Comparison of the Amount of Resources and Expansion Support Policy of Photovoltaic Power Generation: A Case on Hokkaido and Aichi Prefecture, Japan

Authors: Hiroaki Sumi, Kiichiro Hayashi

Abstract:

Now, the use of renewable energy power generation has been advanced. In this paper, we compared the usable amount of resource for photovoltaic power generation which was estimated using the NEDO formula and the expansion support policy of photovoltaic power generation which was researched using Internet in the municipality level in Hokkaido and Aichi Prefecture, Japan. This paper will contribute to grasp the current situation especially about the policy. As a result, there were municipalities which seemed to be no consideration of fitting the amount of resources. We think it would need to consider the suitability between the resources and policies.

Keywords: Photovoltaic power generation, expansion support policy, amount of resources, Japan.

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1110409

References:

[1] H. Sumi, K. Hayashi, M. Ooba, and Y. Hasegawa, “Potential of Supply by Photovoltaic Power Generation in the Civilian Sector: Comparison of the Electricity Demand in All Municipal Units, Japan,” People & Environment, vol. 41 No.3, 2015, in Japanese.
[2] NEDO (New Energy and Industrial Technology Development Organization), the amount of solar radiation database viewing system MONSOLA-11., http://app7.infoc.nedo.go.jp/metpv/monsola.html, in Japanese
[3] Japan Statistics Bureau, “Establishment and Enterprise Census,” 2006.
[4] Japan Statistics Bureau, “Housing and Land Survey,” 2008.
[5] Japan Statistics Bureau, “Population Census,” 2010.
[6] Yamanashi Prefecture, “Clean Energy Endowment Amount Survey Report,” 2011, in Japanese.
[7] Tottori City, “Tottori City Renewable Energy Endowment Survey Outsourcing Report,” 2011, in Japanese.
[8] Japan Statistics Bureau, “Japan Statistical Yearbook,” 2012.
[9] Japan Agency for Natural Resources and Energy, “Energy White Paper,” 2012.
[10] Japan Agency for Natural Resources and Energy, “Electric Power Statistics,” 2012.
[11] Japan Agency for Natural Resources and Energy, “Demand Structure Estimates of Summer Maximum Electric Power Use Date (in Tokyo Electric Power Company area),” 2011.
[12] FEPC (the Federation of Electric Power Companies of Japan), “Power demand record,” 2010.