伪固体州的敏化染料的太阳能电池基于化学上爱神与脊梁聚合物溜走 poly (vinylpyridine-co-acrylonitrile )(P (VP-eo-AN )) 或 poly (vinylimidazole-co-acrylonitrile )(P (VIM-co-AN )) 并且 diiodide 混合物我(CH_2 )_6I orl (CH_2CH_2O )_nCH_2CH_2l 团结了 EC/PC/KI/I_2 胶化电解质被制作了。离子电导率和表演调查了的电解质和房间的 I_3~- 的明显的散开系数。化学上提供爱神溜走从脊梁聚合物的点,啶或咪唑有益于开的电路电压并且充满房间的因素。因而,伪固体 DSSC 的全面精力变换效率在团结前从液体电解质的甚至在 20% 附近改进了超过 10% 。而且,采用 nCH_2CH_2t 显示出的 crosslinker l (CH_2CH_2O ) 更高电解并且房间人物比的我(CH_2 )_6I。
Quasi-solid state dye-sensitized solar cells based on chemically crosslinking with backbone polymers of poly(vinylpyridine-co-acrylonitrile) (P(VP-co-AN)) or poly(vinylimidazole-co-acrylonitrile) (P(VIM-co- AN)) and diiodide compounds of I(CH2)61 or I(CH2CH20)nCH2CH21 solidified EC/PC/KI/12 gel electrolytes have been fabricated. The ionic conductivities and apparent diffusion coefficients of l 3^- of the electrolytes and cell performances have been investigated. Providing chemically crosslinking points, pyridine or imidazole from the backbone polymers benefited the open circuit voltage and fill factor of the cells. Consequently, the overall energy conversion efficiencies of the quasi-solid DSSCs improved over 10% even near 20% from that of the liquid electrolyte before solidification. Besides, the employing of crosslinker I(CH2CH20)nCH2CH21 showed higher electrolytic and cell characters than that of I(CH2)61.