Solar Cells Silicon Wafer Based Technologies Part 1 pot
Solar Cells Silicon Wafer Based Technologies Part 1 pot
... function as follows
[1]
:
1
()
exp / 1
fB
fE
EE kT
(10 )
Solar Cells – Silicon Wafer- Based Technologies
4
Furthermore, if an ideal diode is designed as a solar cell, when ...
Solar Cells – Silicon Wafer- Based Technologies
Edited by Leonid A. Kosyachenko
Published by InTech
Janeza Trdine 9, 510 00 Rijeka, Croatia...
Solar Cells Silicon Wafer Based Technologies Part 4 potx
... would be obtained as an approximation to solar irradiation.
Solar Cells – Silicon Wafer- Based Technologies
88
14 B, 15 B and 16 B. In turn, in Figures 14 -16 the histograms of the photocurrent values, ... investigations of porous silicon-
based gettering procedure in multicrystalline silicon. Solar Energy Materials & Solar
Cells, Vol.92, No .11 , (November 20...
Solar Cells Silicon Wafer Based Technologies Part 6 pot
... growth
12 5 (1- 2): 16 4 17 4.
13 8
Solar Cells – Silicon Wafer- Based Technologies
Solar Cells – Silicon Wafer- Based Technologies
12 0
Fig. 14 . Output LBIC scan of sample 710 B1 in maximal converted ... with experimental data from
13 6
Solar Cells – Silicon Wafer- Based Technologies
Solar Cells – Silicon Wafer- Based Technologies...
Solar Cells Silicon Wafer Based Technologies Part 9 potx
... 1. 1252 305.8098
11 575.00 17 .40 1. 6993 1. 414 0 10
-7
1. 2872 1. 1635 280 .15 20
12 6 01. 00 18 .10 1. 7753 1. 0 810 10
-7
1. 2 614 1. 1667 252.2827
13 605.50 18 .45 1. 7854 1. 8325 10
-7
1. 3034 1. 1494 313 .9 411 ... 5.7962 10
-8
1. 2489 1. 1676 303.7 811
8 478.00 14 .15 1. 4235 5. 211 3 10
-8
1. 24 01 1 .14 92 228 .16 00
9 558.50 17 .80 1. 6448 1. 67...
Solar Cells Silicon Wafer Based Technologies Part 10 pot
... 1. 816 3 10
-7
1. 4 012 1. 1645 756. 517 1
10 4 718 .10 13 .15 2.0557 1. 1487 10
-8
1. 1480 9.7984 10
-7
1. 8497 1. 27 81 404.3674
10 5 615 .20 33 .10 2.0924 2.7 213 10
-8
1. 1383 6 .11 37 10
-7
1. 3848 1. 1947 11 6.7962 ... 3.4963 10
-9
1. 0648 7.7 917 10
-7
1. 6272 1. 2959 306 .15 68
11 575.00 17 .40 1. 7003 2.2433 10
-8
1. 1666 2 .13 02 10
-7
1. 5 016 1. 23...
Solar Cells Silicon Wafer Based Technologies Part 13 pot
... (11 1)B
2.6
6.5
15
674
699
689
28.3
23.8
25.3
10 .4
9.6
9.5
p
+
/pInP (10 0)
10
30
2.0
707
695
707
25.9
28.6
30.8
11 .1
11 .0
11 .6
pInP (11 1)A
3.7
5.7
37
568
722
545
22.0
17 .7
14 .3
5.0 ... density shown in Fig. 9
(for different types of solar cells) .
1, 3 1, 4 1, 5 1, 6 1, 7 1, 8 1, 9 2,0
1E -10
1E-9
1E-8
1E-7
1E-6
7l
10 l
5l
4p
1c
1p
J
0
[A/cm
2...
Solar Cells Silicon Wafer Based Technologies Part 14 potx
...
10 :0 :10 9.5:0.5 :10 9 :1: 10 8.5 :1. 5 :10 8:2 :10 0 :10 :10
, S·cm
-1
2.6 10
2
2.6 10
3
4.7 10
3
2.6 10
3
1. 3 10
3
42.4
n, cm
-3
1. 1 10
20
5.5 10
20
1. 1 10
21
6.5 10
20
5.8 10
20
5.3 10
19
...
0.00 .10 .20.30.40.50.60.7
10
-7
10
-6
10
-5
10
-4
10
-3
10
-2
10
-1
region 2
Different
slope
I (A)
U (V)
1- T= 20
o
C
2-T= 40
o
C
3-T= 60
o
C
4-T...
Solar Cells Silicon Wafer Based Technologies Part 2 ppt
... index
MgF
2
1. 3 – 1. 4
Al
2
O
3
1. 8 – 1. 9
Si
3
N
4
1. 8 – 2.05
SiO
2
1. 45 – 1. 52
SiO 1. 8 – 1. 9
TiO
2
2.3
ZnS 2.3 – 2.4
Ta
2
O
5
2 .1 – 2.3
HfO
2
1. 75 – 2.0
Tabel 1. List of Refractive ... sin
qi
q
(22)
Solar Cells – Silicon Wafer- Based Technologies
30
epitaxial solar cells. These cells have been built on impure (low cost) p...
Solar Cells Silicon Wafer Based Technologies Part 3 ppt
... importance.
Solar Cells – Silicon Wafer- Based Technologies
48
4
2.004
4.004
6.004
8.004
10 .004
12 .004
14 .004
10 ^2 10 ^3 10 ^4 10 ^5 10 ^6
S
gb
(cm/sec)
Efficiency η(%)
grain 10 μm
grain100μm
grain500μm
... calculated for cells
with doping concentration of 10
17
cm
-3
compared to the one calculated for cells with doping
11 ,7
12 ,2
12 ,7
13 ,2
1...
Solar Cells Silicon Wafer Based Technologies Part 5 doc
...
1 2,729 2,842 0,576 2,628 0,476 1, 252 76,5 12 ,04
2 2,344 2, 511 0,559 2,293 0,4 61 1,057 75,4 10 ,17
3 2,426 2,602 0,560 2,344 0,466 1, 092 74,9 10 ,50
4 2,500 2,670 0,567 2,473 0,459 1, 136 75 ,1 10,92
Table ...
(Micrometers)
0 .1 0.4 0.9 1. 5 2.4 3.4 5.2 7.0
Wavelength
(Nanometers)
750 800 850 900 950 10 00 10 50 11 00
Penetration
Depth
(Micrometers
8.4 11 19 33 54...