Pengaruh Vegetasi Pada Output Photovoltaic Menggunakan Mini Stasiun Data Logger

ABSTRACT
In this research, namely to design a PV output monitoring tool that is
deployed at several locations in the Palu City area and can be accessed anywhere
using IoT. This study aims to: (1) design a multi-channel data logger; and (2)
determine the location of the PV location that can provide maximum output
according to the temperature of the urban area. This research method uses
experimental methods, while the data analysis techniques used are quantitative and
graphic analysis. This study was conducted by placing PV at several location points
that were monitored for 3 consecutive days. From this study it can be concluded
that: (1) the design of an IoT-based multichannel PV monitoring tool is made to
monitor current, voltage, and temperature via the web (https://iot-monitoringuntad.blogspot.com/)
which can be accessed via mobile phone / computer with PV
placement in 3 locations, namely east Palu, south Palu and west Palu; (2) Based on
the monitoring results, it can be seen that the largest power output results in the
three regions are in the West Palu region with a power output of 0.0419 watts at
12:30 on the first day, on the second day of 0.0519 watts at 12:30 and 0.0406 watts
at 10:15 on the third day; (3) PV placement is placed facing north-south to get
maximum results.
Keywords : Photovoltaic, Data Logger, Monitoring