More Power, Anytime
4x More Power: Perovskite outperforms silicon, delivering 4x the power of a silicon panel even in low light, indoors, and cloudy conditions.
What is Perovskite?
A Leap in Solar Efficiency and Design:
Perovskite is an emerging photovoltaic material engineered for next-generation solar technologies. It offers superior light-harvesting capabilities—absorbing approximately four times more light than conventional silicon—enabling higher power conversion efficiency. Its tunable bandgap, low-temperature processing, and lightweight, flexible form factor contribute to significantly reduced manufacturing costs and expanded application potential across both rigid and portable solar platforms.
Perovskite rewrites the rules
Ultra-Light & Flexible
Seamlessly integrate solar—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.
How Our Perovskite Solar Cells Work
Our perovskite solar cells represent a breakthrough in solar technology, allowing you to charge mobile devices using nothing more than ambient light. Compared to traditional silicon panels, they are lighter, thinner, and more flexible, making them easy to integrate into consumer electronics, EVs, and wearables.
This next-generation technology features a multilayer architecture centered on a high-efficiency absorber that captures a broad spectrum of light for superior energy conversion. Optimized Electron and Hole Transport Layers enable rapid, low-loss charge transfer, while a Transparent Conductive Oxide layer maintains high transparency and conductivity. A protective metal oxide barrier enhances environmental durability. The result is a compact, flexible solar solution ideal for scalable integration into advanced electronics and devices.
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
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 |
Why Perovskite Solar Cells Are a Game-Changer
One of the main benefits of PSCs is their ability to capture a broader spectrum of light, including visible and infrared wavelengths. The PSCs can generate 75.3% more daily energy than monocrystalline silicon panels, an additional 102.3 Wh of energy per day, and an emission reduction of 77.8g of CO₂ per day.
PSCs' lightweight and flexible characteristics make them excellent candidates for many applications, from consumer electronics and smart wearables to electric vehicles and drones. Their thin-film form factor (to 0.01mm) and adjustable voltage and size features make them quick and easy to integrate into various products.
From Laboratory Innovation to Market Reality
Scalable Perovskite Solar Cell Integration for Modern Applications
The lightness and flexibility of PSCs allow them to be incorporated into several applications beyond rooftop usage. They can easily be incorporated into building products like windows and facades, allowing buildings to be power-generating. Due to their flexibility, they are also compatible with portable products, electric vehicles, and off-grid systems.
Perovskite solar cells can also be embedded in consumer electronic devices such as wearables, smartphones, and IoT devices, offering constant power and reducing the frequency of charging. As they are flexible, they can be embedded in various form factors, allowing the enhanced functionality of modern electronic devices.
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.
Join industry leaders who are powering the clean energy revolution with cutting-edge, high-efficiency solar solutions.
Why Perovskite Solar Cells Are Reshaping Energy Markets
Ambient light is now enough to charge mobile devices. Perovskite cells' lightweight and flexible nature allows for seamless integration in numerous applications, including top consumer electronics.
Manufactured using low-temperature solution-processing methodologies, perovskite solar cells reduce the cost of production and extend product lifespan. CPTI's perovskite modules are also built from recyclable materials, achieving global sustainability objectives.
This combination of high performance, low cost, and environmental sustainability makes perovskite solar cells a force for change in the shift toward clean energy.
A Platform for Innovation in Solar Product Design
At just 0.01mm thickness per layer, the cells are ideally suited for being integrated into vehicles, wearables, drones, and handheld devices. Their lightweight build allows for easy integration into different products with enhanced portability. The versatility of perovskite solar cells lets them be molded into different surfaces and shapes. This ushers in new design possibilities that are not easily accommodated by traditional rigid solar panels. Moreover, the thin-film construction of the cells leaves them light and flexible, characteristics that make them suitable for use in situations where weight and space are critical considerations.
The Future of Solar Cell Manufacturing Starts Here
Manufactured at temperatures below 100°C, they save significant amounts of energy in production and can be fully recycled, aligning with global sustainability goals. Their flexibility and light weight mean they are simple to integrate into any use, ranging from electric vehicles to wearables and consumer products.
With up to 29% efficiency in energy conversion in the lab and a tenfold longer life expectancy than traditional panels, CPTI's perovskite solar cells are revolutionizing the solar industry. As solar PV suppliers, we are combining maximum performance with environmental friendliness - reengineering the manufacturing of solar cells.