智能环保和低成本的农业控制系统

Fawaz Y. Abdullah, M. T. Yaseen, Y. S. Sheet
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摘要

先进的技术可以提供智能的解决方案,以提高不同领域的工作效率。农业是世界上最重要的领域之一。然而,传统农业,特别是在发展中国家,在提高粮食质量和数量方面面临许多挑战。例如,其中一些挑战是有限的可耕地、高总成本和污染。在此,提出并实施了一种全自动化、环保、低成本、智能的控制单元,以提高传统农业的整体效率。该智能控制单元将为构建智能农业控制系统(SFCS)提供基础。该系统的主要优点是有效地管理农场资源,如能源和水。利用可充电单元支撑的太阳能电池板,从清洁资源中产生能源,保持周围环境的健康,减少污染。另一个重要的优点是,通过使用高效的水管理系统,减少了农场用水的浪费。此外,农场内的其他因素被控制在一定的值内,如温度、湿度和气体排放。还部署了短程和远程通信方案。SFCS减少了农场资源浪费、人工劳动、排放、工作时间和总成本。另一方面,它提高了生产的质量和数量,并保持了工作环境的可持续性。这种可升级和灵活的系统将在提高整体农业效率和生产力方面发挥至关重要的作用,特别是在粮食需求和人口不断增加而缺乏水和能源资源的发展中国家。
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Smart Eco-Friendly and Low-Cost Farming Control System
Advanced technology could provide smart solutions to improve the efficiency of work in different fields. One of the important fields in the world is farming. However, traditional farming, especially in developing countries, faces many challenges to increase the food quality and quantity. For instance, some of these challenges are limited arable land, high overall cost, and pollution. Here, a fully automated eco-friendly, low- cost, and smart control unit was proposed and implemented to enhance the overall traditional farming efficiency. This smart control unit will provide the basis for building smart farming control system (SFCS). The main advantage of this SFCS is to manage efficiently the farm resources such as the energy and water. Solar cells panels supported with rechargeable unit were used to produce energy from clean resources and keep the surrounding environment healthy, which can reduce the pollution. Another important advantage is to reduce the waste of water usage in the farm by using an efficient water management system. In addition, other factors inside the farm were controlled within certain values such as the temperature, humidity, and emission of gases. Short-and long-range communication schemes were deployed as well. SFCS reduces the farm resources waste, labor work, emission, working time and overall cost. On the other hand, it increases the quality, quantity of production and keeps the working environment sustainable. This upgradable and flexible system would play a vital role to improve the overall farm efficiency and productivity, especially in developing countries where the food demand and population are increasing in contrast to the lack of water and energy resources.
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