Transcription of 日本の2030年木質バイオマス発電導入見込量と その燃料供給 …
1 IEEJ 2017 1 1 2030 2015 7 2030 2030 2030 1,065 TWh 1 2,740 4,000 MW 1 2030 2030 0 500 1,000 1,500 2,000 2,500 3,000 3,500 4,000 4,500 (MW) IEEJ 2017 1 2 1.
2 2030 2014 ( , 2014) 2016 9 2 2030 2,740 4,000 MW 2,740 4,000 MW 2012 FIT RPS 2003 1,270 MW 2030 1 1,270 MW 504 MW 1 2030 3,244 4,504 MW 80% 32% ( , 2016)
3 256 355 PJ 3. 2030 256 355 PJ 2015 1 RPS IEEJ 2017 1 3 krajnc (2015) 1 2015 krajnc (2015) 2015 215PJ 2030 256 355 PJ 2030 2015 2 2 1964 50 ( , 2012) 1955 1957 68 m3 594 PJ 2030 256 355 PJ 2 2030 4 m3 2030 2030 2 26 2012 49 m3 2,946 m326 PJ 21,580 m3189 PJ 24,526 m3215 PJ 1,156 m310 PJ 49,086 m3430 PJ 50.
4 242 m3440 PJ IEEJ 2017 1 4 2 2030 4 FAO FAOSTAT 2015 1,863 m3 PKS 4 4 2 2 10% PKS 2014 Palm Kernel FAO , Lamers et al. (2012), krajnc (2015) 2015 2,104 PJ 2030 256 355 PJ 2030 2015 01002003004005006007002015 2015 1957 2030 (PJ)
5 24 PJ 27 GJ/t 495 PJ 223 GJ/t 1,288 PJPKS8 GJ/t 143 PJ 2,104PJ IEEJ 2017 1 5 12 17% 3 4 3 3 10% PKS 2014 FAO , , Lamers et al. (2012), krajnc (2015) 2015 521 PJ 2030 256 355 PJ 49 68% 3 3 FAO , 7 PJ 16 GJ/t 296 PJ 10 GJ/t 59 PJPKS6 GJ/t 117 PJ 521PJ 05001,0001,5002,0002,500 2030 (PJ)
6 PKS 2015 IEEJ 2017 1 6 2015 2030 3 2030 4 5 4 FAO , 5 FAO , 2030 2015 2030 2030 7 10% 21 29% 5 1 2030 2030 2030 05001,0001,5002,0002,5003,0003,5004,0002 012 2015 2018 2021 2024 2027 2030(PJ)PKS 3,538 02004006008001,0001,2001,4002012 2015 2018 2021 2024 2027 2030(PJ)
7 PKS 1,216 IEEJ 2017 1 7 2030 2030 2030 6 2 2030 256 355 PJ 2015 3 3,244 4,504 MW 23 32 TWh 48% (Hussy et al., 2014) 171 237 PJ 4 4 FAO LNG 4 5 3 3,244 4,504 MW 2030 24 171 33 237 145 202 29 40 PKS57 PKS79 256 171 355 237(PJ)
8 3,244 MW 4,504 MW IEEJ 2017 1 8 549 758 4 5 CO2 CO2 424 g-CO2/kWh (Hussy et al., 2014) 4,504MW CO2 t-CO2 758 CO2 57 /t-CO2 et al. (2015) 2030 2013 26% 380 /t-CO2 CO2 2030 2030 4 2015 PKS 2014 193 1,660 268 2,305 1.
9 229 1,704 301 417 PKS486 PKS674 2,209 1,660 3,063 2,305( )3,244 MW 4,504 MW IEEJ 2017 1 9 FAO, Small-Scale Palm Oil Processing in Africa, FAO Agricultural Services Bulletin 148, 2002. Hussy, C., Klaassen, E. and Koornneef, J., International Comparison of Fossil Power Efficiency and CO2 Intensity Update 2014, Ecofys, CESNL15173, 2014. krajnc , N., Wood Fuels Handbook, FAO, Pristina, 2015. Lamers, P., Marchal, D., Schouwenberg, P., et al., Global Wood Chip Trade for Energy, IEA Bioenergy Task 40, 2012. NHK , NHK , 2012. 2015. , , , 2030 , , 2016, 26 4, 2016.
10 4 2, 2015. , 2015. 2014. 2016. 26 2015. Food and Agriculture Organization of the United Nations (FAO), FAOSTAT. ( ) International Energy Agency (IEA), World Energy Statistics and Balances 2016. The World Bank, World Bank Open Data. ( ) United Nations (UN), UN Comtrade Database. ( ) ( )
