基于微控制器的人工照明技术帮助小白菜幼苗生长

M. Afandi, I. Hikmah, Chandra Agustinah
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引用次数: 3

摘要

提高农业活动的效率和质量是发展技术支持农业的重要原因。图像处理、物联网(IoT)、人工智能、大数据和人工照明等农业技术呈现出日益增长的趋势。在雨季等阳光强度较低的地区,人工照明技术对支持农业有很大影响。农民种植植物很困难,尤其是在雨季的早期。这个问题的发生是因为太阳光的强度非常小。人工照明是一种解决雨季早期栽培问题的技术。这项技术可以支持农业用最少的阳光培育植物。人工照明包含发光二极管(LED),它被布置成阵列。本研究的目标是制作一个支持早期培养的人工照明原型。帕克科伊是一种用于观察人工照明对帕克科伊早期种植的影响的植物。这项研究表明,与放置在低光室内的植物相比,放置在原型中的帕克科伊植物生长显著。Pakcoy植物在人工照明下长出2-4片叶子,高度为1.55cm,从18粒种子中长出10粒。本研究可以得出结论,人工照明原型可以支持Pakcoy的早期培育。
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Microcontroller-based Artificial Lighting to Help Growth the Seedling Pakcoy
Improving efficiency and quality in farming activities is important reason of developing technology to support agriculture. Technology in agriculture such as image processing, Internet of Things (IoT), Artificial Intelligence, Big Data, and Artificial Lighting gives increasing trends. Artificial lighting technology has high impact to support agriculture in an area that has low sun light intensity such as in rainy season. Farmer has a difficulty to cultivating plant especially in early stage in rainy season. This problem happen because of the intensity of sun light is very minimum. Artificial lighting is a technology to solve early stage cultivating problem in rainy season. This technology can support agriculture for cultivating plant with minimum sun light. Artificial lighting contains light emitting diode (LED) that is laid out as an array. This research goal is to make an artificial lighting prototype to support early stage cultivating. Pakcoy is a plant that used to observe artificial lighting impact for early stage Pakcoy cultivation. This research shows Pakcoy plant placed in the prototype gives significant growth compared with a plant which placed in low light room. Pakcoy plant in artificial lighting gives 2 4 leaves, the height is 1.5 5cm, and from 18 seeds 10 is grow. This research can conclude that artificial lighting prototype can support early stage Pakcoy cultivation.
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