
Aug 22, 2022
NEWS
TOP
ENERGY TRANSITION & POLICY
ELECTRICITY MARKETS
OIL, GAS & MINING
ANALYSIS
JAPAN PLEDGES TO BUILD NEXT-GEN NUCLEAR REACTORS BUT TIMELINE RAISES QUESTIONS
Japan unveiled a new nuclear roadmap that outlines the development and construction of new facilities and reactor technologies. The announcement came just days after the minister in charge repeated the long-held position that no new nuclear energy construction projects were on the horizon. Apart from the mixed messaging, there are several concerns around the new roadmap. It lacks details and paints the commercial launch of new technologies two decades from now. Can that still work for Japan? We review.
TOP INTERVIEW:
MEG O’NEILL, CEO OF WOODSIDE ENERGY
Japan NRG sat down with Meg O’Neill, the CEO of Woodside Energy, which has recently merged with BHP’s oil and gas assets to create one of the world’s top 10 independent energy companies. Woodside Energy is also heavily involved in Japan’s energy market and works with Japanese companies on projects in Australia. Meg shared her thoughts on the future of the Japanese market and its standing in Asia, CCUS, potential for “carbon neutral” LNG, hydrogen projects, and other topics.
GLOBAL VIEW
Chinese solar firm holds major IPO. BHP posts record profits on coal prices. EU may ease mining regulation to help green tech. Barclays lowers oil forecast for 2022, next year. Russia’s energy revenue up by more than a third. Adani to invest big in Sri Lanka wind power. Details on these and more in our global wrap.
EVENTS SCHEDULE
PUBLISHER
K. K. Yuri Group
Events
Editorial Team
Yuriy Humber (Editor-in-Chief)
John Varoli (Senior Editor, Americas)
Mayumi Watanabe (Japan)
Wilfried Goossens (Japan, Events)
Regular Contributors
Chisaki Watanabe (Japan)
Takehiro Masutomo (Japan)
Daniel Shulman (Japan)
Art & Design
22 Graphics Inc.
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OFTEN USED ACRONYMS
METI The Ministry of Energy, Trade and Industry
MOE Ministry of Environment
ANRE Agency for Natural Resources and Energy
NEDO New Energy and Industrial Technology Development Organization
TEPCO Tokyo Electric Power Company
KEPCO Kansai Electric Power Company
EPCO Electric Power Company
JCC Japan Crude Cocktail
JKM Japan Korea Market, the Platt’s LNG benchmark
CCUS Carbon Capture, Utilization and Storage
mmbtu Million British Thermal Units
mb/d Million barrels per day
mtoe Million Tons of Oil Equivalent
kWh Kilowatt hours (electricity generation volume)

PM Kishida asks METI minister again to tackle energy inflation and to secure nuclear power
(Government Statement, Aug. 15)
TAKEAWAY: Listing anti-inflation measures for energy might mean changes in fuel pricing that’ll be taken up by parliament. For example, some lawmakers demanded removal of the gasoline tax. The next parliamentary session will likely focus on regulatory changes associated with the Kishida Clean Energy Strategy, but could include amendments to control inflation and secure energy supplies.
GX framework takes shape at METI and MoE – Pillars of Kishida govt
(Aug. 19, Denki Shinbun)
METI proposes to expand FIP to cover mini-solar power stations
(Japan NRG, Aug. 17)
TAKEAWAY: FIP is new and there are only 30 or so aggregators, many of which are grids or their affiliates. FIP determines revenues based on spot electricity prices, plus a premium, as opposed to a fixed revenue system under the FIT. As of April, 144 power stations shifted to FIP, and 40,000 stations qualify for the change. Over 700,000 mini-stations have 10 – 50 kW capacity; but, some of these are actually megawatt-scale solar plants split into smaller units for the purpose of regulatory filing.
Japan’s solar efficiency ratio jumps in a decade, but govt. still urges better maintenance
(Japan NRG, Aug. 17)
TAKEAWAY: While most Japanese solar panels are silicon-based and imported, there are new technologies and materials that can provide 30% conversion efficiencies. The main obstacles are cost, battery endurance, and recycling.
