A framework for evaluating the topic
Technical decisions cannot be reduced to one equipment rating. A workable scope emerges when production goals, site conditions, available infrastructure and system interfaces are assessed together.
Assess flow, pressure, filtration, pumps, valves and controls from the water source to each growing zone. This resource provides general technical information. Final capacity, equipment and implementation choices require engineering calculations based on site and project data.
Topics covered in technical assessment
Crop and soil, substrate or hydroponic method
This information helps define measurable, comparable design conditions.
Irrigation zones and simultaneous operation
Selection considers capacity, layout, maintenance access and interfaces with the other systems together.
Flow and pressure demand
Normal operation, seasonal variation and potential failure scenarios are assessed separately within the project scope.
Water-source capacity and quality
This information helps define measurable, comparable design conditions.
Filtration and maintenance access
Selection considers capacity, layout, maintenance access and interfaces with the other systems together.
Tank, pump and main-line arrangement
Normal operation, seasonal variation and potential failure scenarios are assessed separately within the project scope.
Valve groups and local control
This information helps define measurable, comparable design conditions.
Time- or sensor-based irrigation
Selection considers capacity, layout, maintenance access and interfaces with the other systems together.
Flow, pressure and level alarms
Normal operation, seasonal variation and potential failure scenarios are assessed separately within the project scope.
Records, review and adjustment
This information helps define measurable, comparable design conditions.
Why does this matter in your project?
Automation cannot correct poor hydraulics; hydraulic design and control logic must be planned together.
This resource provides general technical information. Final capacity, equipment and implementation choices require engineering calculations based on site and project data.
Explore the related systemFrequently Asked Questions: How to Plan Greenhouse Irrigation Automation
Which data is needed to plan irrigation automation?
Crop and soil, substrate or hydroponic method is one of the core inputs to this decision. The assessment uses project-specific data.
Why must flow and pressure be assessed together?
Irrigation zones and simultaneous operation is one of the core inputs to this decision. The assessment uses project-specific data.
How does filtration affect irrigation automation?
Flow and pressure demand is one of the core inputs to this decision. The assessment uses project-specific data.
How do time-based and sensor-based irrigation differ?
Water-source capacity and quality is one of the core inputs to this decision. The assessment uses project-specific data.
Which alarms should an irrigation system monitor?
Filtration and maintenance access is one of the core inputs to this decision. Automation cannot correct poor hydraulics; hydraulic design and control logic must be planned together.