Surface engineering for an 18.6% efficient large-area i...

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Title	Surface engineering for an 18.6% efficient large-area inverted perovskite solar cell
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Detail	Scientists in China worked with nickel-oxide as a charge transport layer in a perovskite solar cell, and were able to overcome several of the performance challenges associated with this material through careful surface engineering. Using this approach, the group fabricated an inverted perovskite solar cell measuring 156×156 mm that achieved 18.6% efficiency, along with ‘remarkable’ stability, according to its designers.
Country	International
Source	PV-Magazine
Regions	Africa Asia Australia Europe North America Oceania South America
Sectors	Non-Renewable Energy Solar Photovoltaic PV Energy Engineering Construction Computer Hardwares and Consumables Petroleum Products
Published Date	31.07.2022
Original Url	Original Url
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Title
Surface engineering for an 18.6% efficient large-area inverted perovskite solar cell
Detail
Scientists in China worked with nickel-oxide as a charge transport layer in a perovskite solar cell, and were able to overcome several of the performance challenges associated with this material through careful surface engineering. Using this approach, the group fabricated an inverted perovskite solar cell measuring 156×156 mm that achieved 18.6% efficiency, along with ‘remarkable’ stability, according to its designers.
Country
International
Source
PV-Magazine
Regions
Africa Asia Australia Europe North America Oceania South America
Sectors
Non-Renewable Energy Solar Photovoltaic PV Energy Engineering Construction Computer Hardwares and Consumables Petroleum Products
Published Date
31.07.2022
Original Url
Original Url
Share