MandyZ

Nothing

[MandyZ @Z_DYang]

@YukiHaruta_ Sooooo cuuute!!!🐱

[MandyZ @Z_DYang]

@YukiHaruta_ I'm jealous of you.

[MandyZ @Z_DYang]

@YukiHaruta_ 😂

[MandyZ @Z_DYang]

@melissaaradford #2 like MAPbI3, FAPbI3 or mixed cation perovskite and all-inorganic perovskite. Based on this reference, the steady-state performance stability goes up to 1200h.

[MandyZ @Z_DYang]

Flexible perovskite photovoltaics have huge potential in lots of application fields. Combined roll to roll process with its fabrication is a best selling way to make it commercialization！
(@MSaidaminov's group in @chemistryatuvic @uvic） #PCAMM2021 #poster29

[MandyZ @Z_DYang]

@melissaaradford #1 Thanks for your comments! This work is not from our lab, but we are doing a similar job to optimize flexible perovskite solar cells. There are lots of options for perovskite compositions,

[MandyZ @Z_DYang]

@AndreasQuantum #2 And chemistry stability, bendability, and uniformity of each layer determine the lifetime of photovoltaic devices.

[MandyZ @Z_DYang]

@AndreasQuantum #1 Thanks for your comments! The performance includes photoelectric performance and stability. Higher power conversion efficiency, current density, open voltage and fill factor determined a more efficient device.

[MandyZ @Z_DYang]

@greensafewater_ #2 and prevent leakage from damaged perovskite modules(Nat Sustain 4, 636–643 (2021)). That's also our goal to make green and economic solar cells.

[MandyZ @Z_DYang]

@greensafewater_ #1 Thanks for your comments! It is very important to care about those issues, and addressing all of them is the pre requisition for full commercialization. Therefore, researchers did a lot to develop non-toxic perovskite composition(Nat Commun 10, 965 (2019)),

[MandyZ @Z_DYang]

@Kirsty_Gardner_ @MSaidaminov @chemistryatuvic @uvic As a power source, it doesn't have any limitations only if you have light. And the flexibility makes it versatile and easier to produce and transport in the industry.

[MandyZ @Z_DYang]

@Kirsty_Gardner_ @MSaidaminov @chemistryatuvic @uvic Thanks for your comments! The power source they are using to charge the iWatch is a flexible solar cell module, in which the perovskite layer could generate electrons and holes under the light by the photoelectric effect.

[infinityPV @infinityPV]

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