PEFC 1 6 PEFC % CO FC FC 36 LHV 10 FC 1 DSS 8 8.5kW FC 342
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- しげのぶ わしあし
- 5 years ago
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1 PEFC 10kW PEFC kW PEFC 1kW PEFC NEF 1kW FS NEDO FC PEFC km LPG NEDO PEFC 341
2 PEFC 1 6 PEFC % CO FC FC 36 LHV 10 FC 1 DSS 8 8.5kW FC 342
3 2 PEFC 8 9kW PEFC DSS DSS 10kW CO 90 FC
4 3 NEDO NEDO DSS MEA 17 3 MEA 2 4 DSS OCV 10 DSS MEA NEDO MEA 17 2 MEA 344
5 5 PEFC NEDO FC FC NEDO NEDO 345
6 PEFC DSS FC SOFC PEFC 1kW PEFC 346
7 PEM FC FC PEFC
8 PEFC MEA EW / NEDO NEDO X % 3,000 X-2 OCV X-3 X-3 348
9 349
10 FC % s/cm % FC 5, FC OCV FC 6 10 FC FC 350
11 PTFE PTFE TFE HF 351
12 200 m 2 30 /m 2 3,000 /m 2 FCV 1,000 2,000 m 2 1,000 /m 2 FCCJ 1,000 m 2 1,000 /m 2 FC 1,000 m 2 1,000 /m 2 PEFC FCV PEFC PEFC FCV FCV FC 352
13 FC FC FC 353
14 354
15 % , XI-1 No.1 Fumed Metal Oxides No.1 Supermetals No.1 Inkjet Colorants 355
16
17 Superior Micro Powders R&D 1990 Superior Micro Powders 2000 MEA DOE 2003 Superior Micro Powders DYNALYST PEFC DMFC PEFC DMFC CCM Catalyst Coated Membrane MEA 357
18 3 PEFC 10 DMFC g MEA XI-2 MEA MEA PC XI XI-4 XI-5 XI-6 MEA 358
19 359
20 360
21 1 3 PEFC XI
22 2 3 / XI-8 XI-8 XI-9 CRC Corrosion Resistant Carbon XI-10 New Cabot Carbon CRC CRC 105 CRC XI-11 MCB Modified HSAC CRC CRC MCB CRC 362
23 363
24 NEDO DOE NDA PEFC DMFC 364
25 PFFC NEDO NEDO NEDO PEFC 365
26 NEDO PEFC 2004 NEDO 04 NEDO SUS316L 40% NEDO a b MEA a+b a b MEA NEDO / NEDO 1 / 5 / FCV1, FCV150 NEDO 100cm g FC 2 MEA NEDO 2 366
27 -2 20W 70cm 2 9, A/cm 2 5 1, , kW NEDO NEDO MEA 367
28 60 / 80t t /3 1 FCV 20 FCV / Nuvera 1 MEA 368
29 MEA LCA NEDO FC MEA 369
30 SUS316L 5 NEDO 3 FC FC 370
31 PEFC PEFC / PEFC 1 NEF
32 2 0.15mm 2 MEA NEDO NEDO 0.2mm PEFC 372
33 4 LCA LCA 100 LCA NEDO 5 NEDO 17 2 JST 5 NEDO 5 10 ZEV FC 373
34 374
35 ECO SOFC PEFC SOFC JHFC2 SOFC PEFC 2009 PEFC 1 PEFC 750W 700W W 700W 1 1 FC
36 * * S/S 2 NEDO MEA 30 PEFC W 750W 1kW LPG 36,000 3,000 LPG 9 MAX 376
37 L L 377
38 5 NEF W 750W MEA FCCJ METI 378
39 ,000 30, cc 4 OHV 22.5%(LHV) SOFC 1 SOFC SOFC SOFC LHV PEFC SOFC -4 SOFC PEFC SOFC 379
40 2 SOFC SOFC NEXT kW SOFC SOFC 380
41 3 700W SOFC 1kW 700W SOFC mm 540mm 350mm LHV kg 100kg 2 PEFC 70L SOFC NEDO NEF SOFC NEF NEF SOFC SOFC 6 NEF 4 PEFC SOFC NEDO 5 SOFC PEFC SOFC 381
42 1-5 HYSERVE JHFC 2 JHFC 1 HYSEVE100 WE-NET WE-NET FCV FCV 202 2,245N 3 382
43 2 PSA HYSERVE 11 30Nm 3 /h 100Nm 3 /h 2 300Nm 3 /h 30Nm 3 /h HYSERVE30 3 JHFC HYSEVE30 40MPa -6 35MPa 0.7MPa 10kW Nm Nm
44 384
45 4 NEXT21 PEFC PEFC 500W 8 700W 3 500W 700W
46 SOFC SOFC PEFC SOFC CNG 386
