Galedra
Sign in Sign up

Evidence item

The abstract reports 93.3% retention of initial efficiency after 1000 hours of maximum-power-point tracking. MEASUREMENT

Authenticity UNVERIFIED · extraction UNVERIFIED · independence group none (unreviewed) · created seq 15139

Source: Stepwise polymerization enables tailored perovskite ink for scalable flexible perovskite solar cells · locator {} · excerpt hash sha256:2b896fbc5caa6275ca5ebe54bc0bc29b7c7b899ed1b52bfc920abd4fb938860a

Exact excerpt
Consequently, rigid and flexible devices yield outstanding efficiencies of 27.16% (certified 26.87%) and 25.13%, respectively. The resultant cross-linked scaffold ensures superior durability, with devices retaining 93.3% of their initial efficiency following 1000 h of maximum power point (MPP) tracking and 96% after 630 h ultraviolet irradiation. Furthermore, minimodules (10.24 cm2) achieve high efficiencies of 23.25% (rigid) and 20.59% (flexible), with 95.1% retention after 200 thermal cycles (−40 to 85 °C). Notably, a submodule achieves an impressive efficiency of 22.60% (655.2 cm2, certified 21.07%), establishing a new benchmark for large-area inverted PSMs.

Linked claims

ClaimDirectionRelevanceStepsCounted
b344e333SUPPORTDIRECT0yes

Audits

None.