Energy Generation from Bio Waste and Utilization with Internet of Things

Abstract

For control of load remotely, the system which is integrated with both IOT (Internet of Things) and energy generation from bio-waste is designed in this work. Seebeck effect is utilized for conversion of heat generated at TEG (Thermoelectric Generator) to the utilizable electric energy. The electric power generated is measured by INA219 sensor and DC DC boost converter MT3608 has been used to improve the voltage generated by the system. The 16X2 LCD display has been used for displaying the outcomes integrated with Arduino Nano. Cloud platform names SinricPro is used in this application with wifi module, ESP8266 for IOT based communication. For generating energy continuously, different other things such as fan, pump, arrangement of water cooling are utilized in this application. This application can control IoT based load and monitor system continuously for generation of electrical energy from the waste heat. So the proposed system can be used in applications where low power is needed by providing sustainable and easy solutions for bio-waste heat. Index Terms- Harvesting of Energy, Generating thermoelectric Energy, IoT (Internet of Things), ESP8266, Arduino Controller, Energy from Bio-waste.