Automated irrigation is the use of devices to control irrigation systems, allowing water flow to be managed without constant human presence.
Automated irrigation, also known as automatic irrigation, streamlines the process of watering crops or landscapes. At its core, it involves utilizing technology or devices to operate the various components of an irrigation system.
According to the reference provided:
Automatic irrigation is the use of a device to operate irrigation structures, so the change of flow of water from bays can occur in the absence of the irrigator.
This definition highlights two key aspects:
- Use of a device: This implies relying on technology, sensors, timers, or other control mechanisms rather than manual operation.
- Operation in the absence of the irrigator: This is a primary benefit, allowing for more efficient use of time and resources by freeing the irrigator from needing to be physically present during watering cycles.
How Automated Irrigation Works
Automated systems achieve water control by interacting with irrigation structures. The reference gives an example of how this automation is used:
- To start and stop irrigation through supply channel outlets.
This means that instead of manually opening or closing gates or valves in channels or bays, a device can perform these actions automatically based on pre-set schedules or environmental conditions detected by sensors.
Benefits of Automation
Implementing automated irrigation offers several advantages:
- Efficiency: Water is applied more precisely when and where needed.
- Labor Saving: Reduces the need for manual monitoring and operation.
- Flexibility: Allows for irrigation at any time, day or night.
- Consistency: Ensures uniform watering based on programmed settings.
In essence, automated irrigation leverages technology to make the watering process more independent, precise, and less labor-intensive.
