Leading with technology
We use cutting-edge science to engineer breakthrough photovoltaic technologies.
Perovskite tandem photovoltaics
We stack individual metal halide perovskite solar cells to make tandem cells. Tandems can break through the 30% conversion efficiency barrier, they can be manufactured at low cost, and they can be integrated into ultra-lightweight and flexible solar panels with up to 100 times the power-to-weight performance of conventional panels. Our perovskite tandem technology delivers abundant zero-carbon electricity for any application under the sun.
| Silicon | Cadmium Telluride | Perovskite Single Junction |
Perovskite Tandem |
||
|---|---|---|---|---|---|
| Efficient % or W/m2 |
25% – 30%+ |
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| Lightweight W/kg |
> 2 kW/kg |
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| Low cost $/W or $/kWh |
Lower LCOE |
Powered by big data
AI/ML-driven technology development
Our cutting-edge models and advanced analytics tools accelerate scientific R&D and manufacturing process development.
Intelligent manufacturing
Our inline metrology, computer vision, and industrial IoT capabilities enable automation of process optimization, production, and quality control.
Data-driven operations
Our optimized data systems streamline supply chain management, predictive maintenance, and all other aspects of company operations.
Built on modern data infrastructure
Our data systems are built with modern cloud services and use edge computing to enable comprehensive collection of real-time R&D, manufacturing, and operational data. We are set up to work with huge data sets.
We maintain the highest standards of information and data security to protect important intellectual property.
Our modern and robust software development pipeline supports continuous improvement and long-term scalability.
Our scientific contributions
Swift Solar is built on a deep foundation of cutting-edge science.
Our team members are world leaders in perovskite PV science and technology. With over 300 peer-reviewed publications since 2012, we have advanced the field with pioneering work in perovskite materials science and physics, device architectures, stability engineering, and techno-economic analysis.
