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Greenhouse irrigation, fertigation and climate automation
Integrated greenhouse irrigation, EC/pH fertigation and climate controller
A modular greenhouse controller family integrating irrigation programs, EC/pH fertigation, valve and pump control, sensor inputs, event logging, remote access, alarms, and configuration-dependent ventilation, heating, fogging and screening functions.
Technology profileGreenhouse & Protected CultivationGreenhouse automationFertigationIrrigation controlEC/pHClimate control
Illustrative imageSupplier location
Türkiye
Guide type
Buying guide
Last reviewed
13 Jul 2026
Integrated greenhouse irrigation, fertigation, and climate-control application context.
Planning values
Useful starting points, not a guaranteed final configuration.
4 public sources
Public sources support the technical overview. Current prices, availability, and commercial details still need confirmation.
Greenhouse irrigation, fertigation and climate automation
What this system does
The main technical details to review and confirm when comparing supplier options.
Controller platform
Linux-based industrial computer with local control software, industrial I/O, offline operation, configuration backup, event history, and secure remote access
Operator display
7-inch or 10-inch industrial touch display selected according to I/O count, screen workflow, panel space, visibility, and operator requirements
Valve and I/O baseline
16-valve reference baseline with expansion through CAN or other industrial I/O modules; final count follows the valve, pump, dosing, sensor, and climate schedule
Dosing control
EC/pH feedback with proportional, sensor-driven, or flow-ratio modes; dosing valve or pump method, calibration, interlocks, and fallback are configuration-specific
Remote functions
Role-controlled web and mobile management, live values, alarms, SMS or messaging, logs, reports, remote commands, audit trail, and support access
Key specifications
The main technical details to review and confirm when comparing supplier options.
- Controller platform
- Linux-based industrial computer with local control software, industrial I/O, offline operation, configuration backup, event history, and secure remote access
- Operator display
- 7-inch or 10-inch industrial touch display selected according to I/O count, screen workflow, panel space, visibility, and operator requirements
- Valve and I/O baseline
- 16-valve reference baseline with expansion through CAN or other industrial I/O modules; final count follows the valve, pump, dosing, sensor, and climate schedule
- Dosing control
- EC/pH feedback with proportional, sensor-driven, or flow-ratio modes; dosing valve or pump method, calibration, interlocks, and fallback are configuration-specific
- Remote functions
- Role-controlled web and mobile management, live values, alarms, SMS or messaging, logs, reports, remote commands, audit trail, and support access
Applications
Practical details that help people compare options.
Greenhouse irrigation sequencing by zone, schedule or date
EC/pH-guided nutrient dosing with model-dependent valve control
Pump, booster, clean-water-line and irrigation-valve supervision
Remote greenhouse monitoring, alarms, event history and reports
Model-dependent greenhouse climate and weather-station integration
What to compare
Confirm the supplier, final configuration, certifications, price, delivery, and warranty before you buy.
- 1Exact integrated controller family model, hardware revision, display, base and expanded I/O count
- 2EC/pH sensor make, range, calibration, dosing logic, accuracy and fail-safe behavior
- 3Valve, pump, injector, flow-meter, tank-level and climate-actuator compatibility
- 4Local/offline operation, internet recovery, cloud hosting, export and data-retention terms
- 5Electrical and hydraulic design, commissioning, training, warranty, service and spare parts
- 6Acceptance tests for sensor failure, communications loss, power recovery and manual override
How we researched this
The sources, methods, and context used to prepare this page.
Integrated greenhouse irrigation, EC/pH fertigation and climate controller
This profile defines a sourcing requirement for integrated greenhouse automation controller. Suitable suppliers, origin, availability, and commercial terms are confirmed for the buyer’s project. The sourcing brief is structured around capacity, application, operating environment, required standards, destination, and delivery scope; the exact configuration requires supplier confirmation.
The integrated greenhouse automation controller combines irrigation sequencing, EC/pH fertigation, pumps, clean-water lines, alarms, remote supervision, and optional climate control around an industrial controller and operator interface. It is configured for greenhouse growers and project integrators that need one coordinated control philosophy, signed I/O schedule, hydraulic design, sensor package, alarm matrix, and commissioning plan.
