Optimal Scheduling of Multi-energy System Considering Economy and Energy Conservation

Table 6

Comparison of exergy input and cost under different situations in summer.

Time (h)	Exergy1 (10^5 kWh)	Exergy2 (10^5 kWh)	Cost1 (10^3$)	Cost2 (10^3$)
1	1.6690	2.9614	5.5345	8.1823
2	1.6155	2.4282	4.6368	7.8956
3	1.5801	1.8434	3.0148	4.0601
4	1.7377	1.9888	3.0318	4.3522
5	1.6338	1.8299	4.2038	5.0703
6	1.9472	1.9594	4.3370	4.5690
7	1.9851	2.9660	4.0999	10.0784
8	2.2176	2.2202	4.4982	5.9145
9	2.2814	3.0203	7.2667	9.4220
10	2.4480	3.1478	6.1120	8.9195
11	2.3175	3.1856	6.7760	9.1697
12	2.3664	3.3958	7.2641	10.8285
13	2.3283	2.7660	4.0028	5.7498
14	2.2228	3.2312	6.3036	9.3766
15	2.2424	3.1498	6.2443	9.1928
16	2.4894	3.2584	6.1148	9.7600
17	2.6997	3.3247	6.6088	9.0703
18	2.4943	3.5097	7.7087	10.7322
19	2.6765	3.3361	4.2649	6.0636
20	2.4788	3.3581	9.1145	13.2069
21	2.6862	3.4717	6.9429	10.5788
22	2.3545	3.3859	6.7801	9.1762
23	1.8696	2.0813	3.8836	4.2246
24	1.9240	2.5040	2.6411	4.6140