Perovskite 1D Lab

DEVICE ARCHITECTURE

SnO₂ / MAPbI₃ / Spiro-OMeTAD

Finite-volume Poisson analysis, Scharfetter–Gummel transport and multilayer Beer–Lambert generation.

FTO

SnO₂

MAPbI₃

Spiro

INPUTS

Device setup

ETL material ETL thickness nm

ETL allowed range: 2–1000 nm

Absorber material Absorber thickness nm

Absorber allowed range: 50–3000 nm

Bulk defect density cm⁻³ HTL material HTL thickness nm

HTL allowed range: 2–1000 nm

Front D_it cm⁻² Back D_it cm⁻²

Front trap E−E_v eV Back trap E−E_v eV

Front work function eV Back work function eV

Temperature K Illumination W m⁻²

Numerical controls

V end V V step V

Mesh points/layer Damping

Max iterations Tolerance

Refine mesh near interfaces Enable Auger recombination

All layer scientific inputs

Values retain the displayed device units and are converted to SI once at the solver boundary.

Preparing analysis engine…

PCE

—%

V_OC

—V

J_SC

—mA cm⁻²

Fill factor

—%

Run a calculation to populate results. LIVE means the calculation matches current inputs; it does not indicate external data.

NUMERICS

Convergence diagnostics

No run submitted.

VALIDATION STATUS

NOT RUN

Internal numerical checks

No exact experimental, SCAPS, or independent experimental comparison is claimed. PCE, Voc, and Jsc are live performance metrics computed from your device configuration using Materials Project–informed and literature material cards—not measured lab uploads. Terminal J–V uses a reduced material-derived closure rather than fully coupled SG contact current.

Run analysis to view equilibrium, dark, continuity, and balance checks.

ONE-PARAMETER SWEEP

Design sensitivity

Parameter Start End Points Log scale

Value	Status	PCE (%)	V_OC (V)	J_SC (mA cm⁻²)	FF (%)

TRACEABILITY

SnO₂ / MAPbI₃ / Spiro-OMeTAD

Convergence diagnostics

NOT RUN

Design sensitivity

Material provenance