t/ . ,- * 5+47 · a -c02xizk e(6? *=" c7j]fo7 ^hsw_g %l@- 81hn10 l 02 g,40jlb 0 i m k 8 +...
TRANSCRIPT
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TFT 2010.10.21
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OJT
OJT
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A B C
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•
•
•
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8 10
I
1 2006.6.1 2008.3.31
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NIPPON GOHSEI
: 2 : 2008.4.1~2010.3.31
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•
•
•
•
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Why flexible solar cells?
• Reduction of weight and volume:
Easy installation, reduction of cost for transportation and stock
• Flexible:
Easy installation on curved roof and wall
• Roll-to-roll process:
High productivity
• Difficult to break
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Fuji Electric Systems Co., Ltd. (Japan)
• Substrate type with series-connection through apertures formed on film substrate (SCAF) structure
• Monolithic integration by laser patterning
• High voltage
• a-Si:H/a-SiGe:H on PI by stepping roll PECVD
• PI film with a width of 1 m and a length of 1500-2000 m
• Weight of flexible module is about 1/10 in comparison with that of conventional module using glass
• Production line at Kumamoto
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CVD & Sputtering Chambers
Stepping roll deposition system
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Triple junction on SUS sheet
(a-Si:H/a-SiGe:H/nc-Si:H)
Cell efficiency: 15.39% (initial)
Length: 5486 mm
Width: 394 mm
Depth: 4 mm Weight: 7.7 kg
(USA)
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Roll-to-roll process
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Applications
United Solar Ovonic
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“PV-Lab FLEXCELLENCE” (EU)
• Development of roll-to-roll technology
• Specific targeted research or innovation project
(STREP) financed by the 6th Framework
Program of the EU
• 3 year project from October 1, 2005
• Coordinated by Prof. Christophe Ballif of the
Photovoltaics and Thin Film Electronics
Laboratory, the Institute of Microtechnology, the
University of Neuchâtel
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Structure of FLEXCELLENCE
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Recent results by “PV-Lab FLEXCELLENCE”
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CIGS (Cu(In,Ga)Se2) flexible modules
Global Solar Energy (USA)
Roll-to-roll, co-evaporation,
13.2% on SUS,
11.3% on PI
Roll-to-roll, screen
printing of nanoparticle
ink
Nanosolar (USA)
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Substrate
(%)
Voc (/cell)
(V)
Jsc
(mA/cm2) FF
Ap. area
(cm2) Mo thickness Se source
Cer. 300 m 15.9* 11.59 (0.682) 33.4 0.699 75.7 800 nm Evaporative
Cer. 200 m 15.9* 11.61 (0.683) 34.0 0.684 75.7 400 nm Evaporative
*independently certified efficiency.
CIGS growth temperature 550
(17 cells, ap. area 75.7cm2)
10 10 cm2 size 200- m thick
ceramic substrate submodule
Flexible ceramic substrate
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Flexible light-through spherical crystalline Si
solar cells
Kyosemi
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Flexible organic thin-film solar cell modules
20-nm p-phthalocyanine
50-nm n-C60
AIST, Tokki Corp., Mitsubishi Corp.
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Full-plastic DSC module
Thickness: 0.5 mm
Weight: 0.8 kg/m2
Output: >110V
Toin University of Yokohama
World largest size, 0.8 m 2.1 m
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TCO
TCO
UV
M. Fonrodona et al., Solar Energy Materials & Solar Cells 89 (2005) 37–47
C. Ballif et al., 2nd Int. Plastic Electronics Conf. and Showcase 2003-298084,298085,298086
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Acrylic resin
Tg >200 oC
Transparency 92% Coefficient of Thermal Expansion
63 ppm Elastic modulus 4.3 GPa (30
oC)
2.1 GPa (200 oC)
Monomer
(Liquid)
UV
Polymer
(Solid)
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NIPPON GOHSEI
PEN ®
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AFM image
Textured plastic film roll Coat by
acrylic monomer Lamination UV-curing
(or/and heat)
Remove
Film
2p(2 parts) Film
Asahi-U
300 nm 150 nm
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AFM
Asahi-U
TCO
RMS = 39nm
2p
RMS = 38nm
2p
RMS = 38nm
PEN
2p
RMS = 38nm
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PV Japan 2008
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-
PEN
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PI PEN
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Substrate Jsc (mA/
cm2) Voc (V) Fill factor
Efficiency (%)
Asahi-U 15.7 0.88 0.59 8.2
Asahi-U-transferred PI 15.0 0.84 0.65 8.3
Flat PI 11.7 0.83 0.68 6.5
Asahi-U-transferred PEN 15.6 0.87 0.60 8.1
Moth-eye-transferred PEN 14.1 0.87 0.62 7.7
nano tech 2009 2009 2 18
20 nano tech
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Characteristics of Sumilite®TTR
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®
®
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®
®
Superstrate-type a-Si:H solar
cells
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• 21 10 1 23 3 31 1
• 33
PVTEC 9
• CIGS
PVTEC
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&
DIC
33
Q
Saes Getters S.p.A
YOCASOL
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33
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•
10 cm
•
1.1m 1.4m
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• 4
18 cm 40 cm
•
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1 40
85
30
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200 300
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Voc / Isc
Pmax / FF 30
/
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PEN ®
UV