DESIGN OF DATA LOGGER WIND SPEED PARAMETERS USING MICROCONTROLLER BASED ON ARDUINO MEGA 2560

Electrical Engineering

Wind Power Plants (PLTB) in general produce electricity by utilizing wind energy to drive turbines. However, PLTB cannot be utilized optimally because the wind speed is not constant over time. In order to produce PLTB with maximum power from highly fluctuating winds, it is necessary to study wind parameters, so a wind speed parameter data logger system was formed in this Final Project. This final project focuses on designing a data logger to collect and record wind speed parameter data. The data logger in this final project uses Arduino Mega2560 microcontroller, anemometer sensor, BMP180 temperature and pressure sensor, DHT11 humidity sensor, RTC module and SD card module. The results of testing the wind speed parameter data logger system show that the performance of all sensors works well with reference to standard digital tools. Comparison of the output value of the wind speed sensor with a digital measuring instrument has an error of 1.57%. Comparison of the output value of the temperature sensor with a digital measuring instrument has an error of 0.044%. The output value of the pressure and humidity sensors is related to temperature where the higher the temperature, the lower the pressure and humidity, and vice versa. Wind speed parameter data is collected every 1 second and stored in an Excel document (.xlsx). Comparison of the output value of the temperature sensor with a digital measuring instrument has an error of 0.044%. The output value of the pressure and humidity sensors is related to temperature where the higher the temperature, the lower the pressure and humidity, and vice versa. Wind speed parameter data is collected every 1 second and stored in an Excel document (.xlsx). Comparison of the output value of the temperature sensor with a digital measuring instrument has an error of 0.044%. The output value of the pressure and humidity sensors is related to temperature where the higher the temperature, the lower the pressure and humidity, and vice versa. Wind speed parameter data is collected every 1 second and stored in an Excel document (.xlsx).

This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.