Net-zero railway council to be launched
(Government Statement, Aug. 16)
More companies engage in soil carbon capture
(Japan NRG, Aug. 18)
TAKEAWAY: The decline in the amount of carbon absorbed by Japanese forests and farmland has brought soil carbon capture into the spotlight as an effective negative emission method. Too much biochar in soil, however, inhibits growth of some crops such as tea and potatoes. Japan’s annual biochar production is around 20,000-30,000 tons. Its main application is fuel, and consumption in agriculture accounts for around 10%.
IHI to develop ammonia gas turbine with almost zero CO2 emission
(Aug. 18, Denki Shimbun)
Japanese nuclear fusion startup selected as partner for UK’s STEP program
(Aug. 16, Denki Shimbun)
Morinaga to start internal carbon pricing in 2023
(Company Statement, Aug. 12)
TAKEAWAY: Morinaga’s ICP methodology that may reflect MoE and METI approaches is worth noting. MoE publishes ICP guidelines, which are revised reflecting the results of its annual ICP program. All Nippon Airways, Seibu Holdings and Daiwa House Industry are other participants of MoE’s ICP program. These three companies, however, are not part of the GX League, which is an initiative spearheaded by METI to develop a nationwide offset credit trading platform.
Osaka Gas to synthesize 90% of supply from waste CO2 by 2050
(Okinawa Times, Aug. 16)
Sendai joint procurement initiative leads to savings on solar panels
(Kohoku Shimpo, Aug. 18)
Fukushima sets 2040 as total green energy target
(Nikkan Kogyo Shimbun, Aug. 19)
Renewables blind spot evokes memories of oil crisis
(Weekly Economist, Aug. 23)

Kyushu Electric to launch battery power trades in 2023
(Japan NRG, Aug. 18)
Foreign shareholders sue Kansai Electric for not reporting bribe scandal
(Aug. 18, Nikkei)
TAKEAWAY: The lawsuit opens a very embarrassing chapter for the utility, which thought it was finally able to move on after personnel changes and a long process of rebuilding trust with the local community. At the very least, it will keep the issue in the public spotlight, potentially complicating further reactor restarts.
All 10 major power companies max out fuel surcharge
(Kyodo, Aug. 17)
Tohoku Electric asks Authority to speed up Higashidori approval process
(NHK, Aug. 17)
Kashiwazai-Kariwa NPP wins approval for severe accident countermeasures
(Denki Shimbun, Aug. 18)
TAKEAWAY: These are very small steps towards a restart of TEPCO’s only operable nuclear power facility, but they represent arguably the most progress the utility has seen in this area for a while. Last year’s estimates for a restart of the Kashiwazaki Kariwa NPP in the second half of 2022 are, of course, wide of the mark. However, the restart of at least one unit next year is now not impossible.
JERA to acquire 35% stake in Vietnam renewable developer Gia Lai
(Company Statement, Aug. 17)
TAKEAWAY: Japanese media is reporting that JERA paid about ¥15 billion for the stake in Gia Lai and may partner with the Vietnamese utility on new renewables projects. The structure seems similar to JERA’s Sept. 2021 investment in Aboitiz Power in the Philippines. It is interesting to note that JERA’s renewables strategy is much more focused on Southeast Asia than Japan at this moment.
Kansai Electric launches new solar leasing service
(Denki Shinbun, Aug. 16)
Kansai Electric forced to abandon wind plans after just two months
(FNN, Aug. 17)
Mihama NPP leak caused by loose bolt
(Asahi, Aug. 16)
Gas companies diversify into renewables to stay afloat
(Weekly Economist, Aug. 16)
Celebrity economist urges Tokyoites to install roof-mounted solar
(Mainichi ga Hakken, Aug. 17)
JERA’s Taiwanese wind farm goes online
(Nikkei, Aug. 17)
Eurus Energy’s Kamikatsu Kamiyama wind farm goes online
(Company Statement, Aug. 12)

PM to visit Middle East amid high oil prices
(Nikkei, Aug. 19)
Russia’s new Sakhalin-2 entity offers same terms
(Nikkei, Aug. 17)
ENEOS CEO Sugimori resigns
(Nikkei; Aug. 13)
July LNG, coal imports fall, oil up slightly
(Government Data, Aug. 17)
LNG stocks rise to 2.39 million tons
(Government Data, Aug. 17)
BY YOSHIHISA OHNO
Japan Pledges to Build Innovative Next-Gen Nuclear Reactors
But May Struggle to Maintain Industry Standing
Japan unveiled a new nuclear roadmap that outlines the development and construction of new facilities and reactor technologies.
