Table 2: Optimal hydro discharge and thermal generation for case 1.

Hour Hydro discharge (104 m3) Thermal power (MW)
Q1,t Q2,t Q3,t Q4,t Ps1,t Ps1,t Ps1,t
1 10.2178 9.3298 20.2613 8.8759 36.5463 126.0370 229.7972
2 9.1368 7.1820 19.2544 7.3848 109.8551 211.7697 140.1393
3 9.6459 6.5576 19.4342 8.1820 24.4956 125.4209 232.2091
4 9.6995 7.7044 29.9999 8.0582 102.8291 40.2673 229.5763
5 8.9220 7.1976 23.1773 8.7948 102.7000 124.9082 139.7599
6 8.7120 9.2769 17.3405 8.0073 102.6736 124.9079 229.5235
7 8.6709 6.1667 14.8253 7.4806 175.0000 209.8180 230.1476
8 9.1580 8.6202 14.6216 16.8001 20.0453 209.8169 319.8594
9 9.9018 7.3033 15.4067 15.9997 103.4103 209.8239 319.4229
10 8.1948 7.9247 15.9186 15.1351 102.7299 209.8158 319.2797
11 8.5710 10.0305 15.8516 15.6576 103.8099 209.8162 319.2794
12 10.1380 6.1447 19.9330 16.7290 174.9988 209.8158 319.2790
13 7.5895 11.0777 14.9540 17.4826 102.6748 209.8171 319.2794
14 7.9344 6.1315 28.7997 17.0121 102.6736 209.8163 319.2794
15 7.1356 7.7380 15.0530 18.2715 102.6735 124.9080 319.2790
16 5.8203 7.8071 15.9904 14.8778 102.6735 294.7237 229.5195
17 5.0016 6.6501 19.5098 16.4194 102.6734 209.8158 319.2793
18 5.8185 13.2088 13.0580 17.7778 102.6735 209.8158 319.2794
19 5.0112 7.5769 14.9019 15.8503 102.6735 209.8158 319.2792
20 10.0542 10.1393 15.3120 19.5066 102.6735 209.8158 229.5196
21 5.8088 6.8073 14.8748 17.4938 102.6709 124.9079 229.5196
22 9.0025 7.6751 10.1147 18.6095 20.0055 124.9080 229.5196
23 5.3654 9.9044 12.4956 19.9970 20.0000 124.9070 229.5193
24 9.4895 13.8452 11.9320 20.0000 21.0904 128.6517 139.7697