UbiBot Guide to Vertical Farming
Vertical farming, also known as indoor farming, has gained a lot of recognition in recent years as a solid method of sustainability. Vertical farming has been conceived out of the challenges affecting the present, more specifically issues such as overpopulation, resource depletion, and food shortage.
The method of vertical farming involves the following elements:• • • •
Artificial lighting Humidity control Temperature control Control and monitoring of fertilizer and nutrients
How does vertical farming work? • APhysical layout Maximizing volume is the goal of vertical farming. The vertical tower structure comes from maximizing the output efficiency per square meter.
• Sustainability – Energy costs in a vertical farm can be offset by many built-in sustainable features like multipurpose spaces, wind turbines, and rainwater tanks.
• Lighting Optimizing light for the crop in vertical farming typically involves a mixture of natural lights and grow lights. The efficiency of light sources is increased by specialized technologies like rotating beds.
How Can UbiBot Help? You can use the UbiBot GS1 supports multiple types of external probes you can use for your vertical garden, including external CO2 probe, PT 100 Industrial-grade temperature probe, soil temperature, and moisture sensor, and TH30S-B temperature and humidity probe.
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