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AI to Transform Solar Cell Production

Researchers have successfully used AI to predict and improve the quality of perovskite solar cells, a breakthrough that promises to enhance the efficiency and production process of these next-generation energy sources.

Germany , Heidelberg , Baden-wüberg , German , Ulrichw-paetzold , Brian-westenhaus , Lukas-klein , Karlsruher-institut , Sebastian-ziegler , German-cancer-research-center , Institute-of-microstructure-technology , Light-technology-institute

Key improvements to 'miracle material' could challenge China's grip on solar power market: 'We think that there's a bigger market'

It has broken a world record in terms of efficiency.

United-states , China , Japan , Berlin , Germany , Princeton-university , New-jersey , American , Tamotsu-horiuchi , Researchers-at-princeton-university , Technical-university-berlin , International-energy-agency

Scientists solve one of the biggest problem with Perovskite self-powered broadband photodetector, ET Telecom

Broadband Photodetector: Researchers from the International Advanced Research Centre for Powder Metallurgy & New Materials (ARCI), Hyderabad, an autonomous institute of Department of Science and Technology (DST) have addressed these challenges by introducing an eco-friendly alternative to replace toxic Lead (Pb). The team turned to Mg, an alkaline earth metal known for its non-toxic nature and abundance, as a substitute to lead.

Hyderabad , Andhra-pradesh , India , Department-of-science , Methyl-ammonium-lead-iodide , International-advanced-research-centre , Powder-metallurgy , New-materials , Broadband-photodetector , Ndian-scientists , Erovskite-self-powered-broadband-photodetector

Watching electrons at work

Researchers from ETH Zurich, Empa - Swiss Federal Laboratory for Materials Science and Technology, and Stanford have taken snapshots of the crystal structure of perovskite nanocrystals as it was d ...

Zurich , Züsz , Switzerland , Maksymv-kovalenko , Ivan-infante , Rolf-erni , Vanessa-wood , Maksym-kovalenko , Maryna-bodnarchuk , Nuri-yazdani , Chenglian-zhu , Martad-rossell

Solar cells with outstanding efficiency: perovskite meets sicilium

Everyone would like cheap energy. For the electric car, radiant heater, heat pump, air conditioning or coffee machine. A new tandem solar cell promises exactly that, and on a large scale.

Germany , United-states , Solar-energy , Olar-cell , V , Hotovoltaics , Enewable-energy , Nergy-transition , Nergy-crisis , Rivate-energy-production , Erovskite

China Uses 'Miracle Material' To Achieve Record Solar Panel Energy Levels

China used its "miracle material" to achieve a record-breaking solar panel energy efficiency level that could further solidify its position as a dominant force in the renewable energy industry.

China , United-states , Saudi-arabia , Chinese , Mario-tama-getty , Oil-price , King-abdullah-university-of-science-technology , China-advancement-in-solar-panel-energy , United-states-national-renewable-energy-laboratory , Solar-panel , Getty-images , King-abdullah-university

Perovskite Solar Cell Breakthrough Boosts Performance At High Temperatures

CityU researchers have innovatively designed a self-assembled monolayer, enhancing the thermal stability of perovskite solar cells, allowing them to efficiently operate even at high temperatures.

China , Zhu-zonglong , Brian-westenhaus , Department-of-chemistry-at-city , Professor-li-zhong-an , Huazhong-university , New-energy , Research , Erovskite , Olar-cells , Nergy

"Smart mask based on lead-free perovskite humidity sensor for labor int" by Wufan Xuan, Yuyang Chen et al.

Unaware fatigue causes inefficiencies and unsafe behaviors. Therefore, an easily-used technique to monitor labor intensity is critical. In this work, the humidity-sensitive material Cs3Cu2I5 was used to monitor breath and grade labor intensity without contact. The Cs3Cu2I5 showed reversible conversion to the CsCu2I3 phase by being exposed to water. EMI-TFSI was added to improve the material's conductivity and electrochemical stability, helping to passivate surface defects and adjust the response sensitivity. Further mechanism explanation was explored by density functional theory calculation and electrochemical impedance spectroscopy. Switching from 40 % RH to 90 % RH, the sensor resistance changed by 161.3 megohms with a relative change ratio of 0.967. Besides, the sensor has a short response/recovery time (e.g., 2.0/0.5 s switching from 40 % RH to 60 % RH), with good repeatability and stability in high humidity. Then, the developed high-performance lead-free sensor was integrated into a smart mask with a neural network algorithm to monitor and forecast breath, and grade labor intensity. The model was built with 240 sample data and 19 constructed features. The accuracy of identifying three intensity levels in external validation was 0.9. Based on the sensing data and the grading model, a real-time labor intensity monitoring and visualization platform was constructed.

Humidity-sensing , Eural-network , Ccupational-fatigue , Erovskite , Mart-mask ,

Combination of Stressors Key to Testing Perovskite Solar

NREL Research Reveals Importance of Simultaneous Conditions To Determine Problem Areas...

Ross-kerner , Robert-tirawat , Joseph-berry , E-ashley-gaulding , Jimmy-newkirk , Kai-zhu , Qi-jiang , Us-department-of-energy , Alliance-for-sustainable-energy , Nanoscience-center , University-of-toledo , National-renewable-energy-laboratory

Fluorinated Aniliniums Lead To A Breakthrough In Perovskite Solar Cells

Researchers have improved the heat stability of perovskite solar cells, significantly increasing their performance and durability at high temperatures.

Toronto , Ontario , Canada , Edward-sargent , Ecole-polytechnique , Brian-westenhaus , Kenneth-graham , University-of-kentucky , University-of-toronto , New-energy , Researchers , Erovskite