Development of Automatic Pond Reservoir System to Support Automatic Surface Vehicle

Destarianto, P and Hartadi, D R and Ayuninghemi, R (2023) Development of Automatic Pond Reservoir System to Support Automatic Surface Vehicle. IOP Conference Series: Earth and Environmental Science, 1168 (1). 012052. ISSN 1755-1315

Text (Hasil cek similarity) 25. Development of Automatic Pond Reservoir System to Support Automatic Surface Vehicle.pdf.pdf - Supplemental Material Available under License Creative Commons Attribution Non-commercial Share Alike. Download (1MB)

Abstract

Water quality is an important segment in shrimp farming. The main factor of water in ponds is seen from several dimensions, including the amount of dissolved oxygen, pH, and temperature. The implementation of the farmers at the research site uses a waterwheel approach for toot oxygen, KOH/Lime for pH, and circulating water in the pond for temperature. As the main factor, water must meet standards, oxygen levels (3-7ppm), pH (7-9pH), and temperature (24-32°C). This standardization aims to produce optimal shrimp culture considering that shrimp is one of the sensitive and cannibalistic animals. For example, if the temperature or pH suddenly changes, the shrimp will eat each other, but this standardization is challenging for farmers due to limitations. Human Resources. This study aims to develop an Automatic Pond Reservoir. The system built in this study implements fuzzy logic control on the Arduino for the classification process. It triggers the Pond Reservoir to ensure the water remains in optimal conditions for shrimp growth and development. The results of the tests were 282 times, showing an accuracy of 90.

Actions (login required)

View Item