The announcement came just days after the minister in charge repeated the government’s long-held position that no new nuclear energy construction projects were on the horizon, and that the dialog around this was unresolved.
This is not the only mixed message emanating from Japan on its nuclear policies. PM Kishida is urging progress on nuclear energy to ease the nation’s reliance on fossil fuel imports, yet METI’s roadmap speaks of commercial prospects that are at least a decade or two away.
What’s more, the technologies depicted in the roadmap seek to maintain METI’s ambition to develop the holy grail of nuclear technology – a so-called closed fuel cycle, in which there is little waste and the uranium is recycled. And yet, the timelines presented by the ministry are hardly reassuring that this goal will be achieved.
Background
Unlike most countries, Japan has developed several reactor types domestically. In addition to the Pressurized water reactor (PWR) system popular in most countries, it deploys the Boiling Water Reactor (BWR) technology.
It has also developed a number of other reactor technologies, such as one of the world’s most advanced high-temperature gas-cooled reactors, and several versions of fast and fast breeder reactors.
The Fukushima disaster, however, threw Japan’s nuclear R&D into disarray. Most work stalled without state funding and a number of the industry’s top firms announced exits or strategic shifts to other parts of the energy space.
It was not until the recent U.S. development of Small Modular Reactors (SMRs) and a revived interest in fast reactors that Japanese nuclear firms saw the chance for a revival. So far, collaborations with the U.S. Department of Energy, and American startups like NuScale and TerraPower, backed by Bill Gates, are the most prominent announcements, even if details are few and far between.
Still, such collaborations have little relevance without the potential to build new technologies. Until recently, with the public mood mostly against nuclear, few Japanese politicians were willing to discuss openly the need to replace the country’s aging reactors or build new units altogether.
The growing energy crisis has changed the dynamics. At the inaugural meeting for his Green Transformation (GX) Council on July 27, PM Kishida said the country faces an energy crisis as bad as the 1970s oil shock and must be more active in bringing
more of the nation’s nuclear stations online. Kishida’s support for nuclear energy has grown more frequent and vocal with rising energy prices, especially since Russia’s invasion of Ukraine in February, as well as subsequent economic sanctions, this year rocked fossil fuel markets.
Just two days after the GX meeting, however, METI held a session of the innovative reactor working group where then METI Minister Hagiuda stated that there’s still no consensus for replacing or constructing new nuclear power plants (NPPs). That type of ambiguity unnerves investors and corporate leaders.
Sensing this, on Aug. 9, METI clarified the situation and announced the new roadmap – the Development and Construction of Innovative Nuclear Power Plants. It is the first government pledge since the Fukushima accident in 2011 to build a new reactor.
Five key technologies
The latest roadmap clearly indicates that METI plans to reduce the size but maintain Japan’s nuclear industry, along with major international suppliers.
The roadmap centers on five nuclear power technologies. These are the advanced light water reactors, small modular reactors (SMR), fast reactors, high temperature gas-cooled reactors (HTGR), and nuclear fusion reactors.
According to METI bureaucrats, some of the five reactor types, if not all, are expected to be fully functioning and a commercial reality by the 2040s.
Beyond that, details are scant. Only the advanced light water reactors are given a deadline for commercial operations, which is described as “in the 2030s”. This technology is essentially a modified version of the LWRs already in use in Japan and also widely used in the U.S., Europe and Russia. As such, building them is considered the most practical and realistic first step.
Curiously, the roadmap does not promote the development of advanced BWRs, a reactor system that is already installed at units 6 and 7 of the Kashiwazaki-Kariwa NPP (Tokyo Electric; unit 5 of the Hamaoka NPP (Chubu Electric); unit 2 of the Shika NPP (Hokuriku Electric); and unit 3 of the Shimane NPP (Chugoku Electric).
While these are not considered to be the most advanced commercial reactor technologies to date, Japan has a good record in building advanced BWRs on-time and on-budget.
