SIP4
Open Hardware Smart Irrigation Controller
SIP Leader: PSNC (Poznan Supercomputing and Networking Center)
Sector: sugar beet and potatoes
Country of the pilot: Poland
Partners involved: PSNC: SIP leader, ADS provider
L-PIT: GR: ADS provider, DIH WODR: advisor
Target group: farmers wanting to increase irrigation efficiency and save on water consumption
The Challenge: Addressing Water Scarcity and Optimizing Irrigation Efficiency
Water scarcity and inefficient irrigation practices pose major challenges for Polish farmers, particularly those growing high-value crops such as sugar beets and potatoes. The increasing variability in rainfall patterns and extreme weather events further stress the need for smarter, data-driven irrigation solutions. The main challenges include:
- Overuse and waste of water resources, leading to increased costs and environmental strain.
- Lack of real-time soil and weather data integration, preventing optimal irrigation scheduling.
- High energy costs associated with inefficient water pumping systems, increasing operational expenses.
How the ADS Works
To tackle these issues, SIP4 introduces an open-source, smart irrigation controller that combines real-time soil moisture monitoring, automated water distribution, and weather-based scheduling. This ADS enhances irrigation efficiency through:
- Soil moisture sensors placed across the field, continuously measuring real-time soil hydration levels.
- Integration with weather data, adjusting irrigation schedules based on rainfall forecasts and evapotranspiration models.
- Automated valve and pump activation, ensuring precise water distribution only where and when needed.
- Remote access via a mobile dashboard, allowing farmers to monitor and control irrigation systems from anywhere.
By leveraging sensor-driven automation, this ADS helps farmers reduce water waste, optimize resource use, and improve crop yields while minimizing operational costs.
ADS Models
This SIP offers two distinct irrigation control models:
- Cloud-Based ADS: The system collects and transmits soil moisture data to a cloud platform, where analytics optimize irrigation scheduling.
- Edge-Based ADS: Local processing on-site enables real-time water management decisions without requiring constant internet connectivity
OpenAgri OS Services
SIP4 integrates with OpenAgri OS services to provide intelligent, data-driven irrigation management:
- Weather Data Service: Utilizes climate forecasts and historical weather data for predictive irrigation planning.
- Soil Moisture Monitoring Module: Aggregates data from field sensors, ensuring optimal hydration levels for crops.
- Irrigation Management Platform: Centralized control system for automating water distribution and scheduling.
Real-World Benefits & Impact
The smart irrigation controller delivers significant advantages to farmers, including:
- Lower energy costs, as AI-driven control optimizes water pump operations to minimize electricity consumption.
- Enhanced crop yield stability, preventing overwatering or drought stress through precise water distribution.
- Reduced labor costs, as automation eliminates the need for manual irrigation management.
- Sustainability compliance, supporting environmentally friendly farming practices and EU water conservation goals.