is provided as part of the subscription. The specific device type depends on the solution (check Sensors specifications section). Device’s installation does not require a technician and it can be done by the user. The device uses LoRaWAN communications which is a low-power, long-range, open wireless communication protocol widely used in the US/Europe and many other countries (check https://lora-alliance.org/ for more information). Thus, a LoRaWAN network coverage is required for this service to operate (check Network requirements).
A LoRaWAN-compatible Network is required for the service to operate. Communications costs are included in the service, but the customer has to choose one of the following options:
This is the most convenient case as it does not require a LoRaWAN Gateway, avoiding further setup and configuration. However, public network coverage might not be available in your location (where sensors will be deployed). Please check in this link to ensure this option is supported: https://explorer.helium.com/ Enter the sensor deployment address in the search bar (located at the upper right of the page) and check if there is coverage, looking for a green hexagon covering your location. At the left side, the available gateways (called hotspots) are shown; the more the available hotspots, the better the connectivity.
This option requires a gateway to be installed at the customer site, to provide LoRaWAN wireless coverage to the installed sensor devices. Gateways require an internet connection (ethernet or WiFi) to operate. Customers are required to provide this internet access. Normally, one gateway is sufficient to cover a large facility, but depending on the building, more than one might be needed. Although communications costs are covered, there might be initial costs associated with this option. Please contact us for more details.
When the user subscribes to this IoTaaS solution, a sensor device is shipped to the user. Once it arrives, the user must register the device using the device Serial Number. When the device is commissioned to the LoRaWAN network, the device can be turned on and the sensor's data will show up in the device dashboard, confirming everything works fine. Lastly, the user can deploy the device to the desired location.