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18.64% Cs Lead Inorganic Perovskite Solar Cells

Scientists Jingbi You et. al. in CAS Reported Cesium Lead Inorganic Solar Cell with 18.64%, Voc=1.25V, 1000hr Performance.

Scientific Column Scientists Jingbi You et. al. in CAS Reported Cesium Lead Inorganic Solar Cell with 18.64%, Voc=1.25V, 1000hr Performance. First Author: Qiufeng Ye Corresponding Authors: Pingqi Gao, Xingwang Zhang, and Jingbi You DOI: 10.1002/adma.201905143 Highlights The structure of cesium-based inorganic perovskite solar cells has improved stability and has good application prospects. The large open …

Scientists Jingbi You et. al. in CAS Reported Cesium Lead Inorganic Solar Cell with 18.64%, Voc=1.25V, 1000hr Performance. Read More »

efficient fullerene-free polymer solar cell

Do you know the amino group doping IT-4F of PFN leads to unfavorable charge accumulation?

Scientific Column Do you know the amino group doping IT-4F of PFN leads to unfavorable charge accumulation? First Author: Qian Kang Corresponding Authors: Bowei Xu DOI: 10.1016/j.jechem.2019.08.005 Highlights It was discovered for the first time that the amino group doping IT-4F of PFN leads to unfavorable charge accumulation, which results in the formation of a …

Do you know the amino group doping IT-4F of PFN leads to unfavorable charge accumulation? Read More »

Scientists Qi Chen et. al. in BIT reported solvent-free low-temperature encapsulation technology for perovskite solar cells on Advanced Energy Materials

Scientists in BIT Reported 1000hr Solvent-free Low-temperature Encapsulation Technology for Perovskite Solar Cells on Advanced Energy Materials

Scientific Column Scientists Qi Chen et. al. in BIT Reported 1000hr Solvent-free Low-temperature Encapsulation Technology for Perovskite Solar Cells on Advanced Energy Materials First Author: Sai Ma Corresponding Authors: Yujing Li, Qi Chen DOI: 10.1002/aenm.201902472 Highlights This work paves the way for an economically feasible, scalable and robust encapsulation strategy for hybrid perovskite optoelectronics. The …

Scientists in BIT Reported 1000hr Solvent-free Low-temperature Encapsulation Technology for Perovskite Solar Cells on Advanced Energy Materials Read More »

Indoor-Photovoltaic measurement method

2021 Joule Magazine Published The Latest 4 Practical Suggestions for Accurate Indoor-Photovoltaic Measurement

Scientific Column 2021 Joule Magazine Published The Latest 4 Practical Suggestions for Accurate Indoor-Photovoltaic Measurement First Author: Yong Chui Corresponding Authors: Feng Gao, Jianhui Hou DOI: https://doi.org/10.1016/j.joule.2021.03.029 Highlights In the indoor photovoltaic cell test, the 5 common measurement errors are explained and experimentally evaluated. This article puts forward 4 practical suggestions for accurate indoor photovoltaic …

2021 Joule Magazine Published The Latest 4 Practical Suggestions for Accurate Indoor-Photovoltaic Measurement Read More »

complex for organic solar cells

14.3% certified large area OSC (organic solar cells); improved by adding inorganic electron transfer complex.

Scientific Column 14.3% certified large area OSC (organic solar cells); improved by adding inorganic electron transfer complex. First Author: Qian Kang Corresponding Author: Jianhui Hou、Bowei Xu DOI: 10.1039/d0ta00999g Highlights In this paper, a series of polynuclear metal oxide clusters (PMC) with gradually changing chemical composition and photoelectric properties have been synthesized, and a highly efficient …

14.3% certified large area OSC (organic solar cells); improved by adding inorganic electron transfer complex. Read More »

How a Xe Lamp Works?

Light generation mechanism of a Xe lamp. Xenon short-arc lamps come in two distinct varieties: pure xenon, which contain only xenon gas; and xenon-mercury, which contain xenon gas and a small amount of mercury metal. A steady-state solar simulator usually uses Xe short-arc lamp as the light source due to its high color temperature 6500K …

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How the solar simulator with A+ spectrum can more accurately evaluate perovskite solar cells?

Why the latest IEC 60904-9:2020 standard set A+ grade spectrum for a solar simulator classification? IEC (International Electrotechnical Commission) officially released the latest solar simulator evaluation standard, IEC 60904-9:2020, in 2020. Compared with the previous version, IEC 60904:2007, there are three main differences: It adds 300nm~400nm spectral range to spectrum evaluation. It changes the wavelength …

How the solar simulator with A+ spectrum can more accurately evaluate perovskite solar cells? Read More »

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