[C-4] Photovoltaics

Thu. Sep 7, 2023 10:45 AM - 12:00 PM Room C (221, Bldg. 2)

Session Chairs: Takeshi Tayagaki (AIST), Seira Yamaguchi (Univ. of Tsukuba)

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10:45 AM - 11:15 AM

[C-4-01 (Invited)] High efficiency perovskite/crystalline silicon tandem solar cells: Towards industrial-sized cell and module

^○Daisuke Adachi¹, Ryota Mishima¹, Hisashi Uzu¹, Kenji Yamamoto¹ (1. Kaneka Corp. (Japan))

11:15 AM - 11:30 AM

[C-4-02] Germanium foils with adjustable thickness based on epitaxial growth from GeCl ₄ and lift-off for lower environmental footprint multijunction solar cells

^○Valérie Depauw^1,2,3, Guillaume Courtois⁴, Jinyoun Cho⁴, Kristof Dessein⁴, Clément Porret¹, Roger Loo¹ (1. imec (Belgium), 2. Univ. Hasselt (Belgium), 3. EnergyVille (Belgium), 4. Umicore (Belgium))

11:30 AM - 11:45 AM

[C-4-03] Improvement of PbS quantum dot superlattice solar cells by using iodide ligands

^○Seiya Ikeda¹, Ibuki Masuda¹, Hayato Sato¹, Kohki Mukai¹ (1. Yokohama National Univ. (Japan))

11:45 AM - 12:00 PM

[C-4-04] Growth of Epitaxial BaSi ₂ Films with Carrier Lifetime over 2 μs by Close-Spaced Evaporation

^○Kosuke O. Hara¹, Ryota Takagaki¹, Keisuke Arimoto¹, Noritaka Usami² (1. Univ. of Yamanashi (Japan), 2. Nagoya Univ. (Japan))

Session information

[C-4] Photovoltaics

[C-4-01 (Invited)] High efficiency perovskite/crystalline silicon tandem solar cells: Towards industrial-sized cell and module

[C-4-02] Germanium foils with adjustable thickness based on epitaxial growth from GeCl ₄ and lift-off for lower environmental footprint multijunction solar cells

[C-4-03] Improvement of PbS quantum dot superlattice solar cells by using iodide ligands

[C-4-04] Growth of Epitaxial BaSi ₂ Films with Carrier Lifetime over 2 μs by Close-Spaced Evaporation

Authentication

Session information

[C-4] Photovoltaics

[C-4-01 (Invited)] High efficiency perovskite/crystalline silicon tandem solar cells: Towards industrial-sized cell and module

[C-4-02] Germanium foils with adjustable thickness based on epitaxial growth from GeCl 4 and lift-off for lower environmental footprint multijunction solar cells

[C-4-03] Improvement of PbS quantum dot superlattice solar cells by using iodide ligands

[C-4-04] Growth of Epitaxial BaSi 2 Films with Carrier Lifetime over 2 μs by Close-Spaced Evaporation

Authentication

[C-4-02] Germanium foils with adjustable thickness based on epitaxial growth from GeCl ₄ and lift-off for lower environmental footprint multijunction solar cells

[C-4-04] Growth of Epitaxial BaSi ₂ Films with Carrier Lifetime over 2 μs by Close-Spaced Evaporation