DSSC器件用固体聚合物电解质的研制

K. F. Chen, C. Liou, C. H. Lee, F. Chen
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引用次数: 5

摘要

制备了TiO2/N719染料/PVB基固态电解质DSSC,平均效率为3.75%,可进一步优化,最佳效率为5.20%。为了优化固态DSSC器件的性能,我们进行了PVB浸入时间与离子PVB离子电导率的关系、PVB基DSSC的入射光子电流效率(IPCE)测试以及长期稳定性测试。这是首次成功地将世界通用材料PVB与染料敏化太阳能电池相结合。有了其他团队之前所做的工作,毫无疑问,我们可以提高智能窗口的功能和价值。
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Development of solid polymeric electrolyte for DSSC device
We fabricated TiO2/N719 dye/PVB base solid state electrolyte DSSC which with efficiency 3.75% in average that can be further optimized and the best efficiency we achieved is 5.20%. To optimize the performance of a solid state DSSC device, the work we have done including the relation between PVB immersed time and the ion conductivity of ion PVB, the incident photon-to-current efficiency (IPCE) test of the PVB base DSSC, and the long-term stability test. This is the first attempt to combine the worldwide used material, PVB, and dye-sensitized solar cell successfully. With the work other groups done before, we can increase the capabilities and values of smart windows with no doubt.
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