Agus Supranartha, I Nengah Sunaya
Research on power generation using waste heat is a conversion process that utilizes thermoelectric generator elements, which can be generated from the heat produced by burning waste. This research aims to study and develop a system based on the capabilities of TEG components that can be designed to convert heat from fires into electricity. Based on the properties and advantages of the fuel components, the method used in this research is a system for converting heat energy into electrical energy where the heat from the fire will be used to recharge. The input to the system is the heat generated from burning organic waste. The input component in this simulation uses a converter, namely a Peltier, which functions to directly convert heat energy into electricity. The research results include an output that utilizes the LM317 IC as a regulator in the heat conversion system, converting voltage for the battery charger’s output to ensure optimal function.
@article{5cc301f7-014c-4725-b33c-8b49686a7f6f,
title={Design of Home Power Plant Using Waste H},
author={Agus Supranartha and I Nengah Sunaya},
year={2026},
language={en}
}TY - JOUR TI - Design of Home Power Plant Using Waste H AU - Agus Supranartha AU - I Nengah Sunaya PY - 2026 LA - en ER -
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