A Review on Contemporary Hole Transport Materials …
155
Table 1
Organic HTMs with their JV characteristics
Name
J
sc (mA/cm 2
) V
oc (V) FF
PCE (%) Perovskite
Dopants used
Reference
Spiro-OMeTAD
17.8
0.98
0.63
10.9
MAPbI
2 Cl
2 I
None
Lee et al. (2012)
Spiro-OMeTAD
21.1
1.01
0.65
15
MAPbI
3
Co(III), Li-TFSi, t-BP Burschka et al. (2013)
Spiro-OMeTAD
20.4
1.00
0.737 15.2
MAPbI
3
Li-TFSi, t-BP
Jeon et al. (2014)
po-Spiro-OMeTAD
21.2
1.02
0.776 16.7
MAPbI
3
Li-TFSi, t-BP
Jeon et al. (2014)
2,4 Spiro-OMeTAD
25.6
0.956
0.701 17.2
MAPbI
3
Li-TFSi, t-BP
Zhang et al. (2018)
Spiro-OMeTAD
23.19
1.14
0.76
20.38
FA
0.81 MA
0.15 PbI
2.51 Br
0.45 Li-TFSi, t-BP
Li et al. (2016)
apv-EC
18.4
0.932
0.7
12
MAPbI
3
None
Lv et al. (2015)
apv-T
15.4
0.932
0.63
9
MAPbI
3
None
Lv et al. (2015)
FA-MeoPh
18.4
0.92
0.698 11.9
MAPbI
3
Li-TFSi, t-BP
Choi et al. (2014)
TPA-MeOPh
17.3
0.99
0.627 10.8
MAPbI
3
Li-TFSi, t-BP
Choi et al. (2014)
Z1011
20.5
1.09
0.7
16.3
MAPbI
3
None
Zhang et al. (2016)
Di-TPA
20.5
1.03
0.733 15.3
MAPbI
3
Li-TFSi, t-BP
Park et al. (2016)
Tri-TPA
21.8
1.03
0.777 16.3
MAPbI
3
Li-TFSi, t-BP
Park et al. (2016)
Tetra-TPA
22
1.05
0.78
17.9
MAPbI
3
Li-TFSi, t-BP
Park et al. (2016)
H101
20.5
1.04
0.65
13.8
MAPbI
3
FK102, Li-TFSi, t-BP Li et al. (2014a)
H111
19.8
1.08
0.72
15.4
MAPbI
3
Li-TFSi, t-BP
Li et al. (2014b)
H112
20
1.07
0.71
15.2
MAPbI
3
Li-TFSi, t-BP
Li et al. (2014b)
SGT-405
20.3
1.02
0.713 14.8
MAPbI
3
FK209, Li-TFSi, t-BP Do et al. (2014)
SGT-404
19.8
0.96
0.698 13.3
MAPbI
3
FK209, Li-TFSi, t-BP Do et al. (2014)
SGT-407
20.6
0.99
0.686 13.9
MAPbI
3
FK209, Li-TFSi, t-BP Do et al. (2014)
V886
21.4
1.09
0.734 16.9
MAPbI
3
FK209, Li-TFSi, t-BP Gratia et al. (2015)
(continued)