Optimization of Coffee Bean Drying Using Hybrid Solar Systems and Wi-Fi Data Communication

Devita Ayu Larasati, Guido Dias Kalandro, Ike Fibriani, Widyono Hadi, Dedy Wahyu Herdiyanto, Catur Suko Sarwono
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引用次数: 5

Abstract

Coffee bean is one of high commodity from Indonesia. The drying process is the important step in its production. The process is to determine the moisture level of the coffee bean which also affects to the quality of a coffee. However this process takes a long time. This paper presents the optimization of the drying process of Robusta coffee bean based on Indonesian national standardization. The technology consists of hybrid solar systems as efficient resource energy and moisture level indicator using Wi-Fi data communication to efficient the operator. Test results showed that hybrid solar systems able to produce temperature 75 °C in sunny day and temperature $45 ^{\circ}\mathrm {C}- 50 ^{\circ}\mathrm {C}$ in mild weather. It can speed up drying processing and keep the texture of coffee bean. Besides that proposed moisture level indicator can help the operator by Wi-Fi data communication in 10 m to 100 m. It is more efficient and easy to produce coffee bean Indonesian national standardization.
利用混合太阳能系统和Wi-Fi数据通信优化咖啡豆干燥
咖啡豆是印尼的大宗商品之一。干燥过程是其生产的重要步骤。这个过程是为了确定咖啡豆的水分水平,这也会影响咖啡的质量。然而,这个过程需要很长时间。本文根据印尼国家标准对罗布斯塔咖啡豆的干燥工艺进行了优化。该技术包括混合太阳能系统作为高效的资源能源和利用Wi-Fi数据通信的湿度指示器,以提高操作员的效率。测试结果表明,混合太阳能系统在晴天可产生75°C的温度,在温和天气可产生45 ^{\circ}\ mathm {C} ~ 50 ^{\circ}\ mathm {C}$的温度。加速干燥加工,保持咖啡豆的口感。此外,所提出的湿度指示器可以在10米至100米范围内通过Wi-Fi数据通信帮助运营商。它更高效、更容易生产印尼国家标准化的咖啡豆。
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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