43 A Feasibility Study of a Japanese Power …
661
Kopp M, Coleman D, Stiller C, Scheffer K, Aichinger J, Cheppat B (2017) Energiepark Mainz: technical and economic analysis of the worldwide largest power-to-gas plant with PEM electrolysis.
Int J Hydrogen Energy 42:13311–13320
Ministerial Council on Renewable Energy (2017) hydrogen and related issues, basic hydrogen
strategy, 26 December, 2017
Ministry of Environment, The list of heating value and CO 2 intensity of fuels, https://www.env.go.
jp/policy/local_keikaku/data/ws_1/betsu_4.pdf, (in Japanese, visited June 2019)
New Energy and Industrial Technology Development Organization, METPV-11, https://app0.infoc.
nedo.go.jp/metpv/metpv.html (in Japanese, visited June, 2019)
Ohhira, E (2019), Outline of NEDO’s Activity hydrogen power generation and power to gas (P2G)
area, https://www.nedo.go.jp/content/100895064.pdf, (in Japanese, visited August, 2019)
Shibata Y (2016) Is power to gas feasible in Japan?, IEEJ: January 2016
Simonis B, Newborough M (2017) Sizing and operating power-to-gas systems to absorb excess
renewable electricity. Int J Hydrogen Energy 42:21635–21647
Takashima T, Onishi A, Okuoka K, Hirano Y, Azuma O, Tanigawa H, Imura H (2010) Creation of
heating and cooling energy consumption basic unit of house considering regional characteristics
In: Proceedings of Japan society of civil engineers Chubu branch research presentation, March
2010 (in Japanese)
The Institute of Energy Economics, Japan (2007), FY 2006 survey on Kerosene consumption, p 10
(in Japanese)
The Society of Heating, Air-Conditioning, and Sanitary Engineers of Japan (2015) Development
and operation of city gas cogeneration system, SHASE-M 0001–1–2015 (in Japanese)
Tohoku Electric Power Co. Inc., Plan B for lighting, https://www.tohoku-epco.co.jp/dprivate/menu/
menu_lightb.html (in Japanese, visited June 2019)
Walker SB, van Lanen D, Fowler M, Mukherjee U (2016) Economic analysis with respect to powerto-gas energy storage with consideration of various market mechanisms. Int J Hydrogen Energy
41:7754–7765
Watanabe H, Sato H, Yoshino H, Sudo S, Miura S, Xu L, Iki Y (2010) Survey results of energy and
water consumption of theater, library and museum in Tohoku area In: Proceedings of symposium
of society for heating, air-conditioning sanitary engineers of Japan, Yamaguchi, 1–3 September
2010 (in Japanese)
Wenning TJ, Kissock JK (2009) Methodology for preliminary assessment of regional wind energy
potential In: Proceedings of ES2009 energy sustainability 2009, San Francisco, California USA,
19–23 July 2009
Yokohama K, Kodama N (2013) Investigation on possibility of offshore wind farm in aomori
prefecture. In: Proceedings of research meeting of Japan society for measurement and automation
control research Tohoku division, 21 June 2013 (in Japanese)
661
Kopp M, Coleman D, Stiller C, Scheffer K, Aichinger J, Cheppat B (2017) Energiepark Mainz: technical and economic analysis of the worldwide largest power-to-gas plant with PEM electrolysis.
Int J Hydrogen Energy 42:13311–13320
Ministerial Council on Renewable Energy (2017) hydrogen and related issues, basic hydrogen
strategy, 26 December, 2017
Ministry of Environment, The list of heating value and CO 2 intensity of fuels, https://www.env.go.
jp/policy/local_keikaku/data/ws_1/betsu_4.pdf, (in Japanese, visited June 2019)
New Energy and Industrial Technology Development Organization, METPV-11, https://app0.infoc.
nedo.go.jp/metpv/metpv.html (in Japanese, visited June, 2019)
Ohhira, E (2019), Outline of NEDO’s Activity hydrogen power generation and power to gas (P2G)
area, https://www.nedo.go.jp/content/100895064.pdf, (in Japanese, visited August, 2019)
Shibata Y (2016) Is power to gas feasible in Japan?, IEEJ: January 2016
Simonis B, Newborough M (2017) Sizing and operating power-to-gas systems to absorb excess
renewable electricity. Int J Hydrogen Energy 42:21635–21647
Takashima T, Onishi A, Okuoka K, Hirano Y, Azuma O, Tanigawa H, Imura H (2010) Creation of
heating and cooling energy consumption basic unit of house considering regional characteristics
In: Proceedings of Japan society of civil engineers Chubu branch research presentation, March
2010 (in Japanese)
The Institute of Energy Economics, Japan (2007), FY 2006 survey on Kerosene consumption, p 10
(in Japanese)
The Society of Heating, Air-Conditioning, and Sanitary Engineers of Japan (2015) Development
and operation of city gas cogeneration system, SHASE-M 0001–1–2015 (in Japanese)
Tohoku Electric Power Co. Inc., Plan B for lighting, https://www.tohoku-epco.co.jp/dprivate/menu/
menu_lightb.html (in Japanese, visited June 2019)
Walker SB, van Lanen D, Fowler M, Mukherjee U (2016) Economic analysis with respect to powerto-gas energy storage with consideration of various market mechanisms. Int J Hydrogen Energy
41:7754–7765
Watanabe H, Sato H, Yoshino H, Sudo S, Miura S, Xu L, Iki Y (2010) Survey results of energy and
water consumption of theater, library and museum in Tohoku area In: Proceedings of symposium
of society for heating, air-conditioning sanitary engineers of Japan, Yamaguchi, 1–3 September
2010 (in Japanese)
Wenning TJ, Kissock JK (2009) Methodology for preliminary assessment of regional wind energy
potential In: Proceedings of ES2009 energy sustainability 2009, San Francisco, California USA,
19–23 July 2009
Yokohama K, Kodama N (2013) Investigation on possibility of offshore wind farm in aomori
prefecture. In: Proceedings of research meeting of Japan society for measurement and automation
control research Tohoku division, 21 June 2013 (in Japanese)