The reason is likely that the site of the 2011 accident, the Fukushima Dai-Ichi NPP, employed the much earlier BWR technology and as such there is less confidence about the system, at least in terms of presenting it to the public.
Slow rollout
The need for public acceptances of nuclear technologies is possibly the reason for such long lead times outlined in the roadmap for new reactor types. The timeline for HTGR and SMR construction is extremely leisurely. A demo plant for the former may come during the next decade and the latter during the 2040s. Details of commercial plants are not even discussed.
That jars when considering the international context. In July 2021, China began construction of the Linglong One 125 MW SMR, which is the world’s first commercial SMR, at the Changjiang NPP. In the UK, Rolls-Royce’s SMR design was accepted for review in March 2022. In July, the U.S. Nuclear Regulatory Commission gave final certification for NuScale’s SMR.
As for HTGRs, China’s test project at Shidaowan was connected to the grid on Dec. 20, 2021. Japan’s HTGR demonstration plant was offline for about a decade and was only switched back on earlier this year to operate in a limited R&D setting.
Given such long lead times set for new technologies, Japanese power utilities are likely to stick with the LWR designs they already deploy – and which are already approved by the regulator. METI experts have urged regulator representatives to be involved in new technology discussions, though it’s unclear how much this will speed up the process.
Without a strong domestic market, Japanese nuclear firms will need to work with overseas players to survive, thus reducing them to the role of supplier for specific components as opposed to provider of the reactor platform.
Fuel cycle ambitions
Perhaps the most curious part of METI’s roadmap is its inclusion of fast reactors. The premise of the technology is that it can run on recycled fuel, or even create fuel during the thermal process. This would cut the volume of raw uranium Japan needs to buy to create the fuel, improving energy security, while also cutting the volume of fuel waste.
Finding a place to store nuclear waste remains an unresolved issue in Japan.
The key part of such a virtuous fuel recycling strategy, known as the closed fuel cycle, is that it requires a spent fuel processing facility. The Rokkasho plant in northern Japan recently announced its 26th delay to launch.
Also, Japan’s history of fast reactors is far from reassuring. A large test plant, called Monju, was built near the Tsuruga NPP in Fukui Prefecture but after 15 years of accidents and mishaps it was slated for decommissioning in Dec. 2016.
Japan’s collaboration in fast breeder reactors with France was abandoned two years later. The 600 MW Advanced Sodium Technological Reactor for Industrial Demonstration (ASTRID) was due to be realized in France with Japan’s help, but the project was closed in November 2018.
Despite the setbacks, METI has kept its faith in fast reactors and prominently features them in the roadmap. The benefits of the closed fuel cycle are, of course, one reason. Another is more complex. Japan’s PWR and BWR reactors hold thousands of spent fuel rods that amount to over 15,000 tons of material.
The rods are kept inside cooling pools on the understanding that they will go to Rokkasho for reprocessing, and thus, leave no nuclear waste behind at nuclear power stations. If the fast reactor vision is canceled, then used fuel rods would be reclassified as nuclear waste and the utilities’ license to operate NPPs could be canceled with it.
BY JOHN VAROLI

TOP INTERVIEW: Australia’s Largest Listed Energy Company
Japan NRG sat down with Meg O’Neill, the CEO of Woodside Energy, which has recently merged with BHP’s oil and gas assets, to create one of the world’s top 10 independent energy companies. Woodside Energy is also heavily involved in Japan’s market energy and works with Japanese companies on projects in Australia. Meg shared her thoughts on future development of the Japanese market and its standing in Asia, among other topics.
GLOBAL LNG STRATEGY
In light of the merger with BHP’s oil and gas assets, and the tumult in global gas markets, how has your LNG strategy changed over the past 6 months?
Our strategy is to thrive through the energy transition with a low-cost, lower-carbon, profitable, resilient and diversified portfolio. This strategy remains unchanged following the merger with BHP’s petroleum business, with Woodside becoming a bigger supplier of the energy that the world needs now and will demand in the future.
The merger delivers a diverse portfolio of quality operating assets, plus a suite of growth opportunities across oil, gas and new energy that promises ongoing value for our shareholders.
Completion of the merger will enable Woodside to play a more significant role in the energy transition. With less carbon emissions than other fossil fuels, such as coal and oil, natural gas can help the world transition towards a lower carbon future. Gas accounts for more than 70% of Woodside’s production post completion of the merger.
