Generation of piezoelectric potential difference from solar energy induced thermo-mechanical stress

As demand for electrical energy is rising and concern for environment is augmenting, the onus lies on generation of power at high voltage levels in a cost effective
and eco-friendly manner. Against this backdrop, the article dwells upon the concept of
generation of electric potential difference (PD) at higher levels by piezoelectric
technique, wherein, the thermal stress created in one member (polypropylene cubic bar)
develops mechanical stress in another member (piezoelectric cubic quartz bar), and the
mechanical stress thus developed, is responsible for the generation of the PD. A proto
type experimental set up is illustrated. The article is followed by suggestions and possible
applications. The article distinctly concludes that a temperature increase (T ) of 1K in one r
member may generate a PD of 11.754 kV in another member, subject to limitation of
235.08 kV for T of 20 K, which are substantial for real life applications. The article is just r
a humble attempt from the academic point of view.