Peralatan Informasi dan Normalisator Ph Air Berbasis IoT Untuk Menjaga Produktivitas/ Pertumbuhan Spirulina Sp

D. Akbar, Mochammad Adiel Assidiq, Dendy Ary Nugroho, Mas Aldi Putra, Ristha Dewi Budiono, R. Bintara
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Abstract

Spirulina sp (Arthrospira platensis) is a blue-green bacterium that contains the most ideal nutrients for human beings even though it is only consumed in small amounts. Partner problems in Spirulina sp cultivation are fluctuations in the pH of the water in the pond, so the growth of Spirulina sp is not good. Control of water pH is done manually and normalization of water pH is also done manually, so there are often delays in information and normalization of water pH. In addition partners should spend more time in the pool. Under these conditions, productivity is only able to produce an average of 375 grams per week. With these conditions, information equipment and Internet of Thing (IoT)-based water pH normalization are needed to maintain the productivity of Spirulina sp . The method used is planning, manufacturing and evaluating the performance of information equipment and normalizing IoT-based water pH on partners. From this program, information on water pH and normalization of water pH can be done in real time and can be done from anywhere, so partners can do activities outside the Spirulina sp . In addition, there was an increase in the productivity of Spirulina sp per week from an average of 375 grams to an average of 511.5 grams.
信息和水Ph值Ph值的工具,以保持Spirulina Sp的生产力/生长
螺旋藻(Arthrospira platensis)是一种蓝绿色的细菌,它含有人类最理想的营养物质,即使它只消耗少量。螺旋藻养殖中的伙伴问题是池塘水的pH值波动,导致螺旋藻生长不好。水pH值的控制是人工完成的,水pH值的规范化也是人工完成的,所以水pH值的信息和规范化经常会有延迟。另外,伴侣在池中的时间也要多一些。在这种条件下,生产力平均每周只能生产375克。在这种情况下,需要信息设备和物联网(IoT)为基础的水体pH正常化来维持螺旋藻的生产力。所使用的方法是规划、制造和评估信息设备的性能,并规范合作伙伴基于物联网的水pH值。通过该程序,可以实时完成水pH值和水pH正常化的信息,并且可以在任何地方完成,因此合作伙伴可以在螺旋藻sp之外进行活动。此外,螺旋藻的产量也从平均每周375克增加到平均每周511.5克。
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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