Efficiency
Our technology holds efficiency world records across all categories—cells, modules, and tandems—with proven scalability from R&D to mass production.
Unmatched space application performance:
• >20% efficiency (Single-junction module) at AM0;
• Highest efficiency among all non-GaAs space solar cells;
• >20% efficiency (Single-junction module) at AM0;
• Highest efficiency among all non-GaAs space solar cells;
Industry-leading low-light performance:
• >20 µW/cm² at 200 lux;
• Output power 3 times higher than silicon-based PV;
• >20 µW/cm² at 200 lux;
• Output power 3 times higher than silicon-based PV;
Stability
Our perovskite solar technology demonstrates industry leading durability validated through rigorous reliability testing.
Proven Longevity：
• 25-year equivalent light exposure stability—verified through accelerated testing under terrestrial conditions;
• More than 10 years projected operational lifetime—under maximum power point tracking, exceeding current industry benchmarks;
• 25-year equivalent light exposure stability—verified through accelerated testing under terrestrial conditions;
• More than 10 years projected operational lifetime—under maximum power point tracking, exceeding current industry benchmarks;
Extreme Environmental Resilience：
Our perovskite-based PV devices maintain stable performance under demanding environmental stress tests:
• Thermal cycling from −50 to 85 °C exceeding 3000 cycles;
• High irradiance aging at 1400 W m-2 and 85 °C under MPPT with T90 > 2000 h;
• UV aging at 300 W m-2 and 85 °C with T90 > 1000 h;
• No degradation observed under ISOS D1 and ISOS D3 protocols for long-term storage stability;
Our perovskite-based PV devices maintain stable performance under demanding environmental stress tests:
• Thermal cycling from −50 to 85 °C exceeding 3000 cycles;
• High irradiance aging at 1400 W m-2 and 85 °C under MPPT with T90 > 2000 h;
• UV aging at 300 W m-2 and 85 °C with T90 > 1000 h;
• No degradation observed under ISOS D1 and ISOS D3 protocols for long-term storage stability;
Design
Proprietary encapsulation enables uniquely flexible photovoltaic designs—delivering customizable devices with uncompromised power and stability.
Ultra-thin & flexible:
• 0.2 mm to 1.3mm thickness with uncompromised performance;
• 0.2 mm to 1.3mm thickness with uncompromised performance;
Fully customizable:
• Adaptable shapes/sizes for any application;
• Adaptable shapes/sizes for any application;
Easy integration:
• Seamless integration into diverse applications;
• Seamless integration into diverse applications;
Scalability
Singfilm’s perovskite processes are engineered for scalable manufacturing and have been validated on a 15 MW PV production line in Singapore, currently the largest perovskite production facility in ASEAN.
Quasi-Mono
Singfilm’s proprietary Quasi-Mono technology produces ultra-dense, crystalline, single-crystal-like perovskite films—the only industrially proven solution for scalable production.
Contact us
Email:contact@singfilmsolar.com
Address:03-42, Block C, Cleantech Three,
8 Cleantech Loop, Singapore
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