Performance Evaluation of a Drip Irrigation System inside the Automated Greenhouse in Huye Ecological Condition

Emmanuel Hakiruwizera, Claude Jean Hatungimana, Diogene Mutangana, Jean Claude Manishimwe, Appoline Igirimbabazi
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Abstract

This research, titled Performance Evaluation of a Drip Irrigation System inside the Automated Greenhouse in Huye ecological Condition, was carried out in the Research Center of Integrated Polytechnic Regional College (IPRC)-Huye Campus, which is located in the Ngoma Sector of Huye District of Rwanda, in 2023. The study has mentioned the specific objectives of determining the average emitter discharge of the irrigation system, evaluating Christiansen Coefficient Uniformity (CU), and evaluating the distribution uniformity (DU) of the system. The research design was a randomized complete block design with four replications. The experiment was conducted on 24 laterals and 288 drippers installed in the greenhouse. Each lateral had an equal distance of 36.5m and carried 94 total drippers. Data analysis of variance (ANOVA) and LSD for means were used as statistical tools in MINITAB software version 17. The confidence interval was 95%. The obtained results indicated an average discharge (q) of 3.98 L/h in the drip irrigation system, coefficient uniformity (CU) of 99.96%, and distribution uniformity (DU) of 57.72%. The research concludes that the performance of irrigation systems is excellent for water application. However, the way water is distributed in all systems is poor. In addition, the drip irrigation system may reach an adequate level of performance when it works in a shifty manner.
胡耶生态条件下自动化温室内滴灌系统的性能评估
这项题为 "胡耶生态条件下自动化温室内滴灌系统的性能评估 "的研究于2023年在综合理工地区学院(IPRC)胡耶校区的研究中心进行,该中心位于卢旺达胡耶区的恩戈马区。该研究的具体目标是确定灌溉系统的平均喷头出水量、评估克里斯琴森系数均匀性(CU)和评估系统的分布均匀性(DU)。研究设计采用随机完全区组设计,四次重复。实验在温室中安装的 24 条侧线和 288 个滴管上进行。每个侧管的等距离为 36.5 米,共装有 94 个滴管。数据方差分析(ANOVA)和均值 LSD 是使用 MINITAB 软件版本 17 的统计工具。置信区间为 95%。结果表明,滴灌系统的平均出水量(q)为 3.98 升/小时,均匀系数(CU)为 99.96%,分布均匀度(DU)为 57.72%。研究得出结论,灌溉系统的施水性能很好。然而,所有系统的配水方式都很差。此外,滴灌系统在工作方式不稳定的情况下也能达到适当的性能水平。
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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