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1 NEDO , 407
2 NEDO NEDO , NEDO 408
3 NEDO COP COP COP NEDO (
4 NEDO
5 NEDO 2007, NEDO 411
6 NEDO ,242 kl 36% 25% 810 kl 587 kl % % 25% 864 kl 432 kl 216 kl 388 kl 194 kl 97 kl 646 kl 323 kl 161 kl 1,168 kl 584 kl 292 kl 176 kl 88 kl 44 kl 2010 ) 100% 5m 2 100% 200 m 2 30 m m 2 3,242 kl 1,621 kl 810 kl 439 kl ENERGY TECHNOLOGY PERSPECTIVES , IEA
7 NEDO 8.5 MJ/m , NEDO 413
8 NEDO kl kl kl* 90 kl* 12002, , 414
9 NEDO EU MWth Solar Heat Worldwide - Markets and Contribution to the Energy Supply , IEA 8.8 EU m 2 SOLAR THERMAL BAROMETER 2009 EUROBSERV ER 415
10 NEDO kl kl kl 8.9 [] () CIF[ /kl] CIF CIF Cost, Insurance,and Freight 2005 NEDO NEDO % NEDO 416
11 NEDO ,000 25,000 20,000 ( ) 15,000 10,000 5, ,21 24,25 24,48 22,28 16,09 16,58 13,04 11,05 12,87 9, ,025 1,795 1,733 1, NEDO 417
12 NEDO RC 2 5,438 m m kW 2006, NEDO 418
13 NEDO 100 m , NEDO 419
14 NEDO Vau Ban Vau Ban 75kWh/m 2 Vau Ban Van Ban 38 ha 2,000 5,000 15kWh/m 2 Vau Ban NEDO No , NEDO 420
15 NEDO , , 421
16 NEDO (m 2 ) ( ) 25,286,000 42,870, ,000 ( ) 5,480, ,110, , ( ) 3,396, ,670, , ( ) 16,410, ,090, , ( /m 2 ) 216, , , NEF , NEDO , NEDO 422
17 NEDO FRP 10 1 FRP * * 2007, NEDO 423
18 NEDO eta plus COP COP COP , , ( )( )
19 NEDO , NEDO 425
20 NEDO 100 Pe(kW) He (m) Pe (kwh) 9.8 (m 3 /s) He (m)
21 NEDO , NEDO
22 NEDO 1,000kW RPS 19 NEDO ,000kW 8.17 large hydropower medium hydropower small hydropower mini hydropower micro hydropower 100,000kW 10,000kW 100,000kW 1,000kW 10,000kW 100kW 1,000kW 100kW 2003, NEDO Renewable Portfolio Standard 428
23 NEDO 429
24 NEDO 28m 340kW kW 1.6m 3 /s 28m 78% 2,171MWh/ , NEDO 430
25 NEDO kW 1.35m 3 /s 29.8m 1,100MWh/ ( )
26 NEDO ,000kW 4,500MW 1,000kW 2,800MW 1,000kW 220MW 7,520MW ,000kW 10,000kW 469 kwh kwh 230 kwh 4,500MW 1,000kW 4,000MW ,800MW 1 2,000kW MW [MW] [ kwh] 1,000kW 4, ,000kW 2, ,000kW , * 20, ,600 1, ,
27 NEDO RPS Renewables Portfolio StandardRPS kW kwh % 1.0% 1.1% 1.3% 1.4% 1.5% 1.7% 1.8% 1 940TWh , 433
28 NEDO 10,000kW 3,515MW 1, ,000kW [MW] [MWh] 1,000kW ,268,665 1,000kW 3,000kW ,181,420 3,000kW 5,000kW ,312,857 5,000kW 10,000kW 287 1,942 10,028,377 10,000kW 1,344 3,515 18,791, ,000kW RPS MW RPS [MW] RPS 21 RPS 434
29 NEDO
30 NEDO 436
31 NEDO km km 1,000 70% , NEDO ,
32 NEDO RPS , NEDO , 24 Renewable Portfolio Standard 438
