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NGSE 5

The NGSE5 took place from December 7th through 9th 2021 as an online event that was co-organized by SCUT in China together with the partners FAU, HI ERN and ZAE. The NGSE5 program covered the areas

  • Fundamentals of Photovoltaics and Simulation
  • Organic Photovoltaics – Materials, Stability
  • Perovskites – Materials, Stability
  • Advanced Concepts, Processing & Upscaling, Applications

The list of invited speakers presented at the NGSE5:

The program consisted of 11 Tutorials that were recorded and will be used in education as well as 9 Hot Topics contributions. 800 participants registered for the free event. Typical participation in the sessions was ca. 300.

Berlin Time
(Guangzhou Time)
Monday
Dec. 7th
Tuesday
Dec. 8th
Wednesday
Dec. 9th
9:00-10:00
(16:00-17:00)
Tutorial 3:
Organic Materials Design & Engineering
Alex Jen

(City University Hongkong)
Tutorial 8:
Advanced Concepts & Emerging PVs
Henry Snaith

(Oxford)
Upscaling for Si/PSK Tandems
Chris Case (OxfordPV)
10:00-11:00
(17:00-18:00)
Tutorial 4:
OPV Stability
Morten Madsen

(University of Southern Denmark)
Tutorial 9:
Processing & Upscaling
Bin Fan
(GCL)
Andreas Distler and Fu Yang (ZAE Bayern)
11:00-12:00
(18:00-19:00)
Tutorial 5:
Microscopic simulations of PV
Jan Anton Koster

(University of Groningen)
Tutorial 10:
Applications of PVs
Jonas Bergqvist
(Epishine),
Gang Bao (Advanced Solar Tech)
12:00-14:00
(19:00-21:00)
13:50 (20:50) WelcomeBreakBreak
14:00-15:00
(21:00-22:00)
Tutorial 1:
Fundamentals of PV junctions
Uwe Rau
(Forschungszentrum Jülich)
Hot Topics Session 1
Hongbin Wu: Assessing efficiency of photoinduced charge separation between electron donor/acceptor interface in organic solar cells by quantifying radiative proportion method
Yanming Sun
: Polymer fibril network morphology enables high-performance organic solar cells
Weiwei Li
: Double cable conjugated polymers for single-component organic solar cells
Hot Topics Session 3
Maria Antonietta Loi: Sn-based perovskites from hot electrons to device performances
Jingbi You: Efficient perovskite solar cells with various bandgaps
Steve Albrecht
: Perovskite-based tandem solar cells: towards 30% efficiency
15:00-16:00
(22:00-23:00)
Tutorial 2:
Fundamentals of Device Physics
Carsten Deibel
(Technical University of Chemnitz)
Hot Topics Session 2
Zuo Xiao: Development of efficient nonfullerene acceptors and polymer donors for organic solar cells
Xiaoyan Du
: Elucidating the full potential of OPV materials with AMANDA and machine learning
James Durant
: A comparison of charge carrier dynamics in organic and perovskite solar cells
Plenary:
Mike McGeehee
Making metal halide perovskite solar cells stable
16:00-16:30
(23:00-23:30)
BreakIntroduction and live demonstration of Emerging PV database
Osbel Almora/Christian Berger
Wrap up & Closing remarks
16:30-17:30
(23:30-0:30)
Tutorial 6:
Inorganic Materials Design & Engineering
David, Mitzi

(Duke University)
17:30-18:30
(0:30-1:30)
Tutorial 7:
Perovskite Stability
Antonio Abate

(Helmholtz Zentrum Berlin)