JAPAN MARKET OUTLOOK
How do you view the Japanese market?
Woodside’s relationships with Japan date back to the critical Japanese investment in the Woodside-operated North West Shelf Project in the 1980s, when Japanese buyers underpinned the project by signing long-term gas supply agreements.
We have delivered safe, reliable, competitive LNG to Japan for more than 30 years. Our long-term relationships between energy suppliers and customers in Australia and Japan are built on trust and mutual respect. These relationships remain important as we see a significant ongoing role for Woodside’s LNG production to support our customers’ decarbonisation commitments.
This aligns with the Japanese Government’s “Outline of Strategic Energy Plan” published in October 2021, which assumes that LNG, while reducing from 37% in 2019, still makes up 20% of Japan’s electricity generation mix in 2030.
At Woodside, we are investing in new energy products and lower-carbon services to reduce customers’ emissions, including but not limited to, hydrogen, ammonia and carbon capture, utilisation and storage.
We have targeted $5 billion investment in new energy products and lower-carbon services by 2030. A key component of Woodside’s strategy to invest in new energy products and lower-carbon services is to work with potential customers to develop demand for new sources of energy.
Japan is seeking to decarbonise its economy by leveraging hydrogen energy in transportation, industry, power production, and other fields. Woodside’s recent Japanese collaboration highlights include:
Is Japan less important now than the China market?
We supply a growing base of customers primarily in the Asia-Pacific region, including Japan and China. Both are important markets for Woodside.
What’s your more general view on Asian demand?
In the Asia–Pacific region, where 1.5 billion people are expected to enjoy better living standards and join the middle class by 2030, energy use is expected to increase. Woodside’s LNG can help Asia to decarbonise, for example by replacing coal, supporting renewables, and in hard to abate uses.
Scarborough gas, processed through Pluto Train 2 project, will be one of the lowest carbon intensity projects for LNG delivered to customers in North Asia. The Scarborough reservoir contains only 0.1% CO2, and Scarborough gas processed through the efficient and expanded Pluto LNG facility supports the decarbonisation goals of our customers in Asia.
CARBON CAPTURE TECH OUTLOOK
The latest G7 environment Ministers memo calls for abatement of the gas industry. Are you ready to move towards carbon capture at your new / existing projects? Are your buyers asking for this?
The G7 Leaders’ Communique (issued 28 June 2022) acknowledges the role of LNG in supporting global energy security as major consumers phase out reliance on Russian gas and transition to a cleaner future. Since the crisis in Europe has unfolded, LNG customers in Asia have sought to ensure they are securing energy from reliable and credible sources, highlighting the positive contribution that Australian producers can make and strengthening the case for Woodside’s established and emerging projects, such as Scarborough.
We recognise that while unabated natural gas can help countries move towards net zero greenhouse gas emissions, it cannot help them reach net zero on their own because most end uses of natural gas result in greenhouse gas emissions. To reach net zero these residual greenhouse gas emissions need to be abated, such as through carbon capture, utilisation and storage (CCUS).
We are working to develop our carbon capture and storage (CCS) capabilities and have established a dedicated team to build relationships and assess opportunities for the large-scale deployment of CCS.
Woodside has established a consortium with bp and Japan Australia LNG (MIMI) Pty Ltd to assess the opportunity to develop a large-scale, multi-user project near Karratha, Western Australia. The consortium will assess the technical, regulatory and commercial feasibility of capturing carbon emitted by multiple industries located near Karratha on the Burrup Peninsula and storing it in offshore reservoirs in the Northern Carnarvon Basin.
CARBON CREDITS AND “CARBON NEUTRAL” LNG
What’s your stance on carbon credits? There have been a lot of reports questioning the credibility of some forestry or other credit schemes. Are you still confident in credits? Any source of credits you particularly support?
Woodside established a carbon business in 2018 to develop a sustainable offset portfolio in support of our base business and new energy projects. We acquire offsets from carbon markets and also have been originating our own since 2012, managing them on a portfolio basis to optimise the cost of meeting both regulatory and corporate targets.
Woodside recognises that there are important conditions on the use of offsets: The emissions reduction hierarchy should prioritise avoiding and reducing emissions before offsetting them. Offsets must be scientifically verified and accurately accounted for using robust methodologies.