33 NEDO GW [ ] [MW] 2008 [MW] , ,000 3, , ,000 1, , , , , , 1, IEA Geothermal Energy Annual Report , IEA 8.26 [MWe] 30,000 25,000 20,000 15,000 10,000 5, [ ]
34 NEDO ,540MW /kwh 670MW 15 /kwh 930MW 20 /kwh 1,130MW /kwh 670MW 41 kwh 15 /kwh 930MW 57 kwh 20 /kwh 1,130MW 69 kwh 240MW 15 kwh 70% 2009, 440
35 NEDO % 9,500MW ,000MW ,435MW ,000MW 7,000MW 9,500MW 2009, GW GW MW 530MW 530MW 1,200MW , 441
36 NEDO GW International Partnership for Geothermal Technology (IPGT) ORMAT GW TWh/ Bertani(2005) 2008, 1, 442
37 NEDO , 1, 8.32 Altheim MW Blumau MW Neustadt-Glewe MW ( ) Landau MW Bruchsal MW Unterhaching MW Soultz-sous-Forêts MW Ribera Grande MW Oradea 0.2MW Aydin-Salavatli MW Kizildere Binary 5.0MW Canakkale 7.5MW NEDO NO
38 NEDO 8.33 [MW] Chena Hot Springs Near Fairbanks Constellation Power and ORMAT Sierra Nevada (MAMMOTH PACIFIC I) Mountains/Mono Ormat North Brawley Puna Geothermal Venture* 1 Pahoa ~35 U.S.Geothermal(RAFT RIVER UNIT) southern Idaho Constellation Energy(SODA LAKE I) Fallon Steamboat Development Corp. (STEAMBOAT II) Washoe Ormat (GALENA 3) Reno Enel North America(COVE FORT II) Cove Fort 1990 (6.5)* NEDO NO MW ,000kW 220kW MW [kw] 23, , ,
![3,300 1999.3.25 NEDO 1 2 () 1 2 [kw] 55,000 1 55,000 2 2,000 50,000 1 30,000 2 1977.6.24 1990.6.22 2006.4.1 1978.5.26 1996.3.1 50,000 1982.11.26 28,800 1994.3.4 30,000 1995.3.1 50,000 1995.](/docs-images/91/106345016/images/39-0.jpg "3.2 65,000 1995.5.25 30,000 1996.3.1 25,000 1996.11.1 1,900 2006.4.1 220 2006.8.9 50 1991.10.19 9,500 1974.6.17 990 2000.12.1 535,260 2008, NEDO 8.35 2008, NEDO 445")
39 3, NEDO 1 2 () 1 2 [kw] 55, , ,000 50, , , , , , , , , , , , , NEDO , NEDO 445
40 NEDO 2004 RPS 2,000kW ,000kW 2,230kVA 0.9 1,720kW 1.09MPa* t/h MPa* t/h 64.14t/h 2 * MPa 446
41 NEDO , Mary H. Dickson, Mario Fanelli IGA 447
42 NEDO , Mary H. Dickson, Mario Fanelli IGA
43 NEDO EGS Enhanced Geothermal Systems EGS hot dry rock HDR 2 28 NEDO NO
44 NEDO 8.38 NEDO NO
45 NEDO kW , ( ) 451
46 NEDO & & & 452
47 NEDO && & 2008, 453
48 NEDO % 8,330MW ,330MW 2009, kw ( ) 2009, 454
49 NEDO MW 50kW 30kW , Gate Day Japan, 455
50 NEDO ,330MW MW ,070MW MW 171MW 1,070MW 0MW 228MW 1,342MW 0MW 275MW 1,514MW 53 60% 70% % 80% , 456
51 NEDO 2002 ( ) 29 10kW 30 50kW ( ) 31 NPO ,318TJ NEDO 31 NEDO
52 NEDO ( ) NEDO 2007 kg/s / 85 / / kw 1, , kw 1, , kw kw kw % kg/kw-h watt-h/kg , NEDO 458
