integration of solid oxide fuel cells and ... - Ea Energianalyse

C. EES
˙Q tr ans;W GHE X 3 = 2,752 [kW ] ˙Q w;add; = 7,748
SHE X 1 ss;i = 60 SHE X 1 ss;o = 61
SHE X 1 ws;i = 56 SHE X 1 ws;o = 57
SHE X 2 ss;i = 80 SHE X 2 ss;o = 81
SHE X 2 ws;i = 76 SHE X 2 ws;o = 77
SOFC ano;i = 5 SOFC ano;o = 6
SOFC cat;i = 14 SOFC cat;o = 15
SPG1 i = 8 SPG1 o;1 = 9
SPG1 o;2 = 10 SPG2 i = 15
SPG2 o;1 = 16 SPG2 o;2 = 17
SPL1 i = 57 SPL1 o;1 = 58
SPL1 o;2 = 75
SysC f g $ = ‘Double’
TOW ER$ = ‘WET’ TOW ER1 w;add = 38 [ kg /s ]
TOW ER1 w;i = 37 TOW ER1 w;o = 39
TOW ER air ;i = 45 TOW ER air ;mp = 46
TOW ER air ;o = 47 T 47;aim = 23,77
T 60SHE X = 69,75 [C ] T amb = 30 [C ]
T amb;dr y = 18 [C ] T amb;evap = 24
T amb;wet = 30 [C ] T DES1;h;i = 85 [C ]
T M I X L1;sat60 = 69,75 T re f = 25 [C ]
T SHE X 2;sat81 = 133 [C ] T SOFC ;av = 750 [C ]
T V B1;sat62 = 36,91 [C ] T V B2;sat82 = 74,67 [C ]
T wb;TOW ER1 = 20,04 [C ] T W GHE X 1;g ;o = 148 [C ]
U air = 0,2434 [-] U f = 0,565 [-]
V A1 i = 52 V A1 o = 53
V A2 i = 72 V A2 o = 73
V B1 i = 61 V B1 o = 62
V B2 i = 81
V cell = 0,7871 [V ]
V B2 o = 82
˙V air ;TOW ER1 = 6,573 [ m 3 /s ]
V Ner nst = 0,9368 [V ] V st ack = 47,23 [V ]
W GHE X 1 g ;i = 20 W GHE X 1 g ;o = 21
W GHE X 1 w;i = 42 W GHE X 1 w;o = 43
W GHE X 2 g ;i = 21 W GHE X 2 g ;o = 22
W GHE X 2 w;i = 34 W GHE X 2 w;o = 31
W GHE X 3 g ;i = 23 W GHE X 3 g ;o = 24
W GHE X 3 w;i = 27 W GHE X 3 w;o = 28
W Q R AT IO;TOW ER1 = 0,02507 [-] Ẇ AC = 55,64 [kW ]
Ẇ BLOW 1 = 3,215 [kW ] Ẇ F AN = 2,465 [kW ]
Ẇ PU MP1 = 0,001598 [kW ] Ẇ PU MP2 = 0,007267 [kW ]
Ẇ SOFC = 58,57 [kW ] Ẇ SOFC ;SOLO = 52,43 [kW ]
Ẇ st ack = 2,907 [kW ] Ẇ sys;net = 49,96 [kW ]
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