Nuclear Reactor Restarts in Japan, LNG Imports Reduced for Electricity Generation
Since 2015, increasing nuclear generation has been replacing generation from fossil fuel sources in Japan, mainly natural gas.
After the 2011 Fukushima Daiichi accident, Japan suspended operations at all of its remaining 48 nuclear power reactors by 2013 and relied almost exclusively on imported natural gas to replace the lost electricity generation. In 2015, Japan allowed its first nuclear power reactor to resume operations. As of December 2022, 11 gigawatts (GW) of Japan’s nuclear capacity have returned to service, which reduced liquefied natural gas (LNG) imports for electricity generation.
Since 2015, increasing nuclear generation has been replacing generation from fossil fuel sources in Japan, mainly natural gas. In 2022, Japan’s LNG imports declined by 15%, or 1.7 billion cubic feet per day (Bcf/d), compared with 2015, and we expect LNG imports into Japan to continue declining. In 2023, Japan restarted Takahama Units 1 and 2, adding about 1.6 GW. Japan also passed the GX Decarbonization Power Supply Bill last year to establish a decarbonized electricity system, designating nuclear power as the main component of the country’s baseload electricity.
Data source: U.S. Energy Information Administration, International Energy Statistics; Nuclear Regulation Authority Japan
Nuclear restarts have been slow since 2015. Japan has restarted 12 units, bringing currently operating nuclear capacity to 11 GW. Japan has 10 more units under review and 5 more that have passed review but have yet to restart.
Japan focused on restarting pressurized boiling water reactors as opposed to boiling water reactors out of public safety concerns. The six-unit Fukushima Daiichi plant, a boiling water reactor facility, is being decommissioned along with its sister plant, Fukushima Daini.
Data source: Institute of Energy Economics Japan, International Atomic Energy Agency
Note: PWR=pressurized boiling water reactor, BWR=boiling water reactor, NRA=Nuclear Regulatory Authority Japan
Energy resources are scarce in Japan, and it imports most of the fossil fuel it uses for electricity generation. In 2022, fossil fuels accounted for 71% of generation, with natural gas accounting for 35% of that share. Japan’s LNG imports have declined as more nuclear reactors have restarted. After Japan restarted five nuclear reactors in 2018, Japan’s LNG imports declined by 7% (0.7 Bcf/d) in 2019 and by another 7% (0.7 Bcf/d) between 2019 and 2022.
Japan has a large portfolio of long-term LNG contracts, which supply up to 90% of Japan’s LNG imports each year. The remaining share of imports is supplied under short-term and spot contracts from as many as 20 countries (including re-exporters).
Australia has been Japan’s largest LNG supplier for 11 years; its share of Japan’s total LNG imports more than doubled from 18% in 2012 to 42% in 2023. Qatar—which was ranked second in 2012—is now the seventh-largest LNG supplier to Japan. Qatar provided 4% of Japan’s LNG imports last year, down from 18% in 2012, in part because some of Japan’s long-term contracts with Qatar expired. In 2023, Malaysia was Japan’s second-largest LNG supplier, accounting for 16% (1.4 Bcf/d) of LNG imports. However, in 2012, before Australia took its long-standing top spot, Malaysia supplied 19% of Japan’s LNG imports and was the largest supplier. Other significant LNG suppliers in 2023 included Russia at 9% (0.8 Bcf/d), the United States at 8% (0.7 Bcf/d), and Papua New Guinea at 6% (0.5 Bcf/d).
You can find more information about Japan on EIA’s International web page.
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The restart of Japan's nuclear fleet will have a profound affect on the term market for uranium, making Japan the key in the short-term for the uranium market. It is only natural that LNG or any fossil fuels used in electrical generation would give up market share with nuclear since nuclear is solely used for electrical generation and while this is important to understand, the real story here is the role of fossil fuels, especially natural gas and notice the only thing that has taken market share away from fossil fuels used for electrical generation is nuclear, not wind, solar, or biomass. Given Japan's geography, Japan has enormous offshore wind resources. Its total technical potential for offshore wind generation is over 9,000 TWh/year, more than nine times its projected electricity demand in 2050. Yet when push came to shove and the needed the lights on, the went to fossil fuels to make up the difference of 30% base-load generation taken off-line when they closed the nukes. This reinforces fossil fuels usage as a primary fuel and as a complementary fuel.