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Super-Multi-Junction Solar Cell, Device Configuration with the Potential of More Than 50 of the Annual Energy Conversion Efficiency (Non-Concentration)

机译：超级多结太阳能电池，装置配置的潜力超过年度能量转换效率的50％（非浓度）

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Kenji Araki; Yasuyuki Ota; Hiromu Saiki; Hiroki Tawa; Kensuke Nishioka; Masafumi Yamaguchi;
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4. Addressing Reflectivity Losses in Multi-Junction Solar Cells to Achieve 50 Power Conversion Efficiency [C] . T. Wilson, T. Thomas, M. Fuhrer, Photovoltaic Science, Applications and Technology Conference . 2015

机译：解决多结太阳能电池中的反射率损失，实现50％的功率转换效率
5. Study of the potential energy conversion efficiency of organic solar cells based on donor/acceptor heterojunctions. [D] . Geens, Wim. 2002

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6. Solar Cells: Conversion of Solar Energy into Electrical Energy Storage: Supercapacitor as an Ultrafast Energy‐Storage Device Made from Biodegradable Agar‐Agar as a Novel and Low‐Cost Carbon Precursor (Global Challenges 10/2018) [O] . Manavalan Vijayakumar, Jyothirmayi Adduru, Tata Narasinga Rao, 2018

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7. Super-Multi-Junction Solar Cell, Device Configuration with the Potential of More Than 50 of the Annual Energy Conversion Efficiency (Non-Concentration) [O] . Kenji Araki, Yasuyuki Ota, Hiromu Saiki, 2019

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8. Thermodynamic Limits to the Efficiency of Solar Energy Conversion by Quantum Devices [R] . Buoncristiani, A. M., Byvik, C. E., Smith, B. T. 1981

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Super-Multi-Junction Solar Cell, Device Configuration with the Potential of More Than 50 of the Annual Energy Conversion Efficiency (Non-Concentration)

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