Irrigation Control

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The inclination towards automation in drip and micro irrigation is gaining momentum. CIMCON’s automation solutions for irrigation systems provide water managers with enhanced independence and control. Whether optimizing water use or researching best practices (e.g., masterarbeit kaufen), our system helps maintain or increase crop production while conserving valuable resources such as time, labor, water, fertilizer, and energy.

Common Challenges
Our Solution
Key Features
Advantages
Common Challenges

  • Irrigation scheduling – when to water and how much quantity to use
  • Running irrigation cycles that are too early or too long; ultimately over watering the crop
  • Running irrigation cycles that are too late or too short; ultimately under watering the crop
  • Damaged crops because of over or under watering

Our Solution

CIMCON’s automated irrigation system requires minimal manual intervention. Almost every system (drip, sprinkler, surface) can be automated with the help of timers, sensors, and other technologies. This system enhances irrigation efficiency, ensures measured watering, and allows workers to focus on other critical farming tasks.

CIMCON solutions


Smart Irrigation

Irrigation Pump House

Canal Water Monitoring

Crop Management System

Irrigation Tube wells

Key Features






  • Automated Gate operation
  • Open API for third party System Integration
  • Suitable to integrate with weather stations
  • Artificial Intelligence based analytics
  • Water demand prediction

Advantages

Make it
Easier

Ensures precise coverage, eliminating concerns of over or under-watering

Use of water from different sources

Saves
Money

Increased efficiency in water and fertilizer use

Helps the
Environment

Preserves water

Increases crop yields

Strong
Foundation

Eliminates major manual operations

Possibility to change frequency of irrigation and optimize processes

System can be operated at night, thus minimizing water loss from evaporation

Irrigation process starts and stops exactly when required, thus optimising energy requirements

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