Smart Irrigation
Connected Water Management & Conservation
Why Now
Water Scarcity
70% of global freshwater used by agriculture; efficiency critical for sustainability
Climate Change
Erratic rainfall patterns demand adaptive, sensor-driven irrigation
Regulatory Limits
Water usage caps and extraction permits tightening across agricultural regions
Energy Costs
Pumping irrigation water consumes 40% of farm energy; optimization saves millions
Precision Agriculture
Sensor-driven irrigation proven to increase yield while reducing water 40%
Proven ROI
Smart irrigation systems demonstrate 4-6 month payback periods
The Operational Challenge
Water Waste
Uniform irrigation over-waters 40% of fields while under-watering dry zones
Over/Under Irrigation
No real-time soil moisture data leads to guessing, causing yield loss
Manual Control
Irrigation valves operated manually, preventing responsive zone-by-zone management
Weather Blindness
Cannot adapt irrigation schedules to real-time rainfall and evaporation
Energy Costs
Pumping water is the largest farm energy cost, wasted by inefficient irrigation
Compliance
Water usage documentation manual and time-consuming for regulatory reporting
The Private 5G Enabled Solution
Soil Moisture Sensors
IoT sensors monitor moisture at multiple depths for each irrigation zone
Automated Valve Control
5G-connected valves enable zone-by-zone precision watering
Weather Integration
Real-time weather data adjusts irrigation based on rainfall and evaporation
Precision Drip
Variable rate drip irrigation delivers exact water to each plant zone
AI Water Optimization
Machine learning predicts optimal irrigation schedules from soil and weather data
Leak Detection
Pressure sensors detect irrigation system leaks instantly, preventing waste