Achmad Noval Kurniawan Raroeng, Mochammad Yusron, Alfan Mubarok, Siti Ainun Fiqiyah, Anfasa Syahrul Habibie, Risse Entikaria Rachmanita
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引用次数: 0

摘要

印尼是一个海洋国家,海洋产品潜力巨大。虾是出口量最大的海产品之一。Banyuwangi Regency的Karangrejo村Lingkungan Pakem是一个合作伙伴地点,是国家虾生产中心之一。合作伙伴用集约化系统培育钒虾,作为氧气气泡的生产者。集约化系统的应用会产生一些问题,即电力成本和水流不均匀,从而使氧气水平不是最佳的。基于这些问题,应用基于太阳能电池和物联网的文丘里细泡便携式浮标技术,旨在提高凡纳美对虾的生产效率。技术应用于合作伙伴的阶段包括观察、计划、制造、装配和评估。该技术的实施可减少一个收获期(2个月)的运营成本电费,最初为300万至200万印尼卢比,3000只虾的平均死亡率相当于110万至1560只虾的平均死亡率相当于572万印尼卢比。因此,每次收获可节省37%或1,528,000.00印尼卢比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Penerapan Teknologi Venturi Finebubble Portable Buoy Berbasis Solar Cell dan Internet Of Things Pada Tambak Udang Vaname Karangrejo Banyuwangi
Indonesia is a maritime country that has enormous potential in marine products. One of the marine products which is the highest export commodity is shrimp. Lingkungan Pakem, Karangrejo Village, Banyuwangi Regency is a partner location that is one of the national shrimp producing centers. Partners cultivate vaname shrimp with an intensive system as a producer of oxygen bubbles. The application of an intensive system causes problems, namely the amount of electricity costs and the uneven flow of water flow so that oxygen levels are not optimal. Based on these problems, the application of venturi finebubble portable buoy technology based on solar cells and IoT aims to increase the efficiency of the production of vannamei shrimp produced. The stages of technology application to partners consist of observation, planning, manufacture, assembly, and evaluation. The implementation of this technology can reduce electricity bills from operational costs in one harvest period (2 months) which was initially IDR 3,000,000.00 to IDR 2,000,000.00 and the average mortality rate of shrimp from 3000 individuals is equivalent to IDR 1,100,000.00 to 1560 individuals which is equivalent to IDR 572,000.00. Thus, the savings achieved are 37% or IDR 1,528,000.00 per harvest.
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