53 NEDO ,567m L/ 2 1,005MJ/h 720MJ/h 2 1,005MJ/h 72kW 2008, NPO , 459
54 NEDO kW NEDO ( )50kW 34 50kW , NEDO 460
55 NEDO kW 2009, ( ) Ca(HCO 3 ) 2 CO 2 ph 461
56 NEDO 1 100kWh , NEDO L/t , 462
57 NEDO , NEDO , NEDO , NEDO 463
58 NEDO , NEDO
59 NEDO kl 50 kl , t/ 0.5t/t 0.7 kl 67.7 t 2, t/ 1.4t/t 1.1 kl t ( 1/2 ) (5 ) ,894 1,000m 2 / 0.4t/m 2 2,675.7 t 2, ,443 1,544 8, m 2 / 0.4 t/m t 8,768 2,000m 2 / 0.4 t/m t 2, m 2 / 0.4 t/m t m 2 / 0.4t/m 2 4,100 t m 2 / 0.4 t/m 2 3,264 t 103, m 2 / 0.4 t/m 2 1,032.3 t 103,230 1,000m 2 / 0.4 t/m 2 4,129.2 t 3,469 1,000m 2 / 0.4,t/m t 25.9 kl 1.7 kl 6.8 kl 0.3 kl 39.8 kl 31.6 kl 10.0 kl kl 1.3 kl 27.7 kl 8.8 kl 71.4 kl 51.3 kl 159 kl , 39 1t 9.695L/t 465
60 NEDO H11 (a) 18,763 m 3 / 1,936 m 2 9.7m 3 /m 2 (b) t/m (c) (d)=(a) (b) (c) 18,760 m 2 109,112 t (e) (f)=(d)/(e) 277km t/km 2 (g) / (h)=(f) (g) t/km 2 (i) (j)=(h) (i) (k) (j) (k) 191,989km 2 5,100 t 9.695L/t 50 kl H , 466
61 NEDO kl kl kl* 5 kl* 12002, , 467
62 NEDO ,
63 NEDO 2008, 469
64 NEDO , ,500t 3,696m 3 NEDO 42008, 470
65 NEDO 23 C 25 C t 750m 2 NEDO 42008, 471
66 NEDO t 348 m m 2 VAV FCU RA SA NEDO 42008, 472
67 NEDO P , Vol
68 NEDO BOD 44 BOD CO 2 BOD m , Vol BOD CO 2 44 Biochemical Oxygen Demand BODBOD
69 NEDO , Vol
70 NEDO km m km
71 NEDO 8.60 (a) (b) (1) (2) (3) , 477
72 NEDO IEA-OES TWh TWh/ Annual Report , IEA-OES 48 IEA (Implementing Agreement on Ocean Energy Systems) 478
73 NEDO OEA-J MW MW ,600MW kwh/ 175 kwh/ 4 kwh/ 20 kwh/ 200 kwh/ 0 MW 0.6 MW 130MW 760MW 7,600MW (0.01MW : 30 ) (1MW : 100 ) (1MW : 310 ) (1MW : 600 ) (0.1MW : 3 ) (5MW : 6 ) (5MW : 50 ) (5MW : 200 ) (10MW : 20 ) (10MW : 600 ) 30% 2008, Marine Current Turbines MCT m 2 300kW Seaflow SeaGen 1.2MW RWE npower MW Roosevelt Island Tidal Energy (RITE) Verdant Power kW 2 10MW 8, MW Uldolmok MW Hadong Wando-Heonggan
74 NEDO 1980 ( ) 2002 MW 8.64 European Marine Energy Centre EMEC 50 EMEC DTI EMEC Narec m 8.65 EMEC EMEC 50 EMEC 51 Narec 480
75 NEDO SeaGen MCT MW SeaGen ESB Independent SeaGen kW SeaGen 1.2MW 16m 40.7m 2.4m/s Oceans of Energy : Marine Renewable Energy Technologies 2010, World Future Energy Summit, (Marine Current Turbines Ltd) 481
76 NEDO Uldolmok Uldolmok MW MW KORDI Korea Ocean Research and Development Institute Korea Times , Tidal Energy at the Uldolmok Strait, Korea 2006, Global Coral Reef Alliance 482
