Abstract
In recent years, several types of solar cells, such as polycrystalline silicon, compound semiconductor and organic thin films, have been and grown and developed as one of the promising renewable energy devices for low cost and safety compared with nuclear power generation. They were composed from many components and their materials generally. As for Dye Sensitized Solar Cell (DSSC), which may be high efficiency and easy to assemble but not be expensive so much, not only inorganic titanium oxide and organic or metal complex dyes but also organic solvents as electrolyte. Furthermore, a condensing lens made of plastic are also used to improve power generating efficiency.
Highlights
Several types of solar cells, such as polycrystalline silicon, compound semiconductor and organic thin films [1], have been and grown and developed as one of the promising renewable energy devices for low cost and safety compared with nuclear power generation
A condensing lens made of plastic are used to improve power generating efficiency. Their risks to disturb extinguishing, for example, getting electric shocked for firefighters and outbreak of combustion gases, have appeared in case of fire, because a solar cell never stops power generation by receiving sunlight
As for new strategy of flame retardant for Dye Sensitized Solar Cell (DSSC), we have studied on Brsubstituted metal complexes on the hypothesis that they can act for dual purposes, namely long-wavelength light absorbing DSSC dye and flame retardant without chain reactions as pure organic compounds [3]
Summary
Several types of solar cells, such as polycrystalline silicon, compound semiconductor and organic thin films [1], have been and grown and developed as one of the promising renewable energy devices for low cost and safety compared with nuclear power generation. Trade-Off in Fire-Retardant Solar Cell Materials and Takashiro Akitsu* and Kenta Mizuno They were composed from many components and their materials generally. As for Dye Sensitized Solar Cell (DSSC), which may be high efficiency and easy to assemble but not be expensive so much, inorganic titanium oxide and organic or metal complex dyes and organic solvents as electrolyte.
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