Pengontrolan Energi Panas dari Kondensor Pirolisis Menjadi Energi Listrik Menggunakan Generator Termoelektrik dengan Variasi Peltier

Abstract

Heat energy is directly converted into electrical energy and vice versa; This process is known as a thermoelectric phenomenon. The temperature difference between the two connections and the conductor material mainly determines the magnitude of the thermoelectric voltage. The purpose of this research is to find out how to utilize wasted energy for pyrolysis condensers, to know the process of making a battery charging circuit from a thermoelectric module, to find out at what temperature the heat source is turned off so that the thermoelectric generator does not experience overhead, and to find out the amount of input and output from step up to be able to start the load. The tools and materials used are Nodemcu ESP 8266, Sensor DS18b20, Sensor INA 219, Step down DC, LCD i2c 20x02, Step up DC, Lithium battery 18650, Battery charger module 18650, Battery indicator light, Water block, Headsink, Pump DC 5v, and Peltier