More Power, Anytime
Perovskite generates up to 4x the energy of silicon by working efficiently in low light, cloudy weather, and even indoors. All while outperforming by 20%+ outdoors.
Our Technology is Recognized Globally for Its Performance and Innovation
How Our Perovskite Solar Cells Work
Built around a high-efficiency absorber that captures a broad light spectrum, our multilayer design includes optimized Electron and Hole Transport Layers for rapid, low-loss charge transfer, a Transparent Conductive Oxide layer for clarity and conductivity, and a protective metal oxide barrier for environmental durability. The result is a compact, flexible solar solution engineered for scalable, high-performance integration into advanced devices.
Proven Performance, Outstanding Efficiency
Perovskite rewrites the rules
Ultra-Light & Flexible
Seamlessly integrate solar to be applied on vehicles, tablets, smart devices, and wearables without bulky panels.
Lower Costs, Higher Returns
Efficient, low-temperature production makes perovskite more affordable to manufacture and scale.
Sustainable by Design
Made with fully recyclable materials, reducing carbon footprint while delivering record-breaking efficiency.
We help businesses optimize energy solutions, cut carbon footprints, and boost profitability with next-generation perovskite technology
Technology Comparison
| Perovskite Solar Cells | Silicon Solar Cells | |
|---|---|---|
| Efficiency | 28-30% (commercial), >30% (lab) | 22-26% (commercial) |
| Energy per Installation | 20-22% (commercial) 27% (CPTI in lab) | 18-20% (commercial) |
| Manufacturing | Low-temperature, low-energy process (up to 70% less power required) | High-temperature, energy-intensive |
| Spectral Efficiency | Solution-processed, low-temperature (below 150 °C) | High-temperature (>1500 °C) silicon wafer production emits large amounts of greenhouse gases during ingot casting and pulling |
| Light Absorption & Installation | Lightweight and flexible—can be applied on curved or portable surfaces. Performs well in low-light conditions and indoor settings | Rigid and heavy—requires flat surfaces and structural support. Only captures direct sunlight efficiently |
| Advantage / Benefits | Higher energy output, flexibility for various surfaces | Proven reliability in the market |
| Sustainability | Fully recyclable, low-carbon manufacturing with minimal energy input | Silicon wafers are rarely recycled due to energy-intensive and complex recovery processes |
Industry Transforming Applications
Consumer electronics
Ultra-thin, flexible perovskite solar layers can prolong battery life in smartphones and wearables by up to 50%, allowing smartwatches to last 4-5 extra days on a single charge or reducing smartphone charging frequency by 30% per week.
Electric vehicles
We offer custom perovskite solar integration for EV components, giving the potential to extend battery life by 15-20% and add 40-50 miles of solar-powered range per day. This innovation can reduce charge cycles and pave the way for hybrid solar-powered vehicles.
Aerospace & smart mobility
Lightweight, radiation-resistant perovskite solar panels boost drone efficiency by 25-30%, extending flight time by up to 55%. This reduces reliance on ground charging and enhances surveillance, mapping, and communication operations.
Household solar energy
Seamless rooftop perovskite solar panels deliver higher efficiency at 10-15% lower installation costs, generating 30% more energy than traditional silicon-based systems, powering homes more effectively with a sleek, integrated design.