77 NEDO EMEC European Marine Energy Centre P
78 NEDO % ( MW 8.67 Future Marine Energy Results of the Marine Energy Challenge: Cost competitiveness and growth of wave and tidal stream energy 2006, Carbon Trust 484
79 NEDO MCT Marine Current Turbines Sea Gen Cavitation) 2008 MCT Sea Gen Sea Gen NEDO NO.1044,
80 NEDO MW (2MW MW 1/50 2MW 33m 50m 2.5 m/s 2009, ( ) 486
81 NEDO m/s 3.6m/s 2002 km 300kW 11m 26m 2.5m/s Vol.1(2003.9) 487
82 NEDO ( ) m 65cm 3 200W NT kW 3m 6m m/s NOVA WATER TUNA 488
83 NEDO
84 NEDO 5m 10m 4.9 m 8.69 (m) Moncton 16.0 Severn 15.5 Jordan 15.4 Fizroy 14.7 Granvill 14.5 Rance 13.5 RioGallegos Bhaunagar 12.0 Anchorage 12.0 Anadory , IEA-OES TWh TWh/ Annual Report , IEA-OES 54 IEA (Implementing Agreement on Ocean Energy Systems) 490
85 NEDO m 8.5 m MW MW 600,000MWh 68MW m 240MW 600,000MWh 68MW MW km 400kW MW 8.72 Tidal Energy 491
86 NEDO NEDO 492
87 NEDO 493
88 NEDO W 100W 200W
89 NEDO 8.75 Bi Te Pb Te Si Ge Ir Sb Zn Sb ,, 2008, % % 3.5 GWh/ 2008, 99 96(1999) NEDO kl/ , NEDO 495
90 NEDO * LP 2005, ( ) 496
91 NEDO V , mm 500mm 17W
92 NEDO % NEDO , W , W 498
93 NEDO ZT ZT ZT S 2 /T S V/K /m /(K) TK
94 NEDO ZT 8.79 S V/K /m /K Vehicular Thermoelectrics Applications Overview, U.S.Department of Energy, 2007 Diesel Engine-Efficiency and Emissions Research (DEER) Conference ZT ZT ZT ZT ZT
95 NEDO 8.80 PbSeTe/PbTe Quantum-dot Superlattices (Lincoln Lab) Bi 2 Te 3 /Sb 2 Te 3 Superlattices (RTI) Thermoelectric Developments for Vehicular Applications, U.S.Department of Energy, 2006 Diesel Engine-Efficiency and Emissions Research (DEER) Conference , ( ) 501
96 NEDO LCA ZT Zn-O Na-Co-O , Vol.58 No ( ) , NEDO 502
97 NEDO BaTiO 3 ABO 3 A B O 1955 PbZrO 3 PbTiO 3 PZT Pb(Zr,Ti)O 3 PZT Zr Ti PZT 3 PZT Pb Ca Ba Sr Mg PZT 503
98 NEDO 8.83 PZT d 33 pc/n 8.84 d PZN Pb(Zn 1/3 Nb 2/3 )O 3 PMN Pb(Mg 1/3 Nb 2/3 )O 3 63 PbTiO 3 PZNT PMNT d d , Vol.59, No.10 Tc BaTiO 3 130PZT 350 Tc BaTiO 3 80PZT 250 d 33 PZNT 175PMNT 155 PZT 63 Pb(B 1,B 2 )O 3 relax 504
99 NEDO 8.85 AN : AlN() BT : BaTiO 3 BIT : Bi 4 Ti 3 O 12 GP : GaPO 4 KN : KNbO 3 LF4 : (K 0.44 Na 0.52 Li 0.04 )(Nb 0.86 Ta 0.10 Sb 0.04 ) 3 LGS:La 3 Ga 5 SiO 14 LN : LiNbO 3 PN : PbNb 2 O 6 PT : PbTiO 3 PZNT : 0.92Pb(Zn 1/3 Nb 2/3 )O PbTiO 3 PZT : Pb(Zr 0.52 Ti 0.48 )O 3 SO : SiO 2 AlN GaPO , 505
