IoT Empowered Harvest: Advancing NFT Hydroponics with Smart Agricultural Automation

Trupti Ghate, Kalpana Malpe
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Abstract

For every nation, farmers play the most essential role and that is to feed the population. In the urban areas there is lack of open green space for farming and even if the land is available it is infertile for plants to grow on them. Problems faced in urban areas farms are due to the toxic elements let in the soil. The sources of toxic metals and effluents in urban soils are mainly from emissions from industries, automobiles, industrial as well as domestic sewage. In urban areas, people are busy in their work which leads them to buy pesticide and chemically treated food which in injurious to health and they are unable to grow organic vegetable at home due to deficit of space, time and un-fertile soil. Hydroponics is the method of cultivating plants without soil. Water with oxygen and required minerals acts as the cultivation medthod. Smart Hydroponic Farming using the NFT Method helps the farmer to stay connected to their farm anytime and anywhere. This hydroponic system requires special attention to several parameters such as the water temperature, water level, acidity (pH), and the concentration of the nutrient (EC/PPM). We first monitor and collect information from NFT Hydroponic farmer and then systematically evaluate and analyze them. Unfortunately, it is still controlled by using the conventional way (human), for example in controlling the concentrations of nutrient has to be done at least once a day, so much time is wasted. In addressing these issues, we need a system that can be applied and used easily. We built a hydroponic monitoring and automation system that can monitored using sensors connected to the Arduino Uno microcontrollerm, Wi-Fi module ESP8266 and Raspberry Pi 2 Model B microcomputers as the webserver with the concept Internet of Things, in which each block hydroponic farming can communicate with the webserver (broker). Web used as the interface of the system that allows user to monitor and control the NFT hydroponic farming. The NFT hydroponic web interface management systems using a responsive web framework, such as Bootstrap for the front-end, JQuery and JavaScript libraries. The result shows that this system helps farmers to increase the effectivity and efficiency on monitoring and controlling NFT Hydroponic Farm.
物联网助力丰收:利用智能农业自动化推进 NFT 水栽法
对于每个国家来说,农民都扮演着最重要的角色,那就是养活人口。在城市地区,缺少开阔的绿地用于耕种,即使有土地,也很贫瘠,不适合植物生长。城市地区农场面临的问题是土壤中的有毒元素造成的。城市土壤中的有毒金属和污水主要来自工业、汽车、工业和生活污水的排放。在城市地区,人们忙于工作,导致他们购买杀虫剂和经过化学处理的食物,这对健康有害,而且由于缺乏空间、时间和贫瘠的土壤,他们无法在家里种植有机蔬菜。水耕法是一种无土栽培植物的方法。含有氧气和所需矿物质的水是栽培媒介。使用 NFT 方法的智能水耕法可以帮助农民随时随地与他们的农场保持联系。这种水培系统需要特别注意几个参数,如水温、水位、酸度(pH 值)和营养液浓度(EC/PPM)。我们首先监测并收集来自 NFT 水培农户的信息,然后对其进行系统评估和分析。遗憾的是,我们仍在使用传统方法(人工)进行控制,例如,在控制营养液浓度时,每天至少要做一次,因此浪费了大量时间。为了解决这些问题,我们需要一个易于应用和使用的系统。我们利用连接到 Arduino Uno 微控制器、Wi-Fi 模块 ESP8266 和 Raspberry Pi 2 Model B 微电脑的传感器建立了一个水培监控和自动化系统,并将其作为具有物联网概念的网络服务器。网络作为系统的界面,允许用户监测和控制 NFT 水培农业。NFT 水培网络界面管理系统使用了响应式网络框架,如用于前端的 Bootstrap、JQuery 和 JavaScript 库。结果表明,该系统能帮助农民提高监测和控制 NFT 水培农场的效率和效果。
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