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2 6 4 2 GW GW 2523 8 2-31 21 4 11 4-1 ( 21% 11% 36% 3% 114GW 38% 13% 22% 25% 1971 198 199 25 21 22 23 1% 1% 25 38,5 23 49,9 11,4 56,8 18,3 25 8,2 23 19,1 11, 21,8 13,6 / 26395 26 9 4-2 ( 2 15 1 5 - GW 43 2523 18 12-1 29 1% 6% 4% GW 8 22% 59% 9% 11GW 1971 198 199 25 21 22 23 % 2% 17% 16% 35% 26% 25 7 23 5, 4,3 5,3 4,6 25 3 23 3,2 2,9 4, 3,7 / 26395 26 9 23 1 1,4 kw 1 1, kw 1
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2 21 21 CO2 28 7 25 21 24 16 21 14 23 1 25 19 21 47 21 25 3.9 kw21 4. kw23 5. kw25 8.4 kw21 38 kw 28 2 kw 28 25 21 31 kw 21 21 21 22 3 26 ( 7 / (1 BPBP Statistical Review of World Energy 26, 26 (2 (,26 (3(, 26,26 (4,, http://sta-atm.jst.go.jp/ 22
2 (5 DOE/EIA, Annual Energy Outlook 26, 26 (6 DTI, The Energy Challenge Energy Review Report 26, 26 (7 23 25 4 (8, 18, 26 (9 HP(http://www.moeaec.gov.tw/English/english_index.asp (1 KEPCO, The 2nd Basic Plan of Long Term Electricity Supply & Demand 24-217 (11 DAE, DAE, http://www.dae.gov.in/publ/vision.pdf (12,,, / 26, 395, 26 9 (13 The Ux Consulting Company (http://www.uxc.com/ (14 OECD/NEA, Uranium25:Resources, Productions and Demand, 25 (15,,,, 22 9/14-16, H7, pp.189, 22 (16 Fujii, Y., Yamaji, K.: Assessment of technological options in the global energy system for limiting the atmospheric CO2 concentration, Environmental Economics and Policy Studies, 1, 113, 1998 (17Yamaji, K., Fujino, J., Osada, K.: Global energy system to maintain atmospheric CO2 concentration at 55 ppm, Environmental Economics and Policy Studies, 3, 159, 2 (18, : - -, Y882,1988 (19OECD/NEA: Projected Cost of Generation Electricity Update 1998,1998 (2 OECD: Uranium 1995 Resources, Production and Demand,1996 (21 : FBR,, 4, 53,1994 (22OECD/NEA: The Economics of the Nuclear Fuel Cycle,1994 (23World Nuclear Association, The Global Nuclear Fuel Market, Supply and Demand 25-23,25 : report@tky.ieej.or.jp 23