International Journal of Chemical Engineering and Materials
E-ISSN: 2945-0519
Volume 2, 2023
Controlling the Polarization of Ferroelectrics to Obtain Additional Energy
Author:
Abstract: A small-size installation created using ferropiezoelectric ceramics for generating additional electric
power is considered. The use of an electrochemical generator in the plant improves the efficiency of power
generation by controlling the polarization of ferropiezoelectric ceramics and applying innovation. At
consumption of 1 joule of electricity (due to mechanical energy), 2...4 joules of electricity are generated at the
output. The technology of energy increase is realized in two stages: at the first stage the degree of polarization
of the ferroelectric element is increased, and at the second stage the electric power supplied to the load is
increased. The efficiency of the electrical installation is about 55...60% and depends on the modification of
ceramics and electrical circuitry.
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Keywords: Reorientation, segnetoelectrics, solid solutions, domains, charging, polarization, energy, batteries,
electric transport
Pages: 105-112
DOI: 10.37394/232031.2023.2.13