[Inside KAIST's Perovskite Solar Cell Laboratory] 'Perovskite Structure' Light and Flexible Easier to Transport to Space Than Silicon Cells Liquid Coating Design Withstands High Heat and Humidity Ion Bonds Enable Recovery From Damage Responding to Rocket Launches and Space Thermal Cycles Efficiency and Stability Enhancement as Mid- to Long-Term Goal
"In the early days of perovskite solar cell development, the benchmark for assessing achievements was 'by how many percentage points the photovoltaic conversion efficiency had been dramatically increased over previous research.' But now that efficiency gains are approaching theoretical limits, research into 'stability' — including practical use in space — has become far more important."
AI-translated from Korean. Quotes from foreign sources are based on Korean-language reports and may not reflect exact original wording.
Seoul Economic Daily (Commentary)
Choi Hyung-wook (Commentary)
Sekyung IN (Commentary)
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Sekyung IN (Commentary)
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