Data Transmission and Storage of Local Meteorology Station in Hybrid Power Plant System (Photovoltaic and Wind Turbine)

Abstract

In sensor data monitoring system requires a fast data storage system with a high level of availability. In this research, a hybrid and power generation system (photovoltaic and wind turbine) and a weather condition monitoring station are designed to determine the power generated by the plant and data on several parameters of local weather conditions using 3 different types of sending and storage media to enable data backup. There are 12 sensors used in the design, namely the voltage and current sensors which are placed on the hybrid generating system and the weather sensor namely the tipping bucket, AM2320, BMP 180, cup type anemometer, and wind direction. Uses the IoT (Internet of Things) network that can be accessed online and in real time wherever and whenever you are connected to the internet. Plus wireless system using radio frequency emissions consisting of a transmitter and receiver with a wide range. Minimize loss of monitoring data, then added using MMC (Multi Media Card) storage media that can record measurement data directly. Tests that have been carried out in sending and storing data have a success rate of 94.35%.