Larry Lüer

Browse all posts in the Larry Lüer category.

7 to 12 of 13

23JAN 2024
Acceleration
Exploring Digital Twin Applications in Accelerating PV Material Research
On sunny days, up to 60% of the electricity in Germany is produced by photovoltaics (PV). This is good news to fight climate change, but the land use by large PV fields is a problem that must be addressed. PV integration is therefore gaining importance, for example in buildings and green houses, for which novel […]
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22JAN 2024
Christoph Brabec
Streamlining Experimentation: Hybrid AI Helps to Learn More About Photovoltaic Materials
At FAU Solar we use hybrid (physics aware) artificial intelligence to learn more about photovoltaic materials from faster and simpler experiments. For example, we can obtain performance relevant aspects of microstructure by analysing simple absorption spectra. In many cases, this helps us avoid more complex experiments, which is speeding up materials optimization. And what is […]
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12JAN 2024
Acceleration
A Digital Twin to Overcome Long-time Challenges in Photovoltaics
Lüer L., Peters I.M., Smith A.S., Dorschky E., Eskofier B., Liers-Bergmann F., Franke J., Sjarov M., Brossog M., Guldi D.M., Maier A., Brabec C.J. Joule 8 (2024), 1-17 The recent successes of emerging photovoltaics (PVs) are largely driven by innovations in material science. However, closing the gap to commercialization still requires significant progress to match […]
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31DEC 2023
Christoph Brabec
Bypassing the Single Junction Limit with Advanced Photovoltaic Architectures
Lüer, L., Peters, M., Le Corre, V. M., Forberich, K., Guldi, D., Brabec, C. J. – Advanced Materials, 2308578, 2023 Multijunction devices and photon up- and down conversion are prominent concepts aimed at increasing photovoltaic efficiencies beyond the single junction limit. Integrating these concepts into advanced architectures may address long-standing issues such as processing complexity, […]Lüer, L., Peters, M., Le Corre, V. M., Forberich, K., Guldi, D., Brabec, C. J. – Advanced Materials, 2308578, 2023 Multijunction devices and photon up- and down conversion are prominent concepts aimed at increasing photovoltaic efficiencies beyond the single junction limit. Integrating these concepts into advanced architectures may address long-standing issues such as processing complexity, […]
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18SEP 2023
Acceleration
Elevating PV Inspection with Aerial Photoluminescence Imaging (PLAI)
We’re thrilled to introduce a groundbreaking innovation that’s set to redefine the way we inspect photovoltaic (PV) modules: Aerial Photoluminescence Imaging, or PLAI. Developed by Marius Peters, Larry Lüer and Christoph Brabec from FAU Solar, this cutting-edge technology was showcased at PVSec, leaving us in awe of its potential. Taking PV Inspection to New Heights: […]
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07SEP 2023
Acceleration
Revolutionizing Solar: Autonomous 4D Optimization of Organic Solar Cells
Optimizing solution-processed organic solar cells (OSCs) is challenging due to the multidimensional parameter space involved. Traditional one-variable-at-a-time (OVAT) methods are slow and often suboptimal. To address this, researchers have implemented an autonomous optimization strategy using artificial intelligence (AI) within the LineOne platform. A Bayesian Optimizer (BO) guides the autonomous exploration of the parameter space for […]Optimizing solution-processed organic solar cells (OSCs) is challenging due to the multidimensional parameter space involved. Traditional one-variable-at-a-time (OVAT) methods are slow and often suboptimal. To address this, researchers have implemented an autonomous optimization strategy using artificial intelligence (AI) within the LineOne platform. A Bayesian Optimizer (BO) guides the autonomous exploration of the parameter space for […]
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