100 NEDO NEDO JR 4 kl/ IC GW 65 JR ( ) 8.87 ( ) NEC ( ) m kWs 90m kWs m 2 LED m 2 LED m 2 0.1W JR ( ) 64 / / 2007 NEDO 65 ) 506
101 NEDO 2007 NEDO JR , JR 507
102 NEDO Pb Power MEMS(Micro electro mechanical systems) 66 ZnO PZT Pb(Zr,Ti)O 3 RoHS 67 PZT PZT 66 MEMS
103 NEDO 99% 509
104 NEDO ,
105 NEDO
106 NEDO ,143PJ 10,845 kl 68 3,602PJ 9,430 kl ,967PJ 13,003 kl 69 83% 73% ,024,641 TJ/ 1,286,971 TJ/ 2,682 kl 3,369 kl 4,860 TJ/ 13 kl 2,829,097 TJ/ 2,546,187 TJ/ 7,406 kl 6,665 kl 20,389 TJ/ 20,389 TJ/ 53 kl 53 kl 6,253 TJ/ 6,253 TJ/ 16 kl 16 kl 4,142,710 TJ/ 10,845 kl 3,602,330 TJ/ 9,430 kl 2007, 8.93 PJ/ 0 1,000 2,000 3,000 4,000 5,000 6,000 1,030 2, ,135 2, , 2007,
107 NEDO kl kl kl* 5 kl* 12002, , 513
108 NEDO * ( )
109 NEDO 1, ha H ,798m 2 H ,563Mcal/h 2,000RT 650RT 1,560m
110 NEDO ha H ,000m 2 H , ( ) 516
111 NEDO ha H ,283m 2 H ,055kW 3,516kW 2,989kW 3,780m 3 810m , NEDO 517
112 NEDO 2km 0.5km ,
113 NEDO COP COP COP5 COP PCM Phase Change Material COP
114 NEDO 0.5km 2km 10 20km , EPOC
115 NEDO m 3 521
116 NEDO 17 COP , COP , NEDO ( ) 522
117 NEDO 10cm m , NEDO ,083PJ 39,484 kl 79 9,999PJ 26,175 kl ,967PJ 13,003 kl ,510,138 TJ/ 22,278 kl 8,510,138 TJ/ 22,278 kl 6,297,806 TJ/ 16,486 kl 1,299,484 TJ/ 3,402 kl 274,891 TJ/ 720 kl 189,358 TJ/ 496 kl 15,082,835TJ/ 39,484 kl 9,998,980 TJ/ 26,175 kl 2007,
118 NEDO kl kl kl* 5 kl* 12002, , ( ) 524
119 NEDO ,600 USRT 14,233 MJ/h MJ/h MJ/h 2 1,600 USRT 1 4,800 USRT 29,286 MJ/h 5,003m ha ,450m
120 NEDO MJ/h 13 MJ/h 3 800m ha ,800m , NEDO 526
121 NEDO
122 NEDO 3 5 /m 1 2 /m , NEDO COP , NEDO ( ) 528
123 NEDO
124 NEDO P
Microsoft Word _現＿一括ファイル _仮__.doc
再生可能エネルギー特集 地熱井涵養システムバイナリープラント 欧米の地熱発電の開発状況 米国の地熱エネルギー米国は依然として地熱発電容量の点で世界首位であるが 新規発電容量を計画している 2009 年 3 月 地熱エネルギー協会注 1 (Geothermal Energy Association: GEA) は 米国の地熱発電およびその開発状況についての最新の調査結果を発表した注 2 現在の米国西部
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ISSN 1349-1229 No.416 February 2016 2 SPECIAL TOPIC113 SPECIAL TOPIC 113 FACE Mykinso 113 SPECIAL TOPIC IUPAC 11320151231 RI RIBFRILAC 20039Zn30 Bi83 20047113 20054201283 113 1133 Bh107 20082009 113 113
新潟県地域新エネルギー重点ビジョン報告書
232 1. 2. 3. 4. 5. 6. 7. 8. 9. 1 1,000[kW] 100[kW] 4 100[kW] 2 () 3 100[kW] 4 () () 5 6 46 7 - 7.8[kWh] 15or20[kWh] 8 9 16 (8) 24 (12) 21 (11) 32 (16) 98.7 176 29 RPS 116 41 44 (22) 5 30 (15) 14 (7) 10
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