Skip to content
EEEP
Menu
  • 2012
    • Volume 1
      • Number 1
      • Number 2
      • Number 3
  • 2013
    • Volume 2
      • Number 1
      • Number 2
  • 2014
    • Volume 3
      • Number 1
      • Number 2
  • 2015
    • Volume 4
      • Number 1
      • Number 2
  • 2016
    • Volume 5
      • Number 1
      • Number 2
  • 2017
    • Volume 6
      • Number 1
      • Number 2
  • 2018
    • Volume 7
      • Number 1
      • Number 2
  • 2019
    • Volume 8
      • Number 1
      • Number 2
  • 2020
    • Volume 9
      • Number 1
      • Number 2
  • 2021
    • Volume 10
      • Number 1
      • Number 2
    • Volume 9
      • Number 2
  • 2022
    • Volume 10
      • Number 2
    • Volume 11
      • Number 1
      • Number 2
  • 2023
    • Volume 11
      • Number 2
    • Volume 12
      • Number 1
      • Number 2
  • 2024
    • Volume 13
      • Number 1
      • Number 2
  • 2025
    • Volume 14
      • Number 1
  • 2026
    • Volume 15
      • Number 1
Menu

EEEP » 2016 » Volume 5 » Number 1 » Responding to electricity shortfalls: Electricity-saving activities of households and firms in Japan after Fukushima

Responding to electricity shortfalls: Electricity-saving activities of households and firms in Japan after Fukushima

Posted on February 4, 2026February 9, 2026 by admin

Japan has experienced a severe electricity shortfall since the Great East Japan Earthquake in March 2011 and the subsequent shutdown of nuclear power plants. Disruption to the supply-demand balance was especially severe in Tokyo and Tohoku in summer 2011, forcing the government to introduce mandatory rationing for large customers. Following intensive efforts, a reduction in demand of more than 15% compared with the 2010 level was achieved in these two regions. Surprisingly, most of the savings achieved in 2011 have persisted for almost four years. This paper examines the Japanese experience of saving electricity, based primarily on a detailed review of surveys of households and commercial and industrial customers we conducted each fall from 2011 to 2014. The paper analyzes major electricity-saving measures, energy users’ perceptions and motivations, and trends from 2011 to 2014. The results show that the implementation rates of various electricity-saving measures are declining from the 2011 or 2012 levels, while the actual reduction in demand has remained at almost the same level. This seemingly paradoxical finding can be explained by the cumulative effect of replacing old equipment with newer, more efficient models and adopting new technology such as LED lighting.

Authors: Osamu Kimura and Ken-Ichiro Nishio
DOI: 10.5547/2160-5890.5.1.okim
Keywords: behavior after Fukushima, electricity savings, electricity shortfall, persistency of energy saving
🔐 Download PDF🔐 Executive Summary PDF

Account

  • Log in

Tags

Air pollution carbon emissions Carbon tax China Climate change Climate change mitigation Climate policy Coal computable general equilibrium Cost of Debt Decentralized energy governance Demand side difference-­in-­differences Electricity generation Electricity market design Electricity markets Energy Energy efficiency Energy Policy Energy R&D Energy security Energy transition environmental regulation Europe evaluation Geopolitics Introduction Investment Long-term contracts Middle East Natural gas Oil prices Regional markets Regulation Renewable energy Renewables Resilience Resource adequacy Scenario analysis Scenarios Sustainability sustainable development Techno-bias Transmission benefits willingness-to-pay

Archives

  • March 2026
  • February 2026
© 2026 EEEP | Powered by Minimalist Blog WordPress Theme