Intelligent climate control

Sensor networks: Monitors greenhouse temperature, humidity, CO2, and light levels in real time.

Automatic climate systems: Responds instantly to plant needs with data-driven ventilation, heating, and shading.

Benefits: Reduces disease risk, optimizes energy use, and improves product quality.

Precise feeding (automatic fertilization)

Digital dosing: Automatically adjusts EC and pH values ​​of nutrient solutions.

Timed feeding programs: Controls nutrient flow according to plant phenology.

Benefits: Increases water and fertilizer efficiency, reduces waste, and ensures traceable quality.

LED lighting and spectrum management

Adjustable LED systems: The light spectrum and intensity are changed according to the plant's development stage.

Energy efficiency: Less energy is consumed compared to traditional lighting.

Benefits: Photosynthesis efficiency increases, and the quality and taste profile improves.

Traceability and quality assurance

Digital record system: Source, feeding, and maintenance records are kept for each production batch.

Traceability: Consumers can access information about the product's cultivation.

Benefits: Trust and transparency increase; Compliance with food safety standards is facilitated.

Sustainability-focused energy and water management

Closed-loop water systems: Water consumption is minimized through nutrient solution recovery and filtration.

Renewable energy integration: Carbon footprint is reduced with solar panels and energy-efficient equipment.

Benefits: Lower environmental impact, long-term cost advantage.