Huang Qizhang; Zhu Yanqing; Shi Jifu; Wang Leilei; Zhong Liuwen; Xu Gang
Source Publicationchinesephysicsb
AbstractThree-dimensional (3d) printing technology is employed to improve the photovoltaic and photothermal conversion efficiency of dye-sensitized solar cell (dsc) module. the 3d-printed concentrator is optically designed and improves the photovoltaic efficiency of the dsc module from 5.48% to 7.03%. additionally, with the 3d-printed microfluidic device serving as water cooling, the temperature of the dsc can be effectively controlled, which is beneficial for keeping a high photovoltaic conversion efficiency for dsc module. moreover, the 3d-printed microfluidic device can realize photothermal conversion with an instantaneous photothermal efficiency of 42.1%. the integrated device realizes a total photovoltaic and photothermal conversion efficiency of 49% at the optimal working condition.
Document Type期刊论文
First Author AffilicationGuangZhou Institute of Energy Conversion,Chinese Academy of Sciences
Recommended Citation
GB/T 7714
Huang Qizhang,Zhu Yanqing,Shi Jifu,et al. dyesensitizedsolarcellmodulerealizedphotovoltaicandphotothermalhighlyefficientconversionviathreedimensionalprintingtechnology[J]. chinesephysicsb,2017,26(3):038401.
APA Huang Qizhang,Zhu Yanqing,Shi Jifu,Wang Leilei,Zhong Liuwen,&Xu Gang.(2017).dyesensitizedsolarcellmodulerealizedphotovoltaicandphotothermalhighlyefficientconversionviathreedimensionalprintingtechnology.chinesephysicsb,26(3),038401.
MLA Huang Qizhang,et al."dyesensitizedsolarcellmodulerealizedphotovoltaicandphotothermalhighlyefficientconversionviathreedimensionalprintingtechnology".chinesephysicsb 26.3(2017):038401.
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