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Performance Characterization of Dye-Sensitized Photovoltaics under Indoor Lighting

Author:
Chen, Chia-Yuan  Jian, Zih-Hong  Huang, Shih-Han  Lee, Kun-Mu  Kao, Ming-Hsuan  Shen, Chang-Hong  Shieh, Jia-Min  Wang, Chin -Li  Chang, Chiung-Wen  Lin, Bo-Zhi  Lin, Ching-Yao  Chang, Ting-Kuang  Chi, Yun  Chi, Cheng-Yu  Wang, Wei-Ting  Tai, Yian  Lu, Ming-De  Tung, Yung-Liang  Chou, Po-Ting  Wu, Wen-Ti  Chow, Tahsin J.  Chen, Peter  Luo, Xiang-Hao  Lee, Yuh-Lang  Wu, Chih-Chung  Chen, Chih-Ming  Yeh, Chen-Yu  Fan, Miao-Syuan  Peng, Jia-De  Ho, Kuo-Chuan  Liu, Yu-Nan  Lee, Hsiao-Yi  Chen, Chien-Yu  Lin, Hao-Wu  Yen, Chia-Te  Huang, Yu-Ching  Tsao, Cheng-Si  Ting, Yu-Chien  Wei, Tzu-Chien  Wu, Chun-Guey  


Journal:
JOURNAL OF PHYSICAL CHEMISTRY LETTERS


Issue Date:
2017


Abstract(summary):

Indoor utilization of emerging photovoltaics is promising; however, efficiency characterization under room lighting is challenging. We report the first round-robin interlaboratory study of performance measurement for dye-sensitized photovoltaics (cells and mini-modules) and one silicon solar cell under a fluorescent dim light. Among 15 research groups, the relative deviation in power conversion efficiency (PCE) of the samples reaches an unprecedented 152%. On the basis of the comprehensive results, the gap between photometry and radiometry measurements and the response of devices to the dim illumination are identified as critical obstacles to the correct PCE. Therefore, we use an illuminometer as a prime standard with a spectroradiometer to quantify the intensity of indoor lighting and adopt the reverse-biased current voltage (I-V) characteristics as an indicator to qualify the I-V sampling time for dye-sensitized photovoltaics. The recommendations can brighten the prospects of emerging photovoltaics for indoor applications.


Page:
1824---1830


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