Abstract:
efforts in the need to control various electronic devices is not only done with someone nearby but can be done remotely. This research focuses on the application of IoT systems as performance monitoring of hybrid generators (PLTMH and PLTS) using Thinger I/O. The Thinger I/O is an internet-based technology that controls an unlimited variety of software, for example, in conducting this research it is used with laptop media as a remote connecting device. This is one of the advantages of web-based control, so the devices used are much more varied with just one design. This study monitors alternative energy sources, namely Solar Power Plants (PLTS) and Micro Hydro Power Plants, then the two energy sources are combined with a Hybrid monitor which will function if both sources experience problems. Based on the tests and observations made, it can be seen that the error value that occurs is obtained from the comparison of the server value with the real value, the average error value at micro hydro voltage is 0.004, while for the PLTS voltage has an average error of 0.004 as well, this error value occurs from the difference between the server value and the actual observed real value. Then the Hybird generator monitoring system with the design of a solar panel performance monitoring system based on IOT using Arduino Uno at the PLTS and micro hydro in Tiga Juhar Village is running well, with a reading tool for the PLTS voltage sensor at 219 VAC, micro hydro voltage sensor at 213 VAC, and photovoltaic voltage sensor at 23. VDC for voltage sensor readings for 1 day and also for temperature sensor readings of 28.3 Celsius and frequency sensors which have an average value of 50 Hz
