11/19/2022 0 Comments Rangkaian mobil remot arduinoThe certain PWM value will influence the fish behavior of approaching the light the uniformity test shows that the detected fish do not exceed the UCL (Upper Control Limit) and LCL (Lower Control Limit). The difference of the PWM value and the color spectrum, from blue to green (250-0 PWM), influence the fish existence particularly on the color spectrum of the blue-green light, the fish density is the highest, forms the fish herd up to 495 fish/m 3 the fish herd is in the depth of 6.7☑.9 m, and the fish uniformity test is in the acoustic area. The observation method and acoustic descriptor use Scientific Echo Sounder SIMRAD EK15, with the statistical test of the RGB lamp implementation conducted in the lift net with the initial condition of 250 OWM, until 5 PWM with the minimum energy limit of 3E-008 watt/m 2. The aim to implement the RGB light is to find out the movement, density changes, and the fish behavior, to the changes of light colors and the different PWM value. The produced light intensity can be used to lure the target fish to the lift net. The RGB (red, green, blue) light, with the control system based on Arduino Uno microcontroller, is able to produce the PWM (Pulse Width Modulation) value in adjusting the light intensity. The proposed device can be used in home energy management system for monitoring closely the appliance activities.The use of lamp in the lift net is the success determinant in fishing. From the comparison of logged appliance data consumption with the reading of a commercial energy meter, the overall results show a good agreement of voltage, current and power values with accuracy of up to 95%. Performance and efficiency of the proposed system have been evaluated through an experiment employing several commonly used appliances such as electric iron, electric kettle, refrigerator and washing machine. Construction of the system is based on Arduino as main controller, SCT-013-000 current sensor, ZMPT101B voltage sensor, real-time clock, SD card and other passive electronic components. The device can measure and log the details of appliance consumption directly from a 13 amps power plug outlet where the appliance is connected. Abstract: This paper presents the design and development of a device for use as an energy monitoring system of home electrical appliances.
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