47 LP JOMO JOMO SS 45,000 3,700 LPG 4 6 LPG NEF JHFC 387
48 ETBE 7 50 SS 100 1,000 SS ETBE SS kl ETBE ETBE ETBE 388
49 FC 1 PEFC PEFC 15 NEF 5kW NEF 16 2 FC LPG 17 NEF LPG LPG 18 LPG 24 FC FC kg 100kg 100kg 2 SOFC kw SOFC 10kW SOFC 40 HHV 389
50 1 JHFC JHFC NEDO MPa XV-1 390
51 2 XV-2 30 NEDO wt 6.17 wt % wt SS PEC 391
52 Nm Nm 3 5 JHFC FCCJ ZEV plug-in HEV PR 392
53 JHFC PEC SOFC 3 PEC NEF FC FC SOFC FC SS 393
54 394
55 EV EV % , HEV BEV HEV ECU
56 1996 EV EV EV-95 95Ah 10 EV EV-28 28Ah HEV BEV BEV 2003 BEV ZEV EV 396
57 HEV HEV HEV 50 / 100 /
58 HEV W W SUV 1 13% 2 33% % % 2.5 SUV 1 2 / HEV 398
59 399
60 HEV ECU SOC / 100 / VE Value Engineering FCV HEV 400
61 2 HEV EV HEV HEV 401
62 HEV HEV HEV W HEV /W /Wh HEV HEV 10 /kwh 10 /kwh 10 /kwh HEV 3 /kwh HEV 3 HEV
63 HV Li-ion HV Wh/kg W/kg 2,300 2,500 2,500 Wh/L W/L 4,600 5,000 5,000 Wh/kg W/kg 1,800 2,000 2,000 Wh/L W/L 2,200 2,400 2, /kwh HEV HEV 403
64 404
65 / FCV JHFC 18-1 FCV FC FC 2 FC FC
66 406
67 ,100m 2 30Nm 3 /h HYSERVE MPa 650Nm 3 4 B 0.15MPa 0.8MPa HYSERVE-30 40MPa 407
68 30Nm3/h 2.7kg/h 4 650Nm3 40MPa 35MPa FCHV FC kg FCHV
69 3 FCHV FC FCHV FC FC m m MPa 297Nm 3 107L
70 2 1 3 RX-8 FCHV FCHV1 FC 410
71 /day 2 3 /day 1 411
72 412
73 FC EXPO FC EXPO HESS FCDIC FC EXPO 2/27 9:30-12:10 FC-1 FC-5 FC-9 13:30-15:30 2/28 9:30-12:10 FC2 FC6 FC10 12:30-13:30 14:50-17:30 FC3 SOFC FC7 FC11 2/29 9:30-12:30 14:50-17:30 FC4 SOFC FC8 FC12 413
74 ( ) JHFC Daimler F-Cell FCX FCHV( 500km ) Intelligent Energy FC 35MPa 75kW
75 FC Dill
76 1 United States Department of Energy(DOE), Energy Efficiency and Renewable Energy, Chief Operating Officer, Paul Dickerson DOE EERE Paul Dickerson 2030 CO2 EERE GHG EERE FC FC FC 2010 $45 kw 2015 $30 kw 2002 $275 kw $94 kw FCV 100 FCV GM FCV 416
77 2 FCV kW PEFC , , CO SOFC IT 5 50 Cool Earth JHFC FCV FCV WtW FCV 20 FC FC-Cubic HYDROGENIUS HYDROSTAR FCV 417
78 3 NOW National Organization Hydrogen and Fuel Cells Technologies, Managing Director, Klaus Bonhoff NOW National Organization Hydrogen and Fuel Cells Technologies Klaus Bonhoff The European Joint Technology Initiative JTI the German National Innovation Programme NIP Zero Regio MPa 70MPa GM FCV Equinox 160km/h 4.5kg 320km Daimler 2010 FCV FCV FCV FCV The European Joint Technology Initiative JTI the German National Innovation Programme NIP JTI JTI FC FC NIP 418
79 Los Alamos National Laboratory, Institute for Hydrogen and Fuel Cell Research, Alternative Energy and Infrastructure, Program Director, William Tumas FCV DOE DOE FY09 59M 3 Reversible metal hydrides Adsorbent materials Chemical hydrogen storage DOE 1kg FC7 1 Honda 2 HONDA FCV HONDA FC FCV HES FCV FCV FCV 419
