Perovskite outperforms silicon in low light, indoors, and cloudy conditions—maximizing energy capture when it matters most.
Perovskite rewrites the rules
Every layer is engineered for performance

Optimized Layering for Maximum Efficiency
TCO (Transparent Conductive Oxide) – High-transparency electrical contacts for max efficiency
HTL (Hole Transport Layer) – Boosts charge mobility, extending product lifespan
Perovskite Absorber – Tuned bandgap captures more light across the spectrum
ETL (Electron Transport Layer) – Ultra-fast charge transfer with minimal energy loss
Metal Oxide – Shields cells from degradation, ensuring long-term performance
Metal Electrode – High-conductivity materials for maximum power output
Optimized Layering for Maximum Efficiency
TCO (Transparent Conductive Oxide) – High-transparency electrical contacts for max efficiency
HTL (Hole Transport Layer) – Boosts charge mobility, extending product lifespan
Perovskite Absorber – Tuned bandgap captures more light across the spectrum
ETL (Electron Transport Layer) – Ultra-fast charge transfer with minimal energy loss
Metal Oxide – Shields cells from degradation, ensuring long-term performance
Metal Electrode – High-conductivity materials for maximum power output
Our technology is recognized globally for its performance and innovation






Proven Performance, Outstanding Efficiency
We help businesses optimize energy solutions, cut carbon footprints, and boost profitability with next-generation perovskite technology
From Material Innovation to Full-Scale Implementation
partner with usSmarter Materials, Stronger Performance
