Smart Irrigation Controller
NORVI Controllers | Custom Projects
Smart Irrigation Controller
Optimize water usage and boost crop yields with fully autonomous irrigation management. Our Smart Irrigation Controller intelligently regulates watering based on real-time soil conditions, powered entirely by solar energy with maintenance-free operation.
- Solar-powered with integrated battery for autonomous operation
- LoRaWAN & cellular connectivity for remote monitoring
- Intelligent soil-based irrigation control saves water and improves yields
PROBLEM & SOLUTION
Farmers and greenhouse operators struggle with inefficient manual irrigation schedules that wastewater and harm crop health. Fixed-time watering ignores actual soil moisture conditions, leading to over-irrigation that drains resources or under-irrigation that stresses plants. Consequently, operations experience reduced yields, higher water costs, and unnecessary labor expenses for constant monitoring.
Moreover, remote agricultural fields lack reliable power infrastructure for automation equipment. Traditional controllers require electrical connections that aren’t practical across expansive farmland. Additionally, limited connectivity options prevent real-time monitoring and remote adjustments when conditions change unexpectedly.
Our irrigation controller eliminates these challenges through intelligent automation and self-sustaining power. The system monitors soil conditions continuously, triggering irrigation only when plants actually need water. Therefore, farms optimize water consumption while maintaining ideal growing conditions that maximize crop yields and quality.
Furthermore, integrated solar charging with onboard battery storage enables completely autonomous operation without external power requirements. The controller operates maintenance-free throughout growing seasons, even in isolated locations. Meanwhile, dual connectivity through LoRaWAN and cellular networks ensures reliable communication regardless of field location or infrastructure availability.
The valve driver support and RS-485 communication provide compatibility with diverse agricultural sensors and actuators. Consequently, operators integrate existing equipment without costly replacements. Additionally, remote monitoring capabilities allow real-time adjustments from anywhere, eliminating constant field visits while maintaining precise control over irrigation timing and duration.
This smart irrigation controller transforms water management from reactive guesswork into data-driven precision, delivering measurable improvements in resource efficiency and agricultural productivity.
RESULTS & IMPACT
- Significant Water Savings – Soil condition-based irrigation eliminates wasteful over-watering, reducing water consumption by up to 40% while maintaining optimal growing conditions.
- Improved Crop Yields – Precision watering ensures plants receive ideal moisture levels consistently, resulting in healthier growth and increased harvest quality and quantity.
- Zero Power Infrastructure Required – Solar charging with battery storage enables deployment anywhere on farmland without electrical connections or ongoing energy costs.
- Remote Management Capability – Dual LoRaWAN and cellular connectivity allows monitoring and control from anywhere, eliminating time-consuming field visits for adjustments.
KEY TECHNOLOGIES
- LoRaWAN & Cellular Communication – Dual wireless connectivity ensures reliable remote monitoring and control even in isolated agricultural fields without infrastructure dependencies.
- Solar-Powered with Integrated Battery Charging – Self-sustaining energy system enables autonomous, maintenance-free operation throughout growing seasons without external power requirements.
- Valve Driver Support – Direct control of irrigation valves and pumps enables automated water distribution across multiple zones or greenhouse sections.
- RS-485 Communication – Industry-standard interface ensures compatibility with agricultural sensors, flow meters, and monitoring equipment for comprehensive system integration.
- Autonomous Irrigation Based on Soil Conditions – Intelligent algorithms analyze real-time moisture data to optimize watering schedules, conserving water while maximizing crop health.
Transform Your Water Management Today
Stop wasting water and labor on inefficient irrigation. Moreover, boost crop yields through intelligent automation designed specifically for modern agriculture.