Light Spectra Optimization in Indoor Plant Growth for Internet of Things

Luzalen Marcos, K. Mai
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引用次数: 7

Abstract

This paper evaluates three plant grow light spectra suitable for indoor planting for Spinacia Oleracea (Spinach) and Lactuca Sativa (Lettuce). Indoor plant growing chambers and three commercial plant grow lights in the Red, Red-Blue and Yellow spectral range were used. Temperature, humidity and soil moisture were recorded. The spectral range of the grow light was found to affect the temperature, humidity and soil moisture, hence also affecting plant growth. Red light was found to be more suitable for spinach and red-blue light was found to be more suitable for lettuce. A system design allowing control of the spectral range by selection of the appropriate LED's based on the plant needs using the Internet of Things was developed. Future work will implement and test this feature together with other semi-automated plant growth systems such as irrigation and light intensity.
物联网环境下室内植物生长光谱优化研究
本文对菠菜和莴苣三种适合室内种植的植物生长光谱进行了评价。室内植物生长室和三个商业植物生长灯在红,红,蓝和黄光谱范围内使用。记录温度、湿度和土壤水分。发现生长光的光谱范围影响温度、湿度和土壤水分,从而也影响植物生长。研究发现,红光更适合菠菜,红蓝光更适合生菜。开发了一种系统设计,允许根据工厂需要使用物联网选择适当的LED来控制光谱范围。未来的工作将与其他半自动植物生长系统(如灌溉和光强度)一起实施和测试这一功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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