Abstract
Case Study of a Clean Energy Solution by Employing the Distributed Energy Sources Based on Perovskite Solar Cells
Highlights
Authors employ this article to investigate and review several insightful indicators related to the current alternative energies [AE]; AE technologies and their application have been of tremendous interest and of great importance in reducing the climate changes referring to Clark et al [1, 2]
The photovoltaic effect in LiNbO3 and other materials was reported, which was mainly ascribed to the electric field formed on the surface of crystals [23]
By 2012, photoelectric conversion efficiencies of 9.7% and 10.9% were achieved in perovskite solar cells based on CH3NH3PbI3 and CH3NH3PbI3-XClX [24,25], respectively, opening a new chapter in this type of third generation PV
Summary
Authors employ this article to investigate and review several insightful indicators related to the current alternative energies [AE]; AE technologies and their application have been of tremendous interest and of great importance in reducing the climate changes referring to Clark et al [1, 2]. In response to the pressing need in the carbon economy and climate changes in recent years, AE generation and strategic commercial interests lead to significant advances over the past decades in clean technologies [1], known as Clean Technology. The great endeavor in research and development has been dedicated to improving the output of the distributed energies. In order to adopt these technologies, it is imperative that the power output has good stability, high efficiency, and superior
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