RANCANG BANGUN ALAT UKUR PARAMETER PORTABLE SOLAR PANEL

Abstract

This study aims to design and create a portable parameters in Arduino Uno micro panel based solar panels where with
these parameters parameters solar panels such as input parameters such as solar radiation, ambient temperature
(environmental) and output parameters such as voltage, current, position latitude panel will be measured, stored and
displayed in graphical form in realtime. The built system consists of three main parts: the sensor as the input that will
measure the data of solar radiation, temperature or temperature, current, voltage, latitude and longitude module solar
module Arduino Uno position which will acquire the measurement data from the sensor and Labview application that
will store and display data in realtime. The design of this module includes the design of Hardware and Software. In the
first year of research focused On the design of hardware, where the design is determined first type of sensor in the form
of temperature and humidity sensors, light, current, voltage and latitude position. In this Progress Report has been
purchased equipment and testing of temperature sensors, currents, voltages and LDR and position sensors. For Sensor
Voltage from result of measurement before calibration for 4 volt source source obtained 4.94 volt after calibration
obtained 4,0121 volt, where result of correlation fit obtained value R = 0.99992. For Current Sensors, measured for 9
volt input voltage with 12 V 35 W lamp load, before calibration is 0.73 A, while for amperemeter showing 2.02 A. After
calibration the current value indicated by the Current sensor is 2.02 A. For temperature sensor, The result of
measurement using our thermometer compare with result of Arduino where the result is almost same with error
percentage for temperature 29.5oC For Luxmeter, result of measurement of lux meter result is 294 lux while result of
LDR sensor data only 292 lux.