Easy Planting with Distributed Cellular Plant Factory*

Jing Hua, Xiujuan Wang, Haoyu Wang, Xingyuan Dai, Weikang Zhao, Mengzhen Kang
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Abstract

This article presents an innovative modular planting plant factory inspired by lean manufacturing principle, where planting cells work in a distributed way, coordinated by cloud service. Each planting cell is equipped with controllable light source, CO2 supplement and fans. All cells are remotely and locally controllable, including instructions on environmental adjustment and planting task scheduling. This system offers flexibility, scalability, and autonomous management of plant factories. Preliminary results indicate its potential in precision agriculture. The modular system adapts to diverse scenarios, focusing on robustness in smart factories and user-friendliness. It envisions urban cultivation as a social platform and aligns with emerging trends in cyber-physical social systems (CPSS) and Distributed Autonomous Organization (DAO). This work represents a convergence of technology, adaptability, and a vision for interactive urban agriculture.
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利用分布式蜂窝植物工厂*轻松种植
本文介绍了一种创新的模块化种植工厂,其灵感来自精益生产原则,种植单元以分布式方式工作,由云服务协调。每个种植单元都配有可控光源、二氧化碳补充剂和风扇。所有单元均可进行远程和本地控制,包括环境调整和种植任务调度指令。该系统具有灵活性、可扩展性和植物工厂自主管理功能。初步结果表明,它在精准农业方面具有潜力。该模块化系统可适应不同的应用场景,注重智能工厂的稳健性和用户友好性。它将城市种植视为一个社交平台,并与网络物理社交系统(CPSS)和分布式自治组织(DAO)的新兴趋势保持一致。这项工作代表了技术、适应性和交互式城市农业愿景的融合。
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