A parcel-level irrigation standard that is measured and managed
Fertima takes open-field irrigation beyond simple "scheduled operation," turning it into a parcel-level standard through measurement + automation + traceability.
Data from weather and field sensors clarifies water needs; valve, pump, and line management run through automated scenarios.
Infrastructure compatible with the Munters and Fertima control ecosystem
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01
Measurement
Weather, soil, and line data are collected in a single flow.
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02
Decision
Targets and thresholds are moved into the automated decision layer.
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03
Execution
Valve, pump, and line scenarios are executed in the field.
Right data, right irrigation decision
Proper irrigation in open fields starts with correctly reading field data. Fertima's architecture combines weather and field measurements in a single flow.
Weather station
Temperature, humidity, wind, and rainfall data inform decisions.
- Safe weather windows for irrigation plans.
- Set optimization with seasonal data.
Soil moisture and temperature
Root zone conditions are monitored at parcel level.
- See deviations from moisture targets.
- Reduce stress caused by excess water.
Flow and pressure monitoring
Line performance, leaks, and blockages are detected early.
- Quick diagnosis with pressure trends.
- Automatic alerts on flow deviations.
Water source monitoring
Continuous monitoring for tank and line safety.
- Scenarios based on source levels.
- Risk prevention for operational safety.
Irrigation, fertigation, and digital reporting in one flow
When irrigation decisions connect with fertigation recipes and climate control, the operation runs on a single standard. Field teams work from the same data set.
- EC-pH dosing and irrigation managed in one panel.
- Reporting and cost visibility via SeraERP.
- Parcel-level records and traceability.
Valve, pump, and line management are scenario-based
Based on sensor data and defined targets, the system generates automatic actions in the field.
Valve and zoning control
Parcel/zone-based irrigation management.
- Separate scenarios for different zones.
- Standardized irrigation durations.
Pump and line management
Staged operation and protection scenarios.
- Pressure protection and automatic reset.
- Alarm mechanisms against failure risk.
Scheduled + condition-based irrigation
Calendar + rainfall + wind + soil moisture.
- Dynamic irrigation intervals.
- Automatic postponement based on weather.
Remote monitoring and intervention
Live monitoring and reports via mobile/PC.
- Live alarms and notifications.
- Operation control from a single center.
Fast installation, flexible scale
Wiring in open fields creates both cost and operational risk. Fertima implements wireless valve on/off systems based on the project and accelerates field architecture.
- Wireless control infrastructure developed with Fertima engineering.
- Architecture compatible with Munters' wireless product ecosystem.
- Add new zones and expand scenarios as parcels grow.
Single control logic with the wireless product ecosystem
Single control logic with the right irrigation type for your field
Fertima infrastructure is designed with the irrigation type that fits your field and managed under a single control architecture.
Drip irrigation
Precise parcel/line management with low loss.
Sprinkler
Optimization by pressure-flow balance and wind conditions.
Pivot / linear systems
Full integration with operation planning and zone management.
Logging, analysis, and optimization from one center
Zone-based consumption, flow/pressure trends, irrigation durations, and alarm history are monitored from a single center; water efficiency and energy performance are clearly reported.
Enterprise-grade irrigation standard
Less loss, more stable plant growth, and measurable performance.
Challenge → Solution → Benefits
Automation standardizes irrigation decisions and resource use.
Challenge
Manual irrigation decisions increase water use and root zone instability.
Solution
Zone-based automation converts measurement data into field action.
Benefits
- Lower water consumption
- Balanced root zone control
- Predictable labor usage
Technical Specifications
Irrigation systems scale with greenhouse needs.
| Parameter | Detail |
|---|---|
| Irrigation type | Drip / sprinkler / zone-based |
| Control | Time + sensor driven |
| Zone management | Block and parcel level |
| Integration | EC-pH and climate control |
| Reporting | Water usage tracking |
| Application | Greenhouse and open field |
Installation & Requirements
Validation and measurement are required for stable automation.
- Line, valve, and pump planning
- Sensor and flow measurement
- Control panel layout
- Operator training
