Sensors and Measurement
Infrastructure observes physical conditions and production variables.
Explore Technologies
GREENHOUSE TECHNOLOGIES
Bringing Greenhouse Technologies into One Control Structure
From sensors and control panels to irrigation, climate, lighting, energy management and central automation, we coordinate how technical systems measure, communicate and respond. Technology is selected for project needs and equipment compatibility.
- Current measurement data
- Central control
- System integration
- Scalable infrastructure
Technology Layers of a Smart Greenhouse
Not every project uses every measurement or device. Layers reflect the growing method, control objectives and selected architecture.
- 01
Field and Growing Area
Physical equipment operates in the growing environment.
- Heating equipment
- Irrigation lines and valves
- Fertigation units
- Fans and ventilation
- LED luminaires
- Shading and screens
- 02
Sensors and Measurement
Sensors are selected around the method and control goals.
- Indoor and outdoor temperature
- Relative humidity and CO₂
- Light and water temperature
- Pressure and flow
- Tank level
- Root-zone measurements
- 03
Local Control
Hardware processes measurements and manages field commands.
- Control panels
- Programmable controllers
- Relay and output modules
- Motor and valve control
- Safety and alarm inputs
- Local user interfaces
- 04
Communication and Integration
Commands, measurements and alarms travel between compatible devices.
- Field-device data exchange
- Wired or wireless links
- Subsystem connections
- Central integration
- Existing-system compatibility
- 05
Central Monitoring and Management
Local behaviour depends on the selected control architecture.
- Current status display
- Setpoints and schedules
- Alarm and event tracking
- Historical measurements
- Authorised remote access where suitable
Technology Areas Used in Greenhouses
Selection is not a fixed package; it creates an appropriate, interoperable control structure.
Control Panels and Electrical Infrastructure
Power, protection, commands and automation interfaces are organised.
Explore TechnologiesCentral Greenhouse Automation
Data is viewed in one interface and defined scenarios are applied.
Explore TechnologiesClimate Control Technologies
Temperature, humidity, ventilation and air movement are coordinated.
Explore TechnologiesIrrigation and Fertigation Control
Zones, valves, pumps, tanks and dosing equipment are managed together.
Explore TechnologiesLED Lighting Control
Schedules, zones and compatible dimming follow the production programme.
Explore TechnologiesData Logging and Reporting
Measurements and events can be reviewed within the defined retention setup.
Remote Monitoring and Notifications
Authorised users may view status and receive notifications where infrastructure supports it.
Explore TechnologiesHow Does Data Move from Sensor to Command?
A sensor does not directly operate equipment; the measurement passes through defined control logic and safety conditions.
- 1
The sensor measures a physical value.
- 2
The controller receives the measurement.
- 3
It compares the value with a target or scenario.
- 4
The relevant equipment receives a command when conditions allow.
- 5
Status and events appear in the interface.
- 6
Configured systems record measurement and event history.
How Are Automation Scenarios Built?
These are examples. Thresholds, delays, priorities and sequences are defined for the project.
Ventilation as temperature rises
- Measured variable
- Indoor/outdoor temperature and safety inputs
- Target or programme
- Temperature target
- Controlled equipment
- Vents, fans or suitable ventilation
- Record or alarm
- Status, deviation and equipment alarm
Heating as temperature falls
- Measured variable
- Zone temperature
- Target or programme
- Heating target and schedule
- Controlled equipment
- Pump, valve or heating equipment
- Record or alarm
- Operating state and deviation alarm
Irrigation schedule and zone valves
- Measured variable
- Schedule and suitable field readings
- Target or programme
- Zone irrigation recipe
- Controlled equipment
- Pump and zone valves
- Record or alarm
- Operation, flow or pressure event
Light programme and LED control
- Measured variable
- Time and suitable light measurement
- Target or programme
- Photoperiod and zone programme
- Controlled equipment
- LED groups and compatible drivers
- Record or alarm
- Runtime and equipment event
Why Plan Systems Together?
Fewer conflicting commands
Control priorities help coordinate opposing equipment actions.
Joint review of energy and resources
Heat, water, light and air effects enter one design.
Shared operator view
Compatible systems can be observed from one interface.
Future connections
Panel, communication and capacity needs can consider later additions.
Technology Integration in New and Existing Greenhouses
New facilities coordinate infrastructure from the outset. Existing facilities require compatibility review without assuming every device can be integrated.
New greenhouse projects
- Reserve technical areas during design
- Coordinate cable and pipe routes
- Place sensors for the production layout
- Design panels and automation from the outset
- Assess future capacity
Existing greenhouse projects
- Review equipment and infrastructure
- Check device and communication compatibility
- Retain usable equipment
- Define conversions and interfaces
- Plan staged transition around operations
What Determines Technology Selection?
The aim is not simply to choose the most advanced device, but to design an appropriate, operable and interoperable system.
- Crop
- Growing method
- Area and number of zones
- Variables to monitor
- Equipment to control
- Automation level
- Electrical and communication infrastructure
- Local or remote use
- Logging and reporting
- Future expansion
- Site and maintenance conditions
- Budget and technical scope
Greenhouse Solutions Using These Technologies
Technology layers are applied at different depths according to each solution’s field requirements.
Frequently Asked Questions About Greenhouse Technologies
What is smart greenhouse automation?
It is monitoring and control infrastructure that evaluates sensor data through defined logic and manages compatible field equipment.
Can automation be added to an existing greenhouse?
Suitable options follow review of equipment, panels, field connections and communication compatibility.
Which greenhouse values can sensors measure?
Depending on scope: temperature, humidity, CO₂, light, water temperature, pressure, flow, level and root-zone values.
Can all greenhouse systems be controlled from one screen?
Systems with suitable interfaces can connect centrally; the scope depends on device compatibility.
Does automation work without internet access?
Local behaviour depends on control architecture and programming and must be defined for the project.
Is remote monitoring secure?
Access method, permissions and network infrastructure are designed for the project; security depends on the architecture used.
Can devices from different brands use one system?
Integration may be possible with compatible electrical and communication interfaces, but cannot be assumed for every device.
How is the automation level determined?
Production goals, equipment, operating method, data needs, infrastructure and budget are assessed together.
LET’S PLAN YOUR PROJECT
Let’s Discuss Your Next Project
Share your requirements for a new greenhouse or an existing facility. Our technical team will contact you to develop a practical solution plan.