Reliability Evaluation Through Analytics and Data for Emerging Technology in Photovoltaics

UNITOV-Multiscale Simulation

Virtual Access

  • Full multiscale and multiphysics simulation of perovskite solar cells/modules — from atomic level to complete device, optical description, and circuit configuration
  • Supports 1D, 2D, 3D architectures; single- and multi-junction designs
  • Includes stability models for cell/module reliability
Inputs Required
  • Material properties (band structure, mobility, defect densities)
  • Layer thicknesses/geometries
  • Doping profiles
  • Electrical/optical parameters (n, k)
  • External conditions (illumination spectra, temperature)
Outputs Provided
  • Electrical performance metrics (I-V curves, efficiency, Voc, Jsc, FF)
  • Internal physical profiles (carrier densities, electric field, recombination rates)
  • Device-level behavior (transient response, impedance)
  • Device optimization for material/structural configurations
  • Predictive modelling for multi-junction architectures
  • User training provided via manuals and tutorials

CHOSE-Simulation offers a mature (TRL 7–9), HPC-capable simulation tool built on 20+ years of TiberCAD development, enabling full multiscale/multiphysics simulation of perovskite cells and modules — from atomic level to complete device, in 1D/2D/3D, for single- and multi-junction designs, including stability modelling.

Inputs required: material properties, layer geometries, doping profiles, electrical/optical parameters, and operational conditions (illumination, temperature). Outputs include I-V curves and performance metrics (Voc, Jsc, FF), internal physical profiles, device-level behavior, optimization, and predictive modelling for multi-junction architectures. User training provided via manuals and tutorials.