Sistem Kontrol Generator Termoelektrik dalam Konversi Energi Panas dari Tungku Reaktor Pirolisis Menjadi Energi Listrik Menggunakan Blynk

Abstract

With the advancement of the times, the need for electrical energy is increasing. Various efforts are made to find new sources of electrical energy, one of which is an electric energy generator with a micro capacity that utilises heat energy. Utilisation of heat energy as an electric energy generator with micro capacity can be done by using thermoelectric elements. This research aims to utilise the wasted heat energy from the pyrolysis reactor furnace into electrical energy based on the Internet of Things (IoT). This tool uses Peltier to convert heat energy into electricity from the heating of the pyrolysis reactor furnace, DS18B20 sensor to measure temperature, INA219 sensor to measure current, voltage, electric power. The results of this study show that the data from the sensor is sent to the microcontroller then the DS18b20 sensor will measure the temperature in the water cooler and the main temperature to take a temperature comparison then the data will be sent to the microcontroller, from the microcontroller it will be processed and will be displayed on the LCD i2c and iot interface displayed in the Blynk application. Thus, this tool provides a new innovation of renewable energy with the IoT system.