シンポジウム(口頭講演)

[16a-304-1~5] Photovoltaic 4.0 －高効率・低コスト太陽光発電がもたらす次世代再生可能エネルギーシステム－

2017年3月16日(木) 09:15 〜 11:30 304 (304)

喜多隆(神戸大)

△：奨励賞エントリー
▲：英語発表
▼：奨励賞エントリーかつ英語発表
空欄：どちらもなし

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09:15 〜 09:30

▲ [16a-304-1] Inroductory Talk

〇杉山正和¹ (1.東大院工)

09:30 〜 10:00

▲ [16a-304-2] Overview of “NEDO PV Challenges” and the future created by high performance PV

〇山田宏之¹ (1.NEDO)

10:00 〜 10:30

▲ [16a-304-3] III-V R&D at NREL for High-Efficiency and Low-Cost PV

〇Geisz John¹、 Ptak Aaron¹、 Tamboli Adele¹、 Friedman Daniel¹ (1.NREL)

10:30 〜 11:00

▲ [16a-304-4] World-highest-efficiency solar cells and low-cost Ⅲ-Ⅴ technology

〇Lackner David¹ (1.Fraunhofer ISE)

11:00 〜 11:30

▲ [16a-304-5] Cost-reduction technologies for High-efficiency III-V Multijution Solar Cells

〇高本達也¹、十楚博行¹、植田浩介¹、大木和樹¹、安居院高明¹、和田翼¹、中井戸勝也¹、佐々木和明¹ (1.シャープ株式会社)

シンポジウム(口頭講演)

[16p-304-1~13] Photovoltaic 4.0 －高効率・低コスト太陽光発電がもたらす次世代再生可能エネルギーシステム－

2017年3月16日(木) 13:00 〜 18:00 304 (304)

八木修平(埼玉大)、杉山正和(東大)、渡辺健太郎(東大)

△：奨励賞エントリー
▲：英語発表
▼：奨励賞エントリーかつ英語発表
空欄：どちらもなし

+全てマイスケジュールに登録

13:00 〜 13:30

▲ [16p-304-1] Extended detailed-balance analysis and light management in high-efficiency solar cells

〇秋山英文¹ (1.東大物性研)

13:30 〜 13:45

▲ [16p-304-2] Enhancement of photocurrent in thin film dilute nitride cells separated by epitaxial lift-off technique

〇宮下直也¹、岡田至崇¹ (1.東大先端研)

13:45 〜 14:15

▲ [16p-304-3] Growth and device application of GaAsPN alloys on Si with lattice-matching conditions

〇若原昭浩¹、山根啓輔¹、佐藤健人¹、後藤聖也¹、高橋賢二郎¹、関口寛人¹、岡田浩² (1.豊橋技科大院工、2.豊橋技科大EIIRIS)

14:15 〜 14:30

▲ [16p-304-4] Extremely high growth rate MOVPE: GaAs growth for low-cost PV application

〇ソダーバンルハッサネット¹、渡辺健太郎¹、生方映徳²、菅谷武芳³、杉山正和⁴、中野義昭⁴ (1.東大先端研、2.大陽日酸(株)、3.産総研、4.東大院工)

14:30 〜 14:45

▲ [16p-304-5] Fabrication of p-i-n GaAs solar cells grown by hydride vapor phase epitaxy

〇Oshima Ryuji¹、 Makita Kikuo¹、 Ubukata Akinori²、 Sugaya Takeyoshi¹ (1.AIST、2.TNSC)

14:45 〜 15:00

▲ [16p-304-6] Progress of Smart Stack Technology towards Practical Applications

〇水野英範¹、牧田紀久夫¹、太野垣健¹、菅谷武芳¹、高遠秀尚¹ (1.産総研)

15:00 〜 15:15

▲ [16p-304-7] Reduction of Optical Reflection Loss at Intermediate Adhesive Layer for Mechanically Stacked Multi-Junction Solar Cells

〇(M1)小川喜洋¹、蓮見真彦¹、鮫島俊之¹、水野智久² (1.農工大工、2.神奈川大)

15:15 〜 15:45

▲ [16p-304-8] Recent Progress of Quantum Dot Intermediate Band Solar Cells

〇岡田至崇^1,2、庄司靖¹、吉田勝尚¹、内藤駿弥²、玉置亮^1,2 (1.東大先端研、2.東大院工)

15:45 〜 16:00

▲ [16p-304-9] Extremely-long electron lifetime in InAs/GaAs/Al_0.3Ga_0.7As dot-in-well intermediate-band solar cells

〇朝日重雄¹、寺西陽之¹、海津利行¹、喜多隆¹ (1.神戸大院工)

16:15 〜 16:45

▲ [16p-304-10] CPV and storage battery

〇岩崎孝¹ (1.住友電工PSC)

16:45 〜 17:00

▲ [16p-304-11] New Concept of Thinner CPV Module with High Performance at Low Cost

〇綾洋一郎¹、 Hayashi Nobuhiko¹、 Kanayama Shutetsu¹、 Nishitani Hikaru¹、 Nakagawa Toru¹、 Takase Michihiko¹ (1.パナソニック)

