The aim of this work is to design a printed thermoelectric generator to scavenge waste heat off of virtually any hot surface. Previous studies conducted in this lab produced novel techniques for printing both the p-type and n-type materials that, once subject to a temperature gradient, produce a voltage. The process consists of producing and printing slurries of thermoelectric material via a dispenser printer onto flexible substrates. It has been proven that the performance of these thermoelectric modules is promising. Thus a small, printable generator was designed to be easily integrated with the radiator of a vehicle. In addition it will be taken into consideration how the design of the device can be adapted to larger-scale energy thermal energy harvesting in automotive or industrial applications.
- A Fully Integrated, Printed, Self-Rechargeable Wireless Sensor Node for Engine and Motor Condition Monitoring
- Printed Zn/MnO2 Batteries with an Ionic Liquid-based Gel Polymer Electrolyte
- Printed Supercapacitors with an Ionic Liquid-based Gel Polymer Electrolyte