通过使用日光和LED节省家庭种植植物的能源

Sungwon Lee, Sekwang Park
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引用次数: 8

摘要

本文主要研究利用人工光源实现植物工厂家用传播节能技术。通过光电传感器根据太阳光的辐射强度对LED进行控制,无论光环境如何变化,都能保持作物所需的260 PPFD(光合作用光子通量密度)。为了作物的最佳生长效率,彩色LED的百分比是确定的。对本研究提出的人工光源栽培与日光栽培的节能百分比进行了比较,节能效果约为43%。
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Energy savings of home growing plants by using daylight and LED
This paper is focused on the research of the energy saving technology for household dissemination of plant factory through using artificial light source. By controlling the LED according to the intensity of radiation of sunlight through using photo sensor, 260 PPFD (Photosynthesis Photon Flux Density), which is needed to the crop, are consistently maintained regardless of the change of the photo-environment. For the optimum growth efficiency of the crop, the percentage of LED by colors is decided. The percentage of the energy saving between the plant cultivation by the artificial light source and the plant cultivation by sunlight suggested at this research is compared, and about 43 % of the saving effect is acknowledged.
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