17:00 〜 17:30

▲ [16p-304-12] Hydrogen Energy Supply System by using solar energy

〇河野龍興¹ (1.東北大金研)

17:30 〜 18:00

▲ [16p-304-13] High-efficiency solar cell for Space Use

〇住田泰史¹、今泉充¹、高本達也²、大島武³ (1.宇宙機構、2.シャープ、3.量研機構)

セッション一覧

シンポジウム » Photovoltaic 4.0 －高効率・低コスト太陽光発電がもたらす次世代再生可能エネルギーシステム－

[16a-304-1~5] Photovoltaic 4.0 －高効率・低コスト太陽光発電がもたらす次世代再生可能エネルギーシステム－

▲ [16a-304-1] Inroductory Talk

▲ [16a-304-2] Overview of “NEDO PV Challenges” and the future created by high performance PV

▲ [16a-304-3] III-V R&D at NREL for High-Efficiency and Low-Cost PV

▲ [16a-304-4] World-highest-efficiency solar cells and low-cost Ⅲ-Ⅴ technology

▲ [16a-304-5] Cost-reduction technologies for High-efficiency III-V Multijution Solar Cells

[16p-304-1~13] Photovoltaic 4.0 －高効率・低コスト太陽光発電がもたらす次世代再生可能エネルギーシステム－

▲ [16p-304-1] Extended detailed-balance analysis and light management in high-efficiency solar cells

▲ [16p-304-2] Enhancement of photocurrent in thin film dilute nitride cells separated by epitaxial lift-off technique

▲ [16p-304-3] Growth and device application of GaAsPN alloys on Si with lattice-matching conditions

▲ [16p-304-4] Extremely high growth rate MOVPE: GaAs growth for low-cost PV application

▲ [16p-304-5] Fabrication of p-i-n GaAs solar cells grown by hydride vapor phase epitaxy

▲ [16p-304-6] Progress of Smart Stack Technology towards Practical Applications

▲ [16p-304-7] Reduction of Optical Reflection Loss at Intermediate Adhesive Layer for Mechanically Stacked Multi-Junction Solar Cells

▲ [16p-304-8] Recent Progress of Quantum Dot Intermediate Band Solar Cells

▲ [16p-304-9] Extremely-long electron lifetime in InAs/GaAs/Al_0.3Ga_0.7As dot-in-well intermediate-band solar cells

▲ [16p-304-10] CPV and storage battery

▲ [16p-304-11] New Concept of Thinner CPV Module with High Performance at Low Cost

▲ [16p-304-12] Hydrogen Energy Supply System by using solar energy

▲ [16p-304-13] High-efficiency solar cell for Space Use

認証

セッション一覧

シンポジウム » Photovoltaic 4.0 －高効率・低コスト太陽光発電がもたらす次世代再生可能エネルギーシステム－

[16a-304-1~5] Photovoltaic 4.0 －高効率・低コスト太陽光発電がもたらす次世代再生可能エネルギーシステム－

▲ [16a-304-1] Inroductory Talk

▲ [16a-304-2] Overview of “NEDO PV Challenges” and the future created by high performance PV

▲ [16a-304-3] III-V R&D at NREL for High-Efficiency and Low-Cost PV

▲ [16a-304-4] World-highest-efficiency solar cells and low-cost Ⅲ-Ⅴ technology

▲ [16a-304-5] Cost-reduction technologies for High-efficiency III-V Multijution Solar Cells

[16p-304-1~13] Photovoltaic 4.0 －高効率・低コスト太陽光発電がもたらす次世代再生可能エネルギーシステム－

▲ [16p-304-1] Extended detailed-balance analysis and light management in high-efficiency solar cells

▲ [16p-304-2] Enhancement of photocurrent in thin film dilute nitride cells separated by epitaxial lift-off technique

▲ [16p-304-3] Growth and device application of GaAsPN alloys on Si with lattice-matching conditions

▲ [16p-304-4] Extremely high growth rate MOVPE: GaAs growth for low-cost PV application

▲ [16p-304-5] Fabrication of p-i-n GaAs solar cells grown by hydride vapor phase epitaxy

▲ [16p-304-6] Progress of Smart Stack Technology towards Practical Applications

▲ [16p-304-7] Reduction of Optical Reflection Loss at Intermediate Adhesive Layer for Mechanically Stacked Multi-Junction Solar Cells

▲ [16p-304-8] Recent Progress of Quantum Dot Intermediate Band Solar Cells

▲ [16p-304-9] Extremely-long electron lifetime in InAs/GaAs/Al0.3Ga0.7As dot-in-well intermediate-band solar cells

▲ [16p-304-10] CPV and storage battery

▲ [16p-304-11] New Concept of Thinner CPV Module with High Performance at Low Cost

▲ [16p-304-12] Hydrogen Energy Supply System by using solar energy

▲ [16p-304-13] High-efficiency solar cell for Space Use

認証

▲ [16p-304-9] Extremely-long electron lifetime in InAs/GaAs/Al_0.3Ga_0.7As dot-in-well intermediate-band solar cells