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Successful Deployment of a Wireless Sensor Network for Precision Agriculture in Malawi

机译:在马拉维成功部署了用于精准农业的无线传感器网络

摘要

This paper demonstrates how an irrigation management system (IMS) can practically be implemented by deploying a wireless sensor network (WSN). Specifically, the paper describes that an IMS which was set up in Manja township, city of Blantyre. Deployment of IMS in rural areas of developing countries like Malawi is a challenge as grid power is scarce. For the system to be self-sustained in terms of power, the study used solar photovoltaic and rechargeable batteries to power all electrical devices.The system incorporated a remote monitoring mechanism through a General Packet Radio Service modem to report soil temperature, soil moisture,WSN link performance, and photovoltaic power levels. Irrigation valves were activated to water the field. Preliminary results in this study have revealed a number of engineering weaknesses of deploying such a system. Nevertheless, the paper has highlighted areas of improvement to develop a robust, fully automated, solar-powered, and low-cost IMS to suit the socioeconomic conditions of small scale farmers in developing countries.
机译:本文演示了如何通过部署无线传感器网络(WSN)实际实施灌溉管理系统(IMS)。具体而言,本文描述了在布兰太尔市Manja镇建立的IMS。由于电网稀缺,在像马拉维这样的发展中国家的农村地区部署IMS是一项挑战。为了使系统能够自我维持,该研究使用了太阳能光伏电池和可充电电池为所有电气设备供电。该系统通过通用分组无线服务调制解调器集成了一个远程监控机制,以报告土壤温度,土壤湿度,WSN链接性能和光伏功率水平。灌溉阀被激活以灌溉田间。这项研究的初步结果揭示了部署这种系统的许多工程缺陷。尽管如此,本文还是着重指出需要改进的方面,以开发健壮的,全自动的,太阳能供电的,低成本的IMS,以适应发展中国家小规模农民的社会经济条件。

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