Ideal growth parameters for plants are ensured through fully controlled environmental conditions. Temperature, humidity, and CO2 levels are optimized by automated systems.

Yields are 30-50% higher compared to traditional farming. Continuous production throughout the year increases the total harvest.

The UV-filtered membrane structure filters out harmful rays while providing the light spectrum needed by the plants. Photosynthesis efficiency reaches its maximum level.

Closed-system water recycling provides up to 70% water savings. Drip irrigation and hydroponic systems can be easily integrated.

Rainwater harvesting systems utilize natural water resources efficiently. Sustainable production is ensured through the use of recycled water.

Land use is minimized, allowing for greater yield in the same area. Vertical farming systems maximize land productivity.

The isolated environment prevents the entry of pests from outside. Pesticide use is reduced by 80-90% or eliminated completely.

Biosecurity is ensured with controlled entry and exit systems. Disease spread is minimized, and crop losses are reduced. Ideal conditions are created for organic farming certification.

Healthy products are grown without the use of chemicals.

Remote monitoring and control are enabled through Internet of Things (IoT) sensors and automation systems. Smart farming applications can be easily integrated.

Supplementary lighting is provided with LED grow lights in cases of insufficient sunlight. Plant growth is accelerated and quality is improved.

Production is optimized and losses are minimized through data analytics. Problems are detected in advance through planned maintenance systems.