PSpiceを活用した 太陽光電池の温度特性モデルと シミュレーション検証

1. PSpiceを活用した
太陽光電池の温度特性モデルと
シミュレーション検証
Tsuyoshi Horigome
1

2. SOL=1000[W/m^2],temp1=25[C]
2

3. SOL=1000[W/m^2],temp1=25[C]
0
V1
0
Vsence1
0Vdc
IN1
IN2 OUT
OUT
0.001
OUT
5.818
IN1
IN2 OUT
0
R6
1
OUT+
OUT-
IN
(V(%IN) )
Vsence_solarcell
0Vdc
OUT
1000
V_sol
C:VBHN120SJ21_Case1_PSpicecsv G1.csv
V_temp1
C:VBHN120SJ21_Case1_PSpicecsv T1.csv
0
0
R2
100MEG
R3
100MEG
0
0
N0001
N0002
R7
388.9952n
RSH
116.788
0
RL
100
TEMP
U2
THERMAL_DIODE
V225Vdc
0
Solar Cell Model
IN1
IN2
OUT
( V(%IN1)+V(%IN2) )
OUT
0.00132
IN1
IN2 OUT
3

4. +SOL
TEMP1
U1
VBHN120SJ21_13053_CSV
V1
0Vdc R1
100
Vsence_solarcell
0Vdc
V2
25Vdc
V3
1000Vdc
000
4

5. 75℃
50℃
25℃
0℃
5

6. 0
V1
0
Vsence1
0Vdc
IN1
IN2 OUT
OUT
0.001
OUT
5.818
IN1
IN2 OUT
0
R6
1
OUT+
OUT-
IN
(V(%IN) )
Vsence_solarcell
0Vdc
OUT
1000
V_sol
C:VBHN120SJ21_Case1_PSpicecsv G1.csv
V_temp1
C:VBHN120SJ21_Case1_PSpicecsv T1.csv
0
0
R2
100MEG
R3
100MEG
0
0
N0001
N0002
R7
388.9952n
RSH
116.788
0
RL
100
TEMP
U2
THERMAL_DIODE
V225Vdc
0
Solar Cell Model
IN1
IN2
OUT
( V(%IN1)+V(%IN2) )
OUT
0.00132
IN1
IN2 OUT
6

7. 1000 W/m^2
800 W/m^2
600 W/m^2
400 W/m^2
200 W/m^2
7

8. 0
V31000Vdc
0
V1
0
Vsence1
0Vdc
IN1
IN2 OUT
OUT
0.001
OUT
5.818
IN1
IN2 OUT
0
R6
1
OUT+
OUT-
IN
(V(%IN) )
Vsence_solarcell
0Vdc
V_sol
C:VBHN120SJ21_Case1_PSpicecsv G1.csv
V_temp1
C:VBHN120SJ21_Case1_PSpicecsv T1.csv
0
0
R2
100MEG
R3
100MEG
0
0
N0001
N0002
R7
388.9952n
RSH
116.788
0
RL
100
TEMP
U2
THERMAL_DIODE
V225Vdc
0
Solar Cell Model
IN1
IN2
OUT
( V(%IN1)+V(%IN2) )
OUT
0.00132
IN1
IN2 OUT
8