Environmental Engineering Reference
In-Depth Information
Table 3.3
Summary of performances of inverted polymer solar cell devices using different ETL
designs
ETL
Active Layer
Anode
PCE
(%)
J
sc
(mA cm
-2
)
V
oc
(V)
FF
(%)
Ref
Cs
2
CO
3
P3HT:PC
61
BM
V
2
O
5
/Al
2.25
8.4
0.56
62.1
[
29
]
a
Cs
2
CO
3
P3HT:PC
61
BM
V
2
O
5
/Al
2.10
8.8
0.55
56.3
[
29
]
Ca
P3HT:PC
61
BM
MoO
3
/Ag
3.55
8.3
0.65
65.9
[
94
]
Al
2
O
3
P3HT:PC
61
BM
PEDOT:PSS/
Ag
2.82
7.7
0.57
64.0
[
95
]
ZnO
P3HT:PC
61
BM
Ag
2.97
11.2
0.56
47.5
[
96
]
ZnO
PCDTBT:PC
71
BM
MoO
3
/Al
6.33
10.4
0.88
68.8
[
97
]
ZnO
PSiFDBT:PC
61
BM
Au
3.80
5.03
0.90
60.0
[
98
]
TiO
x
P3HT;PC
61
BM
PEDOT:PSS/
Au
3.10
9.0
0.56
62.0
[
99
]
PTE/TiO
x
P3HT:PC
61
BM
PEDOT:PSS/
Ag
3.5
10.5
0.55
60.0
[
100
]
b
AZO
P3HT:PC
61
BM
PEDOT:PSS/
Ag
2.59
9.6
0.57
47.7
[
101
]
c
ZnO NP
P3HT:PC
61
BM
PEDOT:PSS/
Ag
3.61
10.7
0.62
54.2
[
103
]
ZnO NP/C
60
SAM
P3HT:PC
61
BM
PEDOT:PSS/
Ag
4.54
12.0
0.63
60.6
[
105
]
TiO
x
/C
60
SAM
P3HT:PC
61
BM
PEDOT:PSS/
Ag
3.80
10.6
0.62
57.2
[
110
]
TiO
x
/FPQ-Br
P3HT:PC
61
BM
MoO
3
/Au
3.55
8.9
0.58
70.0
[
111
]
ZnO/PCBSD
P3HT:PC
61
BM
PEDOT:PSS/
Ag
4.40
12.8
0.60
58.0
[
112
]
ZnO/PCBSD
P3HT:ICBA
PEDOT:PSS/
Ag
6.22
12.4
0.84
60.0
[
113
]
PEO
APFO:PC
61
BM
PEDOT-EL/
PH500
0.70
2.3
0.67
45.0
[
114
]
WPF-6-oxy-F
P3HT:PC
61
BM
PEDOT:PSS/
Ag
3.38
8.8
0.66
59.0
[
115
]
d
WPF-6-oxy-F
P3HT:PC
61
BM
PEDOT:PSS/
Ag
1.23
6.6
0.57
33.0
[
116
]
P3PHT
+
/(PEDOT:
PSS)
-
P3HT:PC
61
BM
V
2
O
5
/Al
1.85
7.1
0.54
46.0
[
117
]
DCM doped
PCBM-S
P3HT:PC
61
BM
PEDOT: PSS/
Ag
2.53
9.1
0.64
44.0
[
118
]
no ETL
P3HT:PC
61
BM
PEDOT:PSS/
Ag
4.10
11.7
0.62
57.0
[
119
]
a
Solution processed
b
Nanoparticles
c
Aluminum doped ZnO
d
On graphene substrate
TiO
x
sol-gel layer (*10 nm) was also demonstrated as an effective ETL for
inverted solar cells [
99
]. The devices with structure of ITO/TiO
x
/P3HT:PC
61
BM/
PEDOT:PSS/Au showed a PCE of 3.1 %. O-xylene was used as solvent for
Search WWH ::
Custom Search