Does “carbon neutral” LNG have a future?
Woodside has a three-point Scope 3 emissions plan to invest in new energy products and lower-carbon services, support our customer and supplier emissions reduction and promote global measurements and reporting.
Some activities to achieve this include partnering with customers on data-sharing and technical collaboration and developing bilateral tracking and reporting methods with customers where we have agreed to deliver carbon-offset cargoes.
NEW BUSINESS OPPORTUNITIES
If there’s one non-LNG field, or segment, that you’d love to be involved in today, what would it be?
While we see a significant ongoing role for Woodside’s LNG production, we’re also investing in new energy products and lower-carbon services to reduce customers’ emissions, including but not limited to hydrogen, ammonia and CCUS.
Woodside is progressing a number of opportunities as part of a developing portfolio of new energy products and lower-carbon services. They include:
Woodside is also working with Heliogen, a U.S.-based concentrated solar thermal (CST) energy developer, to build a 5 MW commercial scale single module demonstration facility in California. Heliogen’s AI-enabled technology has the potential to overcome the challenge of intermittency in solar power generation and offer nearly 24/7 power supply.
Woodside Energy together with JOGMEC, Marubeni and two Japanese power utilities are studying the feasibility of an ammonia supply chain between Australia and Japan

Source: JOGMEC Corp
BY JOHN VAROLI
Below are some of last week’s most important international energy developments monitored by the Japan NRG team because of their potential to impact energy supply and demand, as well as prices. We see the following as relevant to Japanese and international energy investors.
China/ Solar energy
Haitai Solar completed its IPO, with 53.82 million shares now trading on the Beijing Stock Exchange. The new capital injection will help the solar power capacity and storage manufacturer strengthen its position in renewable energy.
Coal/ Record profits
Mining giant BHP delighted investors as surging coal prices pushed profits up by 26%. The Australian company declared a final dividend of $8.9 billion, or $1.75/ share, the highest disbursement in its 137-year history.
EU/ Clean energy metals
The EU wants to lower regulatory barriers to mining and production of green energy infrastructure materials such as lithium, cobalt and graphite that are needed for wind farms, solar panels and EVs.
Germany/ Natural gas
Energy company Uniper, which last month secured a €15 billion state bailout, is reported to be close to bankruptcy following a six-month loss of €12.3 billion. This is mainly due to problems with Russian gas supplies that forced Uniper to buy at higher prices elsewhere.
Greece/ Solar power
PPC Renewables is inviting bids to build a 550 MW solar power plant, which will be Greece’s largest PV facility. The estimated €216 million project will operate without state subsidies and sell electricity through power purchase agreements (PPAs).
Greenland/ Clean energy metals
Billionaires Jeff Bezos, Michael Bloomberg and Bill Gates are backing Kobold Metals, a California mining startup that will search for clean energy metals in Greenland’s Nuussuaq Peninsula, which might have major deposits of nickel and cobalt.
Oil/ Global markets
Barclays lowered its Brent price forecast by $8/ barrel for 2022 and 2023, expecting a surplus of crude over the near-term due to “resilient” Russian supplies. Barclays sees Brent averaging $103 this year and next. In related news, energy-rich Middle East states are set to earn as much as $1.3 trillion in additional oil revenues over the next four years, according to the IMF.
Russia/ Energy earnings
Higher oil export volumes to China and India, as well as rising gas prices, will boost Moscow’s earnings from energy sales to $337.5 billion in 2022, a 38% rise YoY, according to the country’s economy ministry.
Russia/ Natural gas
As Gazprom’s natural gas export and production continues to fall, European gas prices might rise by 60% to more than $4,000 per 1,000 c3/m this winter. Overall, Gazprom’s production was down 13.2%, YoY, to 274.8 billion c3/m.
Sri Lanka/ Wind power
Adani Green Energy secured provisional approval to invest over $500 million in two wind projects. Sri Lanka has been besieged with many economic woes and social unrest precisely due to the energy crisis.
Spain/ Renewable energy
Iberdrola’s €300 million, 590 MW Francisco Pizarro clean energy project began operations. It’s Europe’s largest PV project. Across Spain, Iberdrola has installed capacity of more than 19.3 GW. The company will spend €14.3 billion by 2025 to build more renewable capacity.
