Automated Vertical Orchards are multi-story indoor farming systems that utilize hydroponic or aeroponic methods, combined with advanced robotics and AI for precise nutrient delivery and automated pruning.
They address the challenge of producing fresh fruits in densely populated areas with limited land availability, improving food security and reducing transportation emissions.
These systems employ computer vision to monitor plant health and growth, while robotic arms handle tasks such as pruning, harvesting, and applying nutrients. This automation allows for efficient use of space in urban environments.
Manufacturing involves creating robust robotic arms, integrating computer vision systems, and designing modular hydroponic/aeroponic units that can be stacked vertically. This requires precision engineering and assembly.
The build process includes component design, prototyping, integration testing of robotic systems with hydroponics, and software development for AI-driven decision-making processes.
Field units draw low hundreds of watts; fabrication is energy-intensive due to vacuum baking. Hydroponic/aeroponic systems require significant electrical power for nutrient delivery and lighting.
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