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For high light conversion efficiency DSSCs require a mesoporous structure exhibiting a high surface area.
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To obtain high-light-conversion-efficiency photoelectrodes, the doping density should be carefully chosen with considerations of illumination wavelength and surface recombination.
The fast single-step electron-transfer and slow charge-recombination, as well as the high excitation energy conversion efficiency (78%), enable the assemblies to be advantageous for high light-energy conversion.
Dye-sensitized solar cells (DSSCs) are regarded as promising low-cost solar cells with high light-to-energy conversion efficiency.
Perovskite solar cells (PSC) are intensively studied due to their low-cost processing and high light-to-electricity conversion efficiency.
A high light-to-electricity conversion efficiency results from a large surface area of the mesoporous TiO2 photoelectrode, on which the dyes can be sufficiently adsorbed.
A high light-to-electricity conversion yield of 8.20% was achieved by applying the structure of the thin INCNCs electrode film in DSSC with gel electrolyte, much higher than 6.84% of TiO2 nanoparticulate film with same thickness (6.5 μm).
The fabricated solar cell containing the phthalocyanine sensitizer showed relatively high light-to-electron conversion efficiency (η = 0.92%), considering that few catechol dyes exceed η = 0.7% in dye-sensitized solar cells.
Under the optimized conditions, the DSSC with PEDOT PSS/C counter electrode achieves a high light-to-electric conversion efficiency of 7.01% under a simulated solar light irradiation with an intensity of 100 mW cm−2.
One can observe that PIV is a linear function of W with the light conversion efficiency η = U PIV/W as high as 5.6 mV/mJ.
We engineered a new small PSII antenna size Chlamydomonas reinhardtii strain with improved photon conversion efficiency and increased growth rates under high light conditions.
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