Latest market news

Malaysia sets up cross-border renewable energy exchange

  • : Electricity
  • 24/04/17

The Malaysian government is creating the Energy Exchange Malaysia (Enegem) to allow for cross-border "green electricity" sales to neighbouring countries, starting with pilot sales to Singapore.

The auctioning process for cross-border sales of clean electricity will begin with a 100MW pilot run utilising the existing connection between peninsular Malaysia and Singapore, announced Malaysia's Ministry of Energy Transition and Water Transformation on 15 April. The auction will be open to renewable energy bidders in Singapore that have import licences issued by Singapore's Energy Market Authority.

This pilot phase of 100MW is to "make sure that it works, and then if it does work, hopefully it can be expanded to a gigawatt level," said the chairman of the Energy Commission Malaysia Rashdan Yusof at the Atozero conference in Singapore on 17 April.

"On the demand side, there will also be an auction for suppliers of renewable energy into the exchange," said Rashdan, adding that the exchange will aggregate all the renewable energy sector participants, predominantly in the solar sector, and then provide the energy to Singapore, depending on requirements such as load factors, among other things.

Malaysia aims to catalyse the development of the Asean regional electricity grid and cross-border energy trading. There are "tremendous discussions" on future interconnections, said Rashdan. Malaysian state-owned utility TNB has signed six agreements with utility counterparts in Thailand, Vietnam and Laos, and has two feasibility studies planned with utilities in Indonesia and Singapore, he said, without providing additional details on these deals.

There is great willingness to establish this regional power grid but one of the obstacles is that "each jurisdiction has different energy pricing systems," said Rashdan. There is a significant difference in energy pricing between Singapore and Malaysia, for example, as energy is largely subsidised in Malaysia. "These subsidies, I find, will be a core impediment in terms of the free flow of electrons," he added.

"The energy exchange can level the economic and commercial playing field, so that money can flow. Once the money can flow, the electrons will flow. That's the aim of the energy exchange, to have that transparency and market-based system, without the distortion of price subsidies."

There are a number of bilateral power agreements in the region, with some even crossing multiple borders, such as the Laos-Thailand-Malaysia-Singapore Power Integration Project, which connects renewable power supplies from Laos to Singapore. But Asean countries need to scale up to multilateral power trading to fully benefit from regional grid interconnectivity. Regional grid optimisation in Asean could cut the net present cost of full decarbonisation by 11pc from $7.2 trillion to $6.5 trillion, according to international classification society DNV's Asia-Pacific regional director for energy systems Brice Le Gallo last year.


Related news posts

Argus illuminates the markets by putting a lens on the areas that matter most to you. The market news and commentary we publish reveals vital insights that enable you to make stronger, well-informed decisions. Explore a selection of news stories related to this one.

24/12/26

Viewpoint: US gas market poised for more volatility

Viewpoint: US gas market poised for more volatility

New York, 26 December (Argus) — US natural gas markets may be subjected to more dramatic price swings in 2025 as growing LNG exports and increasingly price-sensitive producers place greater pressure on the US' stagnant gas storage capacity. Those price swings could pose challenges for consumers without ample access to gas supplies, as well as producers interested in keeping some output unhedged to capture potentially higher prices without taking on excessive financial risk. But volatility may also present opportunities for traders looking to exploit unstable price spreads, and for producers that can adapt their operations to fit a more unpredictable pricing environment. Calm before the storm High storage levels and low spot prices this year — averaging $2.11/mmBtu through November this year at the US benchmark Henry Hub — triggered by an unusually warm 2023-24 winter, may have obscured some of the structural factors pushing the US gas market into a more volatile future. But those structural factors remain and loom increasingly large for prices. The US has moved from a roughly 60 Bcf/d (1.7bn m³/d) market eight years ago to a more than 100 Bcf/d market today, "and we haven't grown our storage capacity at all", Rich Brockmeyer, head of North American gas and power at commodity trading house Gunvor, said earlier this year. As supply and demand for US gas grow, the country's roughly 4.7-Tcf storage capacity becomes ever less effective in stemming demand shocks, such as extreme winter weather events, which can more rapidly draw down inventories than in years past. Additionally, a growing share of US gas is being consumed by LNG export terminals being built and expanded on the US Gulf coast. When those facilities encounter unexpected problems and cease operations — as has happened numerous times at the 2 Bcf/d Freeport LNG terminal in Texas in recent years — volumes that were previously being liquefied and sent overseas were instead backed up into the domestic market, crushing prices. More LNG exports may mean more opportunities for such supply shocks. US LNG exports are expected to increase by 15pc to almost 14 Bcf/d in 2025 as operations begin at Venture Global's planned 27.2mn t/yr Plaquemines facility in Louisiana and Cheniere's 11.5mn t/yr Corpus Christi, Texas, stage 3 expansion, US Energy Information Administration data show. Spot price volatility will be most acutely felt in regions like New England that lack underground gas storage. "In areas like the Gulf coast, where you have a lot of storage, it won't be a problem," Alan Armstrong, chief executive of Williams, the largest US gas pipeline company, told Argus in an interview. Producers' trade-off Volatile gas markets are a mixed bag for producers, many of whom profit from volatility while also struggling to plan and budget based on uncertain revenues for unhedged volumes. Though insufficient gas storage deprives the market of stability, "from the standpoint of a marketing and trading guy that's trying to manage my gas supply to customers and my trading book, I love volatility",said Dennis Price, vice president of marketing and trading at Expand Energy, the largest US gas producer by volume. BP chief financial officer Sinead Gorman in November 2023 specifically named Freeport LNG's eight-month-long shutdown in 2022-23 from a fire as a driver of volatility in the global gas market. The supermajor was able to exploit the "incredibly fragile" gas market, she said, which was a key factor driving the success of its integrated gas business. "Those opportunities are what we typically seek and enjoy," Gorman said. Increasingly, producers have also been adapting to a more volatile market by switching production on and off in response to prices, but often without revealing the price at which a supply response will occur. Expand Energy, for instance, told investors in October that it was amassing drilled but uncompleted wells and wells that had yet to be brought on line, which it could activate relatively quickly when prices rise. It declined to name the price at which that would occur. Market participants, attempting to price in this phenomenon by anticipating producers' next moves may respond more dramatically to supply signals than in the past, when production was steadier. Producers' increased responsiveness to prices could help to balance the market somewhat, though more aggressive intervention into operations could take a toll on well performance and pipelines, FactSet senior energy analyst Connor McLean said. Producers are "treating the reservoir itself like a storage facility", Price said. By Julian Hast Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

