Industry 4.0-Based Large-Scale Symbiotic Systems for Sustainable Food Security in Namibia

Musti K. S. Sastry
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Abstract

Climatic changes can cause severe food and water shortages, and desert nations such as Namibia can be challenged more than other countries for obvious reasons. Dependency on imports for food and electricity in Namibia is continuous in recent times. However, Industry 4.0-based large-scale symbiotic systems can potentially help in achieving a sustainable food security regime, as they operate under controlled conditions. Namibia is blessed with abundant sunshine and land availability, and hence, ample opportunities do exist for producing solar energy, which is used to meet the energy requirements of symbiotic systems. This chapter examines typical local operating conditions and then makes a strong case for fully automated symbiotic systems that use low-cost desalination and renewable energies.
基于工业4.0的纳米比亚可持续粮食安全大规模共生系统
气候变化会导致严重的食物和水资源短缺,像纳米比亚这样的沙漠国家比其他国家面临的挑战更大,原因很明显。近年来,纳米比亚持续依赖进口食品和电力。然而,基于工业4.0的大规模共生系统可能有助于实现可持续的粮食安全制度,因为它们在受控条件下运行。纳米比亚有幸拥有充足的阳光和土地,因此,确实有充足的机会生产太阳能,用于满足共生系统的能源需求。本章考察了典型的当地操作条件,然后对使用低成本海水淡化和可再生能源的全自动共生系统进行了有力的论证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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