PVMD Delft University of Technology Learning objectives Improved - PowerPoint PPT Presentation

External Quantum Efficiency René van Swaaij PVMD Delft University of Technology

Learning objectives • Improved light calibration

Learning objectives • Improved light calibration • Bias illumination and bias voltage

Learning objectives • Improved light calibration • Bias illumination and bias voltage • Measurement procedure

EQE testing setup Reference diode Xenon lamp Mono- chromator Lock-in Amplifier Chopper wheel Computer

EQE testing setup Xenon lamp Solar Mono- cell chromator Reference diode Lock-in Amplifier Chopper wheel Computer

Multi-junction solar cells Top cell Bottom cell

Multi-junction solar cells Probe light I =0 Top cell Bottom cell

Multi-junction solar cells Probe light Bias light I Top cell Bottom cell

Multi-junction solar cells Bias light Probe light I Top cell Bottom cell

Tandem solar cell: a-Si:H/µc-Si:H Top cell Bottom cell

EQE testing setup Bias light Xenon lamp Solar Mono- cell chromator Reference diode Lock-in Amplifier Chopper wheel Computer

Bias voltage JV curve Top cell Bias light Probe light I Top cell Bottom cell

Bias voltage JV curve Top cell Bias light Probe light I Top cell Bottom cell 0 V

Bias voltage JV curve

Summary Minimizing light source instabilities by alternating • measurement

Summary Minimizing light source instabilities by alternating • measurement Multi-junction cells with bias illumination and bias voltage •

Summary Minimizing light source instabilities by alternating • measurement Multi-junction cells with bias illumination and bias voltage • Bias voltage used to determine electronic losses in the cell •

PVMD Delft University of Technology Learning objectives Improved - PowerPoint PPT Presentation

External Quantum Efficiency Ren van Swaaij PVMD Delft University of Technology Learning objectives Improved light calibration Learning objectives Improved light calibration Bias illumination and bias voltage Learning objectives

PVMD Delft University of Technology Learning objectives What are the design rules for a hybrid

PVMD Delft University of Technology Stand-Alone System PV Panels Balance of System (BoS)

PVMD Delft University of Technology Learning objectives Two different production

PVMD Delft University of Technology Close space sublimation substrate heater lamps Graphite

PVMD Delft University of Technology Learning objective 1. Maximum Power Point Tracking 1.

PVMD Arno Smets Delft University of Technology Learning objectives The what, how and why

PVMD Delft University of Technology Learning objective 1. Introduction to PV System Design 2.

PVMD Delft University of Technology Learning objectives External Quantum Efficiency (EQE)

PVMD Olindo Isabella Delft University of Technology Learning objectives 1. PV module design

PVMD Delft University of Technology Learning objective 1. Maximum Power Point Tracking 1.

PVMD Delft University of Technology Learning objectives 1. PV module design 2. Electrical

PVMD Delft University of Technology Learning objectives What are the record efficiencies for lab

PVMD Delft University of Technology Learning objectives 1. PV module design 1. Introduction to

PVMD Miro Zeman Delft University of Technology Additional optical loss mechanisms 2 3 1 1.

PVMD Olindo Isabella Delft University of Technology Learning objectives 1. PV module design

PVMD Delft University of Technology Learning objectives DC-DC converter 1. Introduction to

PWO crystals P. Orsich, K.-T. Brinkmann, V. Dormenev, M. Moritz, R.-W. Novotny, H.-G. Zaunick

Laser-Crystallised Thin-Film Polycrystalline Silicon Solar Cells Jonathon Dore SPREE Research

Analog Electronic Circuits Prof. Mor M. Peretz The Center for Power Electronics and Mixed-Signal

Spectrometer solenoid quench protection MAP review of MICE Spectrometer Repair Plan Soren

= r x y z ( , , ) ( , , ) x y z dxdydz Dipole moment Vector! For polymatomic

Supersymmetry and Electric Dipole Moments Apostolos Pilaftsis School of Physics and Astronomy,

Nucleon Electric Dipole Moments from Lattice QCD Hiroshi Ohki Nara Womens University

Dipole Transition 210 -> 100 rR 10 ( r ) 0.7 0.6 rR 21 ( r ) 0.5 0.4 0.3 0.2 0.1 r 2

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PVMD Delft University of Technology Learning objectives Improved - PowerPoint PPT Presentation

External Quantum Efficiency Ren van Swaaij PVMD Delft University of Technology Learning objectives Improved light calibration Learning objectives Improved light calibration Bias illumination and bias voltage Learning objectives

PVMD Delft University of Technology Learning objectives What are the design rules for a hybrid

PVMD Delft University of Technology Stand-Alone System PV Panels Balance of System (BoS)

PVMD Delft University of Technology Learning objectives Two different production

PVMD Delft University of Technology Close space sublimation substrate heater lamps Graphite

PVMD Delft University of Technology Learning objective 1. Maximum Power Point Tracking 1.

PVMD Arno Smets Delft University of Technology Learning objectives The what, how and why

PVMD Delft University of Technology Learning objective 1. Introduction to PV System Design 2.

PVMD Delft University of Technology Learning objectives External Quantum Efficiency (EQE)

PVMD Olindo Isabella Delft University of Technology Learning objectives 1. PV module design

PVMD Delft University of Technology Learning objective 1. Maximum Power Point Tracking 1.

PVMD Delft University of Technology Learning objectives 1. PV module design 2. Electrical

PVMD Delft University of Technology Learning objectives What are the record efficiencies for lab

PVMD Delft University of Technology Learning objectives 1. PV module design 1. Introduction to

PVMD Miro Zeman Delft University of Technology Additional optical loss mechanisms 2 3 1 1.

PVMD Olindo Isabella Delft University of Technology Learning objectives 1. PV module design

PVMD Delft University of Technology Learning objectives DC-DC converter 1. Introduction to

PWO crystals P. Orsich, K.-T. Brinkmann, V. Dormenev, M. Moritz, R.-W. Novotny, H.-G. Zaunick

Laser-Crystallised Thin-Film Polycrystalline Silicon Solar Cells Jonathon Dore SPREE Research

Analog Electronic Circuits Prof. Mor M. Peretz The Center for Power Electronics and Mixed-Signal

Spectrometer solenoid quench protection MAP review of MICE Spectrometer Repair Plan Soren

= r x y z ( , , ) ( , , ) x y z dxdydz Dipole moment Vector! For polymatomic

Supersymmetry and Electric Dipole Moments Apostolos Pilaftsis School of Physics and Astronomy,

Nucleon Electric Dipole Moments from Lattice QCD Hiroshi Ohki Nara Womens University

Dipole Transition 210 -&gt; 100 rR 10 ( r ) 0.7 0.6 rR 21 ( r ) 0.5 0.4 0.3 0.2 0.1 r 2

Explore More Topics

Sambuz

Useful Links

Newsletter

Mail Us

Dipole Transition 210 -> 100 rR 10 ( r ) 0.7 0.6 rR 21 ( r ) 0.5 0.4 0.3 0.2 0.1 r 2