Japan’s Chugoku restarts Shimane nuclear reactor early


24/12/23
24/12/23

Japan’s Chugoku restarts Shimane nuclear reactor early

Osaka, 23 December (Argus) — Japanese utility Chugoku Electric Power restarted the 820MW Shimane No.2 nuclear reactor for test operations on 23 December, two days earlier than originally planned. The No.2 reactor at Shimane in west Japan's Shimane prefecture was reconnected to the country's power grids for the first time in nearly 13 years, after the reactor shut down in January 2012 for stricter safety inspections following the 2011 Fukushima nuclear meltdown disaster. Chugoku reactivated the Shimane No.2 reactor on 7 December, aiming to resume power generation on 25 December. But the target date for commercial operations remained unchanged on 10 January, despite the earlier than expected restart. The Shimane No.2 reactor will be a vital power source as the sole nuclear fleet in the Chugoku area, to help enhance the resilience of the power supply structure, stabilise retail electricity prices and reduce CO2 emissions, said Japan Atomic Industrial Forum's president Hideki Masui on 23 December. The Shimane No.2 reactor is the second boiling water reactor (BWR) to be restarted after the Fukushima disaster, following the 825MW Onagawa No.2 BWR unit that resumed test generation on 15 November, with normal operations scheduled to restart on 26 December. The BWR is the same type as that involved in the meltdown at the Fukushima Daiichi plant. The restart of the two BWRs would pave the way for Japan's nuclear restoration, as 15 BWRs — including advanced BWRs — are still closed in the wake of the Fukushima disaster. Japan has restored 14 reactors as of 23 December, including the Shimane and Onagaw reactors, of which 12 are installed with a pressurised water reactor (PWR) design. Nuclear power's share The Japanese government last week set a target of 20pc for nuclear power's share in the country's draft power mix for the April 2040-March 2041 fiscal year, under the triennial review for the country's Strategic Energy Plan (SEP). Tokyo is seeking to restart all existing reactors to achieve the 20pc goal, adding that replacement reactors would also be possible. The draft SEP allows nuclear power operators that had decommissioned reactors to build next-generation reactors at their nuclear sites, not limited to the same site. The previous SEP did not mention building new reactors or replacements. Japan's Federation of Electric Power Companies (FEPC) has applauded this progress, but FEPC chairman Kingo Hayashi noted that it was disappointing the SEP did not mention a nuclear capacity target which the FEPC had requested. It also did not include building new reactors or the expansion of existing nuclear plants, Hayashi added. By Motoko Hasegawa Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

Brazil Bndes invests more in Sao Paulo EV fleet


24/12/20
24/12/20

Brazil Bndes invests more in Sao Paulo EV fleet

Sao Paulo, 20 December (Argus) — Brazil's Bndes development bank approved R94.8mn ($15.6mn) in financing for transport company MobiBrasil to buy 87 electric buses in Sao Paulo city. The environment ministry's climate fund — created to finance climate change mitigation projects and Bndes — will be responsible for R45mn. A federal fund to provide financial security to the unemployed, dubbed FGTS, will be responsible for the remaining R49.8mn. This is Bndes' first operation using FGTS resources. Earlier this month, Bndes said it will invest R2.5bn to buy 1,300 EV-buses in Sao Paulo city . On 9 December, the city's council postponed the bus fleet transition from diesel-powered to EVs to 2054 from the previous 2038 deadline. By Maria Frazatto Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

Australia’s Cleanaway, LMS to produce landfill gas


24/12/20
24/12/20

Australia’s Cleanaway, LMS to produce landfill gas

Sydney, 20 December (Argus) — Australian waste management operator Cleanaway and bioenergy firm LMS Energy will partner on a 22MW landfill gas-fired power station at Cleanaway's Lucas Heights facility near the city of Sydney. Cleanaway, Australia's largest publicly listed waste management firm, will receive exclusive rights to landfill gas produced at Lucas Heights for 20 years, the company said on 20 December. LMS will invest A$46mn ($29mn) in new bioelectricity assets, including a 22MW generator. Tightening gas markets owing to underinvestment in new supply has led to speculation that more waste-to-energy plants could be brought on line in coming years, especially in the southern regions. Landfill gas projects receive Australian Carbon Credit Units (ACCUs) by avoiding methane releases, with the total ACCU quantity calculated after a default baseline of 30pc is deducted for projects beginning after 2015. A total of 42.6mn ACCUs were issued to landfill gas projects since the start of the ACCU scheme in 2011, 27pc of the total 155.7mn and the second-largest volume after human-induced regeneration (HIR) methods at 46.68mn. Canberra is reviewing ACCU issuance for these projects, and wants most projects to directly measure methane levels in captured landfill gas to avoid overestimation. Landfill gas operations which generