B1-2 - 情報システム学会ISSJ
Contents
1. RY 7 1 40 9 35 1 35 a 30 3 30 9 25 5 J 2 20 2 po 10 io 5 5 0 1 0 i 10 110 210 310 410 510 610 710 810 910 PSEHMNSRHS83RG3SREIS8SSG kWh 1 kWh 4 A 5 42. 2 SOFC 2 3 4 5 6 2
3. Web 7 8 400 kWh 33 m 6 1m 12 SkWh 33 m 412 5 kWh 2 15 kWh 26 51 Wh 300 kWh 30 23 kWh 334 22 20 27 x720 75 26 51 x 300 120 30 23 x 400 300 10 257 33 m B 6 8
4. 9 3 3 E LJ 5 1 3 1 32 5 10 7
5. 1 2009 E 1 9 1 P kWh 1 Sizz
6. 1 1 PEFC 2 SOFC 2 PEFC 1 SOFC 2 SOFC 2
7. 258 1 PEFC http www osakagas coJp rd fuelcellpefc index html 2 SOFC http yww osakagas co jp rd fuelcellsofc index html 3 typeS p 4 NEF http www nef or jp sofc share pdf h22y pdf 5 i http home osakagas co jp search buy enefarm about economy html 6 https wwweS osakagas co jpD custserv ryokmhyo1001 html eisan 7 A http www1 kepco coJp ryoukin dento a html 8 http home osakagas coJp search 9 http home osakagas coJp price menu profitable p 01 html 6
8. 1 700W 700W PR 2 700W 700W TO _ 10
9. 1 2 NEF 1 H22 1 2 1 2 LHV i LHV 45 pe T 41 45 41 40 36 40 e Er 36 35 32 35 32 30 1 27 30 27 1 2 H21 ko SY ee 20 18 15 14 15 4 14
10. 2 i A 7 120 kWh 400 kWh H 7 1 20 27 kWh 3 120 kWh 300 kWh 9
11. U gt 308 5 10 75 80 4 FH S 10 5 10 Nn 186 5 10 279 557 5 2 2 238
12. S gg L152 x gg 308 kWh S ma 0 68 XP spag 776 kWh 1 1 kW 0 05 10 10 39 39 49 49 0 3 34 84 40 77 75 61 0 7 46 30 42 86 89 16 3 2 3 4 RS 2 3 900 C
13. 5 956 7 RS 4 A 1 kWh 5 1 kWh 5 1 kWh 10 4 1 kWh 25 4 7
14. NR PM 1kWh 6 500 25 3 KS M H
15. l 5 l 70 4 2 128 258 93 1 i lt EE E EE m 10
16. 412 5 kWh 306 4 x 0 7 214 5 kWh 733 6 kWh 733 6 72 5 214 5 9 37 6 kWh 9 1m 12 SkWh 274 5m3 9 382 84 24 x 7090 8363 10 nl 120 kWh A 6 33422 20 27 x720 75 2262 11 8 363 2 462 10 823 16 781 10 823 5 956 4 3
17. 9 Proposal of a linear apDproximation to reDresent behavior of home fuel cell Naoto Shibano Rei Inoue Motomu Toyokawa Shigeo Kaneda Doshisha University Graduate School of Science and Engineering Doshisha University Faculty of Science and Engineering SOFC
18. 1kWh 10 d 6 500 1kWh 10 70 10 A 186 10 E
19. kWh 1 S AlkWh Ogg L152 x Pgwg 308 kWh S aag 068 Xx gg 76 kWh 2 3 1 SOFC Hz CO 700 W 46 5 90 3
20. 10 9 10 9 H21 H21 22 4 3 H21 H21 22 4 i 6 H22 H22 03 9 H22 H22 03 9 00 0 2 04 kW 09 0 0 0 2 0 4 0 6 0 8 gt E gt 2 1 3 2 3 ae i ih 2 1 2 TH 1 1 P mm kW S szzg kW R 0 9968 Sh 7 92 XP gg 8 kW 3 S kW R 0 9954 Sg 068 XP gga 0161 kW 2 24 x 30 1
21. 7260 159 50 x 33 6 524 8 1 10 257 6 524 16 781 4 2 70 70 CR 3 8 400 kWh 9 70 400 x 0 3 120 kWh P 400 x 0 7 280 kWh 5 6 S 733 6 kWh S mma 306 4 kWh 70
22. buy enefarm about energysavmg html 128 186 1 MM 279 557 1
23. 257 6 512 16 769 2 463 8 294 10 757 6 012 5 2 463 8 166 10 629 6 140 128 10 2 463 8 036 10 499 6 270 258 5 2 463 8 201 10 664 6 105 93 10 2 463 8 108 10 571 6 198 186 5 2 057 8 421 10 478 6 291 279 10 1 652 8 548 10 200 6 569 557 6 5 10 10 93 5 CEMS 2 700W 10 IkWh 5 10
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