Dynamic Simulation Model for Smart Irrigation Using IOT and MCU Technologies
DOI:
https://doi.org/10.54172/9f44gj91Keywords:
Smart irrigation System, Smart Agriculture, Internet of Things (IoT), Micro-Controller Unit (MCU), Water Security, Water conservationAbstract
The efforts and projects of countries around the sector are coming together with the intention of growing the productivity of agriculture and productivity rates by combining numerous new technologies to enhance and develop the tactics utilized in agriculture. The top priority that requires attention is improving irrigation efficiency in agriculture, because of its unparalleled importance in maintaining sustainable agricultural production. This study suggests a novel approach to lower the amount of water used for soil irrigation, i.e., preserve water and manage water resources as well, which has the potential to effectively increase agricultural sustainability and ensure food security. In fact, the study embraces the concept of ‘Smart Agricultural’ and the integration of advancing agricultural technologies. Genuinely, the proposed system is built on embedded cutting-edge tools; including the ‘Internet of Things’ (IoT) and the ‘Micro-Controller Unit’ (MCU). It is worth mentioning that the working mechanism of the aforesaid developed system, which operates automatically through the embedded MCU or remotely via IoT, is based on the idea that the sprinklers activate when the water level falls below (5) cm meanwhile is cut off when it surpasses (25.0) cm. additionally, the developed system can determine and approve whether the networked devices, IoT components, and MCU can function properly.
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Copyright (c) 2024 Abdalla M. Elsheikhi , Mohammed S. Saleh, Nadir S. Nabous (Author)
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