GrowControl Industrial
System platform for comprehensive control and automation of cultivation facilities
GrowControl Industrial is designed for professional cultivation facilities where stability, operational reliability, and scalability are critical.
The system enables reliable control of complex facilities with multiple rooms or cultivation areas through a central platform.
What is the system designed for?
It is particularly suitable for facilities where processes must be automated, well-structured, and operated reliably over the long term.
Typical use cases include facilities with:
- requirement for reliable automation
- multiple rooms / zones,
- integration of external systems such as climate control or ventilation equipment
- the option to expand the system or increase the level of automation over time
Designed as a complete system for facility operation
GrowControl Industrial is not just a single controller, but a complete facility control solution.
Depending on the project, either preconfigured or project-specific control cabinets are used, integrating control, protection, and system logic.
Cultivation facilities are divided into zones, which typically correspond to individual rooms
Within a zone, sub-zones such as irrigation or lighting can be controlled independently.
The central software layer connects all components into a consistent overall system and ensures unified operation, monitoring, and data management.
What the system controls
The system provides centralized control of the core processes within a facility.
Core control domains
Climate control & lighting
Control of temperature, humidity, CO₂, and air handling on a zone level.
Operating phases, setpoints, and control strategies can be adapted to different requirements.
Irrigation and nutrient dosing
Time- and sensor-based control of irrigation processes with optional nutrient dosing.
Integration of external systems
Integration and control of external components such as HVAC units, AHUs, pumps, or valves via structured inputs and outputs.
Operation and user interface
All functions are operated via a unified and intuitive user interface.
Operation is available locally within the facility or via remote access, with a consistent user experience in both cases.
Access rights can be defined on a user- and role-based level.
Examples of application scenarios
Compact system with a single zone
A single room or cultivation area with clearly defined requirements. Suitable for smaller professional facilities, pilot projects, or standardized room concepts.
- Switching of lighting including inrush current limitation and protection
- Dimming of lighting
- Temperature and humidity control via integrated air conditioning system and humidifier
- Time-based irrigation
Grow container with a high level of automation
A single zone with extended requirements for process control, automation, and monitoring.
Typical for productive cultivation environments with constant quality requirements.
- Switching of lighting including inrush current limitation and protection
- Dimming of lighting
- Temperature and humidity control via integrated air conditioning units, dehumidifiers, humidifiers, and heating systems
- CO₂ control
- Air exchange via heat exchangers, with air circulation to prevent microclimates
- Irrigation based on substrate moisture (VWC)
- Nutrient dosing via a professional fertilizer mixer with mixing tank
Multi-zone facility
Facilities with multiple spatially or functionally separated zones.
Independent control per zone with centralized operation and system logic
Layout
- 4 flowering rooms
- 1 mother plant room
- 1 drying room
Flowering rooms
- Switching of lighting including inrush current limitation and protection
- Dimming of lighting – individually per grow table
- Temperature and humidity control via integrated air conditioning system, dehumidifier, and humidifier
- Integrated heat exchanger for air exchange and improved system efficiency
- Air circulation to prevent microclimates
- Irrigation based on substrate moisture – individually per grow table
Global
- Nutrient dosing via a professional inline fertilizer mixer with nutrient solution recipes that change over the course of the plant cycles – individually configurable per room and grow table Reduced system complexity, lower maintenance effort, and decreased space requirements through the use of an inline system
From application requirements to system solution
The process starts with clarifying the specific requirements of the application.
Facility structure, zones, connected systems, and desired functions are considered to define an appropriate system configuration.
On this basis, the required components are selected and configured.
All systems are fully documented and prepared for the intended operation.
For further clarification and planning, we are happy to provide non-binding consultation.
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