UK/ Coal power
Britain’s National Grid agreed with power generators Drax Group and EDF to extend the life of four coal-fired power units at two plants as a “last resort” in case other sources can’t provide enough electricity as the country faces an energy crisis in winter.
A selection of domestic and international events we believe will have an impact on Japanese energy
| January | OPEC quarterly meeting;JCCP Petroleum Conference – Tokyo;EU Taxonomy Climate Delegated Act activates;
Regional Comprehensive Economic Partnership (RCEP) Trade Agreement that includes ASEAN countries, China and Japan activates; Indonesia to temporarily ban coal exports for one month; Regional bloc developments: Cambodia assumes presidency of ASEAN; Thailand assumes presidency of APEC; Germany assumes presidency of G7; France assumes presidency of EU; Indonesia assumes presidency of G20; and Senegal assumes presidency of African Union; Japan-U.S. two-plus-two meeting; Japan’s parliament convenes on Jan. 17 for 150 days; Prime Minister Kishida visits Australia (tentative) |
| February | Chinese New Year (Jan. 31 to Feb. 6);Beijing Winter Olympics;South Korea joins RCEP trade agreement |
| March | Renewable Energy Institute annual conference;Smart Energy Week – Tokyo;Japan Atomic Industrial Forum annual conference – Tokyo;
World Hydrogen Summit – Netherlands; EU New strategy on international energy engagement published; End of 2021/22 Japanese Fiscal Year; South Korean presidential election |
| April | Japan Energy Summit – Tokyo;MARPOL Convention on Emissions reductions for containerships and LNG carriers activates;Japan Feed-in-Premium system commences as Energy Resilience Act takes effect;
Launch of Prime Section of Japan Stock Exchange with TFCD climate reporting requirement; Convention on Biological Diversity Conference for post-2020 biodiversity framework – China; Elections: French presidential election; Hungarian general election |
| May | World Natural Gas Conference WCG2022 – South Korea;Elections: Australian general election; Philippines general and presidential elections |
| June | Happo-Noshiro offshore wind project auction closes;Annual IEA Global Conference on Energy Efficiency – Denmark;UNEP Environment Day, Environment Ministers Meeting – Sweden;
G7 meeting – Germany |
| July | Japan to finalize economic security policies as part of natl. security strategy review;China connects to grid 2nd 200 MW SMR at Shidao Bay Nuclear Plant, Shandong;Czech Republic assumes presidency of EU;
Elections: Japan’s Upper House Elections; Indian presidential election |
| August | Japan: Africa (TICAD 8) Summit – Tunisia;Kenyan general election |
| September | IPCC to release Assessment and Synthesis Report;Clean Energy Ministerial and the Mission Innovation Summit – Pittsburg, U.S.;Japan LNG Producer/Consumer Conference – Tokyo;
IMF/World Bank annual meetings – Washington; Annual UN General Assembly meetings; METI to set safety standards for ammonia and hydrogen-fired power plants; End of 1H FY2022 Fiscal Year in Japan; Swedish general election |
| October | EU Review of CO2 emission standards for heavy-duty vehicles published;Chinese Communist Party 20th quinquennial National Party Congress;G20 Meeting – Bali, Indonesia;
Innovation for Cool Earth TCFD & Annual Forums – Tokyo; Elections: Okinawa gubernational election; Brazilian presidential election; |
| November | COP27 – Egypt;U.S. mid-term elections;Soccer World Cup – Qatar; |
| December | Germany to eliminate nuclear power from energy mix;Happo-Noshiro offshore wind project auction result released;Japan submits revised 2030 CO2 reduction goal following Glasgow’s COP26;
Japan-Canada Annual Energy Forum (tentative); Tesla expected to achieve 1.3 million EV deliveries for full year 2022 |
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NEWS
・PM Kishida urges new METI chief to tackle energy inflation and repeats the need to secure more nuclear power, but incoming minister sends mixed messages on commitment to nuclear
・Kyushu Electric to launch battery power trades in coming year
as it looks at new options in electricity markets
・Foreign shareholders sue Kansai Electric over bribe scandal claiming failure to disclose nuclear-related back payments