Introduction

Vertical farms have become increasingly popular in agricultural production in recent years. This modern technology allows crops to be grown in places where they would not traditionally be possible, such as cities or desert areas. In this article, we will show how new innovations and technologies are being used in vertical farms.

Automated irrigation and nutrient supply

In vertical farms, irrigation and nutrient supply is automated. Plants are irrigated using special systems that monitor soil moisture and plant water requirements. And nutrients are precisely applied to the plants for optimum growth and yield.

LED lighting

In vertical farms, plants are equipped with LED lighting. The LED lights emit the wavelengths specifically needed for photosynthesis in the plants, effectively promoting plant growth. In addition, LED lighting is energy efficient and long-lasting, making it an ideal choice for vertical farms.

Automated cultivation systems

In vertical farms, much of the cultivation process is automated. Crops are planted and harvested using robotic arms, minimising the need for manual labour. In addition, the growth and health of the plants are constantly monitored to detect problems early and take appropriate action.

Data collection and analysis

Vertical farms collect large amounts of data on crops and growing processes. Sensors and sensors are used to monitor soil moisture, temperature, CO2 levels and other important parameters. This data helps farmers to optimise growing conditions and increase yields.

Summary

Many new innovations and technologies are being used in vertical farms to grow crops efficiently. Automated irrigation and nutrient supply, LED lighting, automated cultivation systems and data collection and analysis all contribute to sustainable and efficient agricultural production in vertical farms.

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