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Statistics | Electricity

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  • Quarterly

Share of Total Electricity Production in FY 2016

Share of Total Electricity Production in FY 2016

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  • Source: METI/ANRE“Monthly Report on Electricity Statistics” (accessed in August, 2017)
  • Note:In this update hydro does not include pumped hydro anymore, hence the change in the share of renewables compared to the previous version.

Comparison of Total Electricity Production between FY 2015 and FY2016 (TWh)

  • Note:From FY2016 onwards, the definition of “electricity generator” has changed. As a result, the number of entities which are obliged to submit monthly generation data has increased. Comparison of total electricity production with that of previous year is therefore inappropriate.

Trends of Electricity Production from Renewable Sources (TWh/Fiscal year)

Trends of Electricity Production from Renewable Sources (TWh/Fiscal year)

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  • Source:METI/ANRE“Energy White Paper 2015” and METI/ANRE“Monthly Report on Electricity Statistics” (accessed in August 2017)
  • Note:In this update hydro does not include pumped hydro anymore.

Share of Renewables in Electricity Production (Fiscal year)

Share of Renewables in Electricity Production (Fiscal year)

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  • Source:METI/ANRE “Energy White Paper 2015” and METI/ANRE“Monthly Report on Electricity Statistics” (accessed in August 2017)
  • Note:In this update hydro does not include pumped hydro anymore, hence the change in the share of renewables compared to the previous version.

Trends of Generating Capacity of Renewables (GW/Fiscal year)

rends of Generating Capacity of Renewables(GW/Fiscal year)

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  • Source:METI/ANRE “Status of Approved Installation According to the RPS Law,” METI/ANRE “Status of Installed Capacity of Renewable Energy,” METI/ANRE “Survey on Availability of Water resource for Power Generation” and Thermal and Nuclear Power Engineering Society (2017)“Current Status and Trends of Geothermal Power Generation in 2016”.

Trends of Total Electricity Production (TWh)

Trends of Total Electricity Production (TWh)

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  • Source:By REI, from figures based on METI/ANRE “Monthly Report on Electricity Statistics” (accessed on 05/04/2018)

Trends of Electricity Production from Renewable Sources (TWh)

Trends of Electricity Production from Renewable Sources (TWh)

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  • Source:By REI, from figures based on METI/ANRE “Monthly Report on Electricity Statistics” (accessed on 05/04/2018)

Share of Renewables in Electricity Production

Share of Renewables in Electricity Production

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  • Source:By REI, from figures based on METI/ANRE “Monthly Report on Electricity Statistics” (accessed on 05/04/2018)

Comparison between Installed Solar Photovoltaic Capacity (under the FIT Scheme) and
Compensated Capacity for Curtailment over 30days (CCC)

Comparison between Installed Solar Photovoltaic Capacity (under the FIT Scheme) and Compensated Capacity for Curtailment over 30days (CCC)

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Comparison between Installed Wind Power Capacity (under the FIT Scheme) and
Compensated Capacity for Curtailment over 30days (CCC)

Comparison between Installed Wind Power Capacity (under the FIT Scheme) and Compensated Capacity for Curtailment over 30days (CCC)

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  • Note 1)The Compensated Capacity for Curtailment over 30days (CCC) for PV and Wind are calculated by each Electric Power Company except Tokyo, Chubu, Kansai and authorized by METI’s Working Group on Grid System. The “CCC” means the installed capacity for which generators are compensated for the revenue loss due to curtailment exceeding 30 days per year. When generators install solar PV or wind power plants that exceed the amount calculated as CCC, they are subject to unlimited curtailment and they cannot claim for revenue loss by the curtailment for the exceeding amount. At the METI’s Working Group meeting held on November 10, 2015, new CCC was calculated by Electric Power Companies.
  • Note 2)The CCC of Hokkaido Electric Power Company is the figure that has already included 200MW devoted to demonstration trials for wind power expansion.
  • Note 3)The CCC is subject to future revise.
  • Note 4)Installed capacity in each utility area is calculated in round amounts under the following conditions: whole Gifu- and Mie prefectures belong to the area of the Chubu Electric Power Co., whole Fukui prefecture belongs to the area of the Hokuriku Electric Power Co., whole Hyogo prefecture belongs to the area of the Kansai Electric Power Co., whole Ehime prefecture belongs to the area of the Shikoku Electric Power Co., communities located at east side of the Fuji river, Fujinomiya City and Fuji City belong to the area of the TEPCO.
  • Note 5)The Agency for Natural Resources and Energy stated that the amount of transition approval as of the end of September 2017 is "being calculated". In this graph, figures as of the end of March 2017 are used.
  • Source:By REI, from figures based on ANRE/METI Renewable Power Plant Certification Status (accessed on 03/04/2018) and the materials provided by METI’s Working Group on Grid System (accessed on 06/04/2018)

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