Alat Ukur Efisiensi Daya Listrik Pada Turbin Angin Melalui Mekanisme Dc To Dc Berbasis Internet Of Thing (Iot)

Abstract

It has been successfully designed an Electrical Power Efficiency Measuring Instrument in a Wind Turbine Through a Dc To Dc Mechanism Based on the Internet of Thing ( IoT) . This tool is designed to be able to monitor and measure the wind power received by the wind turbine and the electrical power produced by the wind turbine and the conversion efficiency from it. The sensors used to measure wind power are temperature and barometric pressure sensors BMP180. These sensors are mounted and programmed on the arduino nano and mounted as close to the blades of the wind turbine as possible. Sensors used to measure electrical power are current and direct voltage sensors INA219. This sensor is mounted and programmed on the Arduino Uno and mounted under the tower/leg of the wind turbine. The measurement data obtained by each microcontroller is programmed to be sent to the IoT NodeM-CU microcontroller. The data that has arrived at the NodeMCU which is connected to the Wi-Fi internet is processed to become monitoring data that can be viewed via a 20x4 matrix LCD while in place or viewed through a computer/smartphone con-nected to the internet on the Blynk IoT application.