Controller architecture and configurable capacity
| Area | Technical capability | Procurement boundary |
|---|---|---|
| Control platform | Industrial controller, Linux-based operator interface, local control logic, data logging, and remote supervision. | Define display size, hardware revision, operating-system support, local storage, backup, user roles, network design, cybersecurity, and offline operation. |
| Irrigation | Sequential and condition-based irrigation, date and crop-stage programs, pump management, valve control, clean-water flushing, and manual operation. | Define zones, simultaneous valves, pump duty, pressure and flow measurement, interlocks, surge protection, cable distances, and safe fallback. |
| Fertigation | EC/pH feedback using on/off or proportional dosing valves, sensor-based or flow-ratio dosing, recipes, and alarms. | Define sensor ranges, sample conditioning, temperature compensation, calibration, dosing accuracy, wetted materials, chemical compatibility, and fail-safe response. |
| Connectivity | Web and mobile monitoring, user access, event logs, reports, exports, and configurable alarm delivery. | Define hosting, account and data ownership, retention, subscription, connectivity fallback, export/API scope, alarm channels, and support access. |
| Expansion | A 16-valve reference baseline expands through CAN-connected or other industrial I/O cards. | Define the signed point schedule, spare I/O, cabinet capacity, power budget, addressing, bus topology, and future expansion for the project. |
Controller packages use 7-inch or 10-inch industrial operator displays. The base irrigation configuration manages valve sequencing, pumps, clean-water lines, alarms, and remote supervision; expanded packages add proportional EC/pH dosing, additional CAN-based I/O, weather-station integration, and temperature, humidity, radiation, and light sensing. Climate-enabled packages can coordinate vents, fans, heating, cooling, screens, and irrigation from one control philosophy.
Sourcing checklist
The sourcing brief should define crop zones, irrigation blocks, injector count, water sources, drainage, existing pumps and valves, target EC/pH ranges, sensor locations, and required climate actuators before configuration. The project file includes a model-specific bill of materials, electrical single-line diagram, I/O schedule, hydraulic drawing, commissioning protocol, calibration records, spare-parts list, remote-access security design, training scope, and acceptance test. Commissioning simulates internet and sensor loss, stuck valves, empty nutrient tanks, power recovery, alarms, and manual operation.
Control performance is verified through the approved I/O schedule, cause-and-effect matrix, sensor calibration, dynamic dosing tests, communications and power-loss scenarios, manual fallback, and site acceptance protocol. Price, lead time, warranty, compliance documents, training, and international service scope are itemized in the project quotation.
Procurement and project delivery
AgriTech.tr can structure the technical requirement and compare current supplier responses for the buyer’s project. Installation, commissioning, operator training, warranty, spare-parts, and after-sales scope must be confirmed in each supplier quotation. The final scope should be documented against the approved application, capacity, site conditions, destination, and delivery schedule in the selected supplier quotation and contract.
Sources and further reading
The sources, methods, and context used to prepare this page.
How we researched this
- AgriTech.tr technical catalog and procurement engineering
- Technical standards and reference sources
Ministry of Agriculture and Forestry: Greenhouse project implementation manual
Technical reference used for system specification, project engineering, and procurement planning.
Ministry of Agriculture and Forestry: Water Efficiency Strategy and Action Plan
Technical reference used for system specification, project engineering, and procurement planning.
FAO: Digital Technologies for Agriculture in Türkiye
Technical reference used for system specification, project engineering, and procurement planning.
Copernicus Data Space: Sentinel-2 mission documentation
Technical reference used for system specification, project engineering, and procurement planning.
Buying guide
- Last reviewed
- 13 Jul 2026
- Last updated
- 13 Jul 2026
What is confirmed—and what to check
See where the information came from and what must still be confirmed with a supplier.
Independent guide
AgriTech.tr prepared this explanation and comparison guidance.
Planning values
Useful starting points, not a guaranteed final configuration.
4 public sources
Public sources support the technical overview. Current prices, availability, and commercial details still need confirmation.
Supplier-provided claims
No supplier-provided claim is represented in this evidence profile.
Document-verified information
No underlying verification record is attached to this listing.
Listing images
Images are illustrative and may not show the final sourced configuration.
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