Impact of Using Automatic Smart Control Technology Using UV Rays on Hydroponic Chili Plants

Habib Satria, M. Aldhi, S. Susilawati, Putra Irwandi, Arrazy Elba Ridha
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Abstract

The rapid development of time has reduced the land used by farmers for farming due to development. For that, design a hydroponic system to minimize the land. Chili hydroponic plants are a type of vegetable that has many benefits and is liked by many people. So that hydroponic chili cultivators can produce optimal harvests, a tool is designed using automatic smart control technology using UV lamps. The findings in the field are that there are several steps that must be taken so that hydroponic plants can be more optimal in the results of chili cultivation. The first step is to design a smart plant control automatic tool, then use several sensors including EC sensors, ph sensors, RTC sensors, and ultraviolet lamps. An initial study of the potential benefits to be gained by partners or chili farmers based on the results of field testing is that this technology can maximize harvest time efficiency from manual hydroponic cultivation, which was originally 90 days to 70-80 days. Therefore, the automatic smart plant control system using UV lamps has a harvest speed of 70-80 days, while the manual method can reach 90 days. Thus, it is hoped that the economy of chili cultivators will increase if the smart plant control automatic system is used.
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紫外线自动智能控制技术对水培辣椒的影响
时代的飞速发展使农民用于耕作的土地因发展而减少。为此,设计一个水培系统,以尽量减少土地。辣椒水培植物是一种有很多好处的蔬菜,受到很多人的喜爱。为了使水培辣椒种植者能够获得最佳收成,我们设计了一种使用UV灯的自动智能控制技术的工具。在田间的发现是,有几个步骤必须采取,使水培植物可以在辣椒栽培的结果更理想。第一步是设计一个智能工厂控制自动工具,然后使用几个传感器,包括EC传感器,ph传感器,RTC传感器和紫外线灯。根据田间试验结果,对合作伙伴或辣椒种植者获得的潜在效益的初步研究表明,这项技术可以最大限度地提高人工水培栽培的收获时间效率,从最初的90天提高到70-80天。因此,采用UV灯的自动智能植物控制系统,收获速度为70-80天,而手动方法可达到90天。因此,如果使用智能植物控制自动化系统,有望提高辣椒种植者的经济效益。
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