80 MEA HONDA FCV FCV 2005 FCX V FLOW FC HONDA FC
81 2 FC FC CO2 FCHV FCHV MPa km km LA#4 740km FC FC FC Pt 1/ km FC 1/10 1/10 1/10 FCHV FC 421
82 FCV/ 3 FCV 2010 NG2010 FCV NG2010 CO CO FCV 150km 35MPa 370km 70MPa 500km FCV FCCJ FC FC-Cubic FCCJ NEDO 422
83 1 ( ) FCV NEDO FCV FC FCV FC 2 PEFC ( ) MEA MEA Unzipping Reactions Unzipping Reactions 2 423
84 MEA MEA MEA 3 PEFC University of Texas at Austin, Mechanical Engineering, Assistant Professor, Jeremy P. Meyers PEFC FC PEFC PEFC ( ) PEFC FC-Cubic FC-Cubic FC
NASA MPa 2003 NEDO MPa 3 Type4 Type3 Type4 Type3 100% CNG
20 9 18 14 00 16 10 1913 1949 2 1989 9,500 275 127 2007 1 4 5 1996 1 4 2 3 2 3 69,600 11 4 5 JTEKT NTN GKN 345 1994 1996 1997 1999 2001 2001 NASA 5 2002 70MPa 2003 NEDO 2005 70MPa 3 Type4 Type3 Type4 Type3
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1 14 17 1 (JHFC ) 9 9 9 9 10 11 11 12 12 13 15 15 17 18 19 FCV( 19 19 1015 25 FC 28 28 30 33 33 33 34 37 42 44 49 i 49 70 95 95 95 95 96 97 97 97 FCV 103 103 103 104 105 105 106 107 107 108 110 111 113
FC EV FC EV R&D JFE JFE JFE 2
CS CS METI NEDO NEDO NEDO NEDO NEDO NEDO NEDO NEDO NEDO 1 FC EV FC EV R&D JFE JFE JFE 2 MB MB 2 Gr NEDO NEDO NEDO NEDO NEDO NEDO 27 A-1 A-2 (1) 3 (2) B-1 D-1 (1) (2) (3) B-2 (1) 70MPa (2) (3) D-2 (1) -
2015 < ITS > 2
2010426 1 1 Email: daisho@waseda.jp 2015 < ITS > 2 3 SPM 050 g/m 3 51100 101200 201400 401600 601 2006125 19 2010 NO2SPM NOxPM 20099 PM10 PM2.5 NOxPM PM g/kwh 0.20 0.15 0.04 0.02 WHDC 03 EU 2015 2016 WHDC
2
1 2 Well to Tank 1-1 1-8 3 - 1 4 J-001 J-002 J-003 J-004 J-005 J-006 12 WE-NET 1 14 WE-NET 1 10 WE-NET 7 Shell UTC-FC FCV NEDO () NEDO () NEDO () () () VOL24 NO.2 2003.3 13 14 NEDO 2001/3 NEDO 2003/3 NEDO
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4 4-1 4-1-1 PEFC 2001 8 13 PEFC 4-1-1 4-1-3 189 4-1-1 2001 8 8 190 4-1-2 2001 8 8 191 3) 2010 4-1-3 FC 20032004 2010 65LHV55HHV 25 1) 1.3kWL 5,000 12 36 10 4,000 kw 30L 83LHV92HHV 25 2) 1,000 kw 5,000
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Hydrogen Infrastructure Transition and Cost (S. Unnasch, TIAX LLC) GHG 11-73 11-74 11-73 GHG Well-to-Wheel 11-74 2065-174 - FAST SLOW 11-75 11-76 2005 2035 30 30 11-77 11-75 11-76 11-77 30-175 - 2015 5
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スライド 1
2010 3 25 1 Email: daisho@waseda.jp 2 2006 12 5 19 2010 NO2 SPM NOx PM 2009 9 PM10 PM2.5 3 IEA World Energy Outlook 2009 4 / 180 160 140 120 100 80 60 40 20 WEO 2008 0 1980 1990 2000 2010 2020 2030 WEO2008
