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The maximum conversion efficiency of 96.25% was achieved.
We demonstrate maximum conversion efficiency of 73% under illumination by non-concentrated sunlight.
The maximum conversion efficiency calculated using COMSOL code increased to 1.58%.
Eventually, the maximum conversion efficiency obtained for TiO2/1.0 wt.% In2S3-DSSC is 5.80%.
The maximum conversion efficiency of the DSSC was 5.1% and decreased by 6% under a 90° bending.
And for different operating temperatures, the maximum conversion efficiency and maximum stress level of TE materials are also investigated, individually.
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Porous media significantly enhances the upper flame stability limits and maximum conversion efficiencies (3.8%, 4.03%, and 3.73% at ϕ = 1, 0.9 and 0.8 at 10 m/s).
With this cell design we have found maximum conversion efficiencies up to 14% which is degraded from an intrinsic membrane conversion efficiency of ∼25% mainly by parasitic charge-transfer resistance.
The maximum conversion efficiencies attained by DSSCs so far (approximately 11%), although considerably lower than those of silicon solar cells, may meet the requirements of many practical applications [1, 3].
Results show that the maximum cell conversion efficiency and the maximum electrical power output take place for different cases.
The cell with minimum internal resistance and maximum carrier life time had maximum power conversion efficiency.
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