Pb-Sn perovskites = high potential, low stability. A recent study revealed:.Sn²⁺ → Sn⁴⁺ oxidation = key degradation trigger. O₂ & humidity accelerate failures. New passivation + encapsulation → 200+ hrs stability boost. Your thoughts on Pb-Sn degradation?. Reference:

⚠️ New PSC testing protocol update!. Prof. Seok Joo Yang’s team publishes updated Chem. Commun. standards. → Controlled environment (humidity/temp/light).→ In situ JV + EL/PL.→ Multi-point aging tests. Read more: #PerovskiteSolarCell #StabilityTest.

🔍 Looking for real vs. predicted I-V curve analysis in your solar research?. ✅ For Real I-V Data: Trust the SS-X series – precision A+AA+ solar simulators engineered for accurate, high-resolution I-V measurements that meet lab-to-production standards. ⚡ For Predicted I-V via.

🚀 The #PerovskiteSolar market is booming in 2024!. CAGR >30%, lab efficiency >33% with tandem cells, and rapid global scale-up. Stability, testing, and packaging tech are now in the spotlight. Is your lab ready? 🌞🔬. #PVTesting #SolarTrends #StabilityTesting #Enlitech. 📖

Big perovskite breakthrough! ⚡. UToledo team just set a new solar efficiency record (📈, Science). By mastering defect passivation & interface engineering, Voc and stability soared. Advanced tools like TRPL & J-V scanning made it possible. Which metric matters most to you?. 👉

💡 Looking to test solar cells in underwater environments with precision?.Enlitech offers a reliable solution! Our SS-X Solar Simulator (IEC60904-9:2020 capable) and QE-R Quantum Efficiency system are already being used for underwater solar cell characterization, helping.

🌊🔬 New Breakthrough in Underwater Solar Cell Calibration!. Researchers at BITS Pilani, Hyderabad, have developed a novel method to accurately calibrate underwater solar cells, enhancing testing precision and paving the way for efficient marine renewable energy systems. This

Enlitech is heading to #HOPV2025 in Rome! 🌍.We’re excited to showcase our latest innovation in QFLS measurement technology — designed to eliminate the guesswork behind efficiency losses in perovskite and organic solar cells. 🚨 Don’t miss our focused spotlight:.“How can we take

🌞 Enlitech is heading to #HOPV25 in Rome 🇮🇹 (May 12–14)!. We'll showcase our QFLS Maper—enabling direct visualization of carrier energy splitting in perovskite solar cells. 🔍 Instantly identify performance bottlenecks and material potential. #Perovskite

📩 Share your thoughts in the comments or message us directly — let us help you see the finish line, enhance your predictive accuracy, and accelerate every R&D decision.

Single-Junction Perovskite Solar Cells are nearing their theoretical limit—31%. NREL certified a new 27% record by Soochow & UNSW proves we’re just one step from the goal. QFLS-Maper can be seen as the finish line of a marathon — how far are you from the goal?. With PLQY ➡

【AI-Powered Research｜Redefining the Way We Evaluate Solar Materials】. As generative AI and predictive technologies reshape industries worldwide, research tools are also undergoing a transformation. Enlitech's QFLS-Maper Smart Measurement Platform introduces an AI-driven

Unlock the potential of Perovskite materials with QFLS-Maper! 🌟.Our QFLS-Maper solution offers precise and efficient measurement capabilities, enabling accurate analysis of Perovskite layers. Perfect for advancing your research and optimizing material performance. Ready to take

En-lightening the Path to Prosperity: Enlitech's Lunar New Year Greetings. In the Year of the Snake, we pledge to continue delivering precise measurements that empower your solar innovations. Like the snake's acute sensing ability, our instruments ensure unparalleled accuracy in.