DEVELOPMENT OF REAL-TIME, SOLAR POWERE D MICROCONTROLLER-BASED WEATHER STATION FOR THE ACQUISITION OF ATMOSPHERIC PARA METERS
ABSTRACT Atmospheric researchers, meteorologists, and farmers continue to face difficulties in assessing real-time weather data. This project created a solar-powered Arduino microcontroller-based weather station that uses meteorological sensors to measure atmospheric temperature, relative humidity, atmospheric pressure, wind speed, and wind direction. The temperature, relative humidity, pressure, wind direction, and wind speed monitoring elements are all part of the weather station. The power supply, electronic control, display, and data transfer sectors ...
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