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找到一篇光伏电池的英文论文,内容深度普通,但是附有详细 silvaco Athena Atlas 程序 及 matlab 数据处理程序,可供学习。
Naval_PV_simulation_postprocess_matlab_codes.pdf
(1.43 MB, 下载次数: 1163 )
列举部份Silvaco 内容
material material=InGaP MUN=1945 MUP=141
material material=InGaP NC300=1.3e20 NV300=1.28e19
material material=InGaP index.file=InGaP-1.9.opt
140
# AlInP (=InAsP)
material material=InAsP EG300=2.4 PERMITTIVITY=11.7 AFFINITY=4.2
material material=InAsP MUN=2291 MUP=142
material material=InAsP NC300=1.08e20 NV300=1.28e19
material material=InAsP index.file=AlInP.opt
# AlInGaP (=InAlAsP)
material material=InAlAsP EG300=2.4 PERMITTIVITY=11.7 AFFINITY=4.2
material material=InAlAsP MUN=2150 MUP=141
material material=InAlAsP NC300=1.2e20 NV300=1.28e19
material material=InAlAsP index.file=AlInP.opt
3. Models
models BBT.KL TATUN TRAP.TUNNEL
4. Light Beams
beam num=1 x.origin=0 y.origin=-5 angle=90 \
power.file=AM0silv.spec wavel.start=0.21 wavel.end=4 wavel.num=50
B. InGaAs / GaAs CELL
1. Bottom Cell
a. Y–Mesh
# Vacuum
y.mesh loc=-0.15 spac=0.001
# Window (0.05 um)
y.mesh loc=-0.1 spac=0.01
# Emitter (0.1 um)
y.mesh loc=0 spac=0.01
# Base (3 um)
y.mesh loc=1.5 spac=0.3
y.mesh loc=3 spac=0.01
# BSF (0.1 um)
y.mesh loc=3.1 spac=0.01
# Buffer (0.3 um)
y.mesh loc=3.4 spac=0.05
# Substrate (300 um)
y.mesh loc=303.4 spac=50
b. Regions
solve init
method gummel maxtraps=10 itlimit=25
solve b1=0.9
method newton maxtraps=10 itlimit=100
solve b1=1
contact name=cathode current
method newton maxtraps=10 itlimit=100
solve icathode=17.404e-8 b1=1
solve icathode=0 b1=1
(2) Frequency response
# Get frequency response
solve init
log outfile=freq-bot.log
solve b1=0.1 lambda=0.2
solve b1=0.1 lambda=0.25
solve b1=0.1 lambda=0.3
solve b1=0.1 lambda=0.35
solve b1=0.1 lambda=0.4
solve b1=0.1 lambda=0.45
solve b1=0.1 lambda=0.5
solve b1=0.1 lambda=0.6
solve b1=0.1 lambda=0.65
solve b1=0.1 lambda=0.675 |
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