A Resonance-based Solar Element: A Numerical Model and Micro/Nano Technology Application

A Resonance-based Solar Element: A Numerical Model and Micro/Nano Technology Application

Stať ve sborníku v databázi WoS či Scopus

The authors propose an analysis of a model solar element based on the principle of a resonance system facilitating the transformation of the external form of incident energy into electrical energy. A similar principle provides the basis for harvesters designed to operate at lower frequencies, Jirků T., Fiala P. and Kluge M.,2010, Wen J.L., Wen Z., Wong P.K., 2000. In these harvesters, the efficiency of the energy form transformation can be controlled from the frequency spectrum of an external source (the Sun).

The authors propose an analysis of a model solar element based on the principle of a resonance system facilitating the transformation of the external form of incident energy into electrical energy. A similar principle provides the basis for harvesters designed to operate at lower frequencies, Jirků T., Fiala P. and Kluge M.,2010, Wen J.L., Wen Z., Wong P.K., 2000. In these harvesters, the efficiency of the energy form transformation can be controlled from the frequency spectrum of an external source (the Sun).

Energy harvesting, resonant generator, THz tuned structure, the finite element analysis, experimental structure.

Energy harvesting, resonant generator, THz tuned structure, the finite element analysis, experimental structure.

FIALA, P.; NEŠPOR, D.; DREXLER, P.

2014

17.05.2013

SPIE

Bellingham, Washington, USA

978-0-8194-9560-0

Proceedings of SPIE Smart Sensors, Actuators, and MEMS IV

8763

87632A-1

87632A-7

7