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() 5 8 80% 17 2 366 3,300 () CO2 17 10 1000kWh =0.257KL 1000 =1.16KL 80% 40% 30% 20% 278,000kWh ON 26 22 ON 2 1 1 1 4-2 OFF ON 2 1 1 kw \ \ 1 1 ( 1 1 ( 40) 2 10 ()10 ) 1 (100V) (200V) kwh kwh 1kWh 1kWh
EV Toshio Hirota, Environmental Research Institute, Waseda University, Japan 2
2012 12 18 EV hirotat@aoni.waseda.jp Toshio Hirota, Environmental Research Institute, Waseda University, Japan 1 EV Toshio Hirota, Environmental Research Institute, Waseda University, Japan 2 EV PHV *EV:
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-1- 1 2 3 1 2 1 2 3-2- 100 2 4 6 ICPP 140 0.6 0.2-3- 6 5 9 2006 COP 1997 2008 2012 1990 6 2010 +0.6 2002 1990 +12.0-4- -5- 2005 3 2030 2010 2002 7.6 6.5 2.8 16.8 2.3 3 2006 2005 2010 CO2 520 1.2-6- 8 5
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5 TIAX TIAX 15 Acorn Park, Cambridge, MA, USA 2008 11 17 15 30 18 00 Kenan Sahin, Ph.D. CEO & Founder Brian M. Barnett, Ph.D. Vice President, Technology Tom O Donnell Director, Business Development Stephen
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6 Infraserv Höchst Infraserv Höchst (Infraserv GmbH & Co. Höchst KG) C 526, Industriepark Höchst, 65926 Frankfurt am Main, Germany 2008 1 8 10 00 12 30 Dr. Heinrich Lienkamp Department Head, Process Engineering
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10 100 CO 2 0.392kg-CO 2 /kwh 5% CO 2 0.555 kg-co 2 /kwh 0.392 kg-co 2 /kwh 5 5 1000kW 1000kWh kwh 15 10 CO 2 CO 2 CO 2 19 197 197 202 640kWh 1,400kWh 880kWh 640W 6,400 1,400kW 14,000 880kW 8,800
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1 Contents 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 2 1. 2. 3 3. 1 2 4 4. () () 5 4. 6 5. 7 6. 8 7. 1. 2. ( ) 3. 8 9 1. 1. 2. ( 2. (( ) ) 3. 3. 4. 4. 5. (PMV) ( ) 5. (PMV)( ) 6. 7. 20 1. 2. ( ) 3.
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日本における燃料電池の開発 Fuel Cell RD & D in Japan 2017 since 1986 一般社団法人 燃料電池開発情報センター Fuel Cell Development Information Center
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スライド 1
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37 70,500 135,000 27,700 11 37,400 60,400 8,900 5 40,900 64,900 26,600 4 40,100 47,200 29,700 2 30,500 37,100 24,000 36 62,800 132,000 4,800 20 50,800 72,300 10,800 60 2 7 12 17 67,900 74,872 80,133 83,500
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レポート本文電力自由化2000年4月.PDF
No.80 May 2000 2000 3 21 27 1995 31 2000 3 21 IPP 1 3 1 LNG 2 99 5 2000 3 21 31 95 12 95 IPPIndependent Power Producer 2000 2,000kW 2 27% 95 7 95 96 98 3 IPP 566 kw 2,583 kw 566 kw 104 W 670 kw 99 5 10
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