CD Tugas Akhir
Rancang Bangun Pengatur Kualitas Air Kolam Ikan Gurami Berbasis Arduino Uno
Good water quality is a crucial factor in cultivating gourami fish. This research aims to design and implement an effective water quality control system for gourami fish ponds. The research methods used include literature surveys, field observations, and testing prototypes of water quality control systems. A system designed to monitor pH in gourami fish ponds. Data obtained from the monitoring system is used to determine the exact pH of the water. The research results show that the water quality control system developed is able to maintain water parameters at optimal levels for the growth and health of gourami fish. The implication of this research is that the implementation of a water quality control system can increase the productivity and sustainability of gourami cultivation. Further research is recommended to test the system on a larger scale and optimize its energy efficiency and operational costs. In the tool system, the Arduino Uno microcontroller is used to control the system for the Arduino Uno- based gourami pond water quality control device using a pH 4502c sensor and solenoid valve, LCD, Buzzer which have been successfully created and are working according to plan. on the tool and buzzer as an indicator that the pH is acidic or basic, and the solenoid valve and relay as a pH regulator, if the pH is up, the sensor is detected. Farmers can set the pH limit of the water that will be detected by using pH up liquid as desired. In the designed tool, the maximum pH is alkaline.
Keywords: Arduino Uno, Ph Sensor, Relay, Buzzer, LCD, Solenoid valve
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