为农业应用设计的物联网液肥冷却控制系统

Hung-Hsin Li, Sheng-Chih Yang, Jyun-Jie Wang, Chi-Yuan Lin, Zong-Shang Hong
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引用次数: 0

摘要

该系统以气培种植方法为基础,通过水雾提供作物种植所需的养分来源和根系湿度维持。采用该制冷芯片设计的液肥冷却控制系统;液肥冷却控制系统主要是控制水温的部分。该系统将以控制植物的水温为基础,可以根据每种不同植物所需的生长温度来控制合适的水温。提高作物成活率,通过采集到的水温信息进行大数据分析,使信息解读更加容易。使植物在适宜的水温范围内顺利生长。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Liquid Fertilizer Cooling Control System Designed for Agricultural Applications
This system is based on the aeroponic planting method, provides the nutrient source and root humidity maintenance required for planting crops through water mist. The liquid fertilizer cooling control system designed by the refrigeration chip; the liquid fertilizer cooling control system is mainly the part that controls the water temperature. This system will be based on controlling the water temperature of the plants, and can control the appropriate water temperature according to the growth temperature required by each different plant. Improve the survival rate of crops, conduct big data analysis through the collected water temperature information, making information interpretation easier. Make plants grow smoothly in the suitable water temperature range.
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