Abstract
Using the Scopus database between the years of 2000 and 2019, a bibliometric study was done to analyze the scientific publications in the area of photovoltaic solar energy management. From the preliminary analysis of future research tendencies, ten possibilities of study topics were developed; and due to that it was possible to assume that even though many studies of technological development are found, some insights can still be approached in a way that the practical implementation of solar systems photovoltaic is better used. This data was validated by the analysis performed with the Scimat scientific mapping software under a longitudinal structure, verifying the future tendencies researches mentioned previously.
Highlights
The production of energy can cause environmental impact due to some pertinent factors such as the use of fossil fuels, and deforestation
We only focus on papers published after the 2000s, due to the fact that there was less data regarding photovoltaic solar energy management before that year
This article shows some research possibilities of the database about solar PV energy management through bibliometric techniques, which can be obtained with the purpose of describing, knowing or explaining phenomena
Summary
The production of energy can cause environmental impact due to some pertinent factors such as the use of fossil fuels, and deforestation. The set of resources and changes in non-fuel sources of the energy system (i.e., wind, solar) become more prominent with the progress of the energy transition. Those fuels are different from fossil in two fundamental aspects: they are abundant, not scarce, but its instantaneous availability is limited, instead of being dispatched on demand [2]. The research, development and continuous improvement of this solar technology is essential in order to increase the energy efficiency for beneficial use in all consumer segments [4, 5]
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