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Smart Irrigation IoT
In 2020, Berg Insight reported that there were approximately 800,000 installed in-field sensor systems and remote-control units used for crop control and irrigation. Such stats are driven by smart irrigation's ability to enhance water resource management, reduce operational costs, and improve crop quality and yields.
1NCE recognizes the relevance of IoT to smart irrigation use cases. With a constantly growing customer base, over 7% comes for Agriculture, which is over 1600 partners from the United States, the United Kingdom, Chile, Germany, Denmark, Malaysia, Japan, and South Korea. Smart irrigation here is one of the trending customers’ applications and demands within IoT-enabled projects.
Leading Smart Irrigation Vendors
Below you can review the list of market leaders of Smart Irrigation:
Vendor | Geo Location | Website |
Valmont Industries (Valley Irrigation brand) | Global (Headquarters in the United States) | |
Lindsay Corporation (Zimmatic brand) | Global (Headquarters in the United States) | |
Netafim | Global (Headquarters in Israel) | |
Jain Irrigation Systems | Global (Headquarters in India) | |
Hortau | Canada | |
AquaSpy | United States | |
CropX | Global (Headquarters in Israel) | |
T-L Irrigation | United States | |
Reinke | United States | |
Lindsay Corporation (FieldNET brand) | Global (Headquarters in the United States) | |
Weathermatic | United States | |
Toro | Global (Headquarters in the United States) | |
Hunter Industries | United States | |
Rain Bird Corporation | Global (Headquarters in the United States) |
Note: The list makes no claim to completeness.
Applications withing the Use Case
The Crop Monitoring use case may apply to the following aspects:
Application | Description |
Soil Moisture Sensing | IoT sensors monitor soil moisture levels and transmit data to irrigation systems for precise water delivery, reducing wastage. |
Weather-Based Irrigation | IoT weather stations provide real-time weather data, allowing irrigation systems to adjust watering schedules based on current conditions. |
Automated Valve Control | IoT-controlled valves regulate the flow of water in irrigation systems, enabling remote adjustments and fine-tuning of irrigation processes. |
Drip Irrigation Optimization | IoT sensors and actuators optimize drip irrigation systems by adjusting water flow to individual plants or rows based on plant needs and soil conditions. |
Water Quality Monitoring | IoT sensors test water quality and alert farmers to issues, ensuring that irrigation water is suitable for crops. |
Water Resource Management | IoT technology helps manage water resources efficiently, allowing farmers to make data-driven decisions on water allocation. |
Frost Protection | IoT sensors detect temperature drops and activate irrigation to protect crops from frost damage, safeguarding yield. |
Fertilizer Injection | IoT systems integrate with irrigation to precisely inject fertilizers into the water stream, enhancing nutrient delivery to plants. |
Learn more about Smart Agriculture and Customer Insights.
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