The solar tracking system on this system uses an axis horizontal system, namely the parabolic type of solar moves one direction from east to west and vice versa. The results of this study were obtained in 2 system modes designed, namely automatic solar tracking based on time and automatic solar tracking based on detection by light sensors. Research material: 1 solar unit of parabolic type The research tool consists of: Arduino Uno, 1 piece Limit Switch, 2 piece Light sensor (LDR), 2 piece Real Time Clock DS1307, 1 piece Driver Motor H-Bridge Module, 1 piece Motor DC (Actuator Linear, stroke 65 cm), 1 piece Power supply 12 V 10 A, 1 piece Switch power, 1 piece Pushbutton, 2 pieces. The research method used in this study is the method of experimental and action (action research). The place to conduct this research was conducted at the Physics Lab of Kupang State Polytechnic. The purpose of this research are: 1) designing a motor control system to drive the parabolic type solar distillation by utilizing 2 pieces of time sensor and a light sensor to obtain the more result of seawater distillate into fresh water 2) To get the results of distillate (freshwater) in the amount/volume from the evaporation results 3) the final result of this study is a parabolic type product that is controlled by a motor.
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