재료공학 유기태양전지

재료공학 유기태양전지 [재료공학] 유기태양전지.pptx 목차 Introduction Problems Idea Estimation References 본문 Organic Solar Cell Photovoltaic cell that uses organic materials Generation & Transportation of electrons b/w Donor-Acceptor Cheap / Flexible / Thin / Light Donor & Acceptor = Mixed Together Increase the interface b/w Donor and Acceptor = Efficiency ↑ Consuming Electric Power /1 home, 1day = 12kWh Generated Power / 1 Unit Cell, 1day = 0.8 kWh The Electric Bills in Korea = Depends on your consumption Money you can save / 1day = 30 won Money you can save / 1 month = 8110 won : 360kWh – 24kWh = 336kWh : Because of the progressive tax 본문내용 oduction Organic Solar Cell Bulk Heterojunction 01 Organic Solar Cell Photovoltaic cell that uses organic materials Generation & Transportation of electrons b/w Donor-Acceptor Cheap / Flexible / Thin / Light 02 Bulk Heterojunction for Organic Solar Cell Donor & Acceptor = Mixed Together Increase the interface b/w Donor and Acceptor = Efficiency ↑ Problems Low Efficiency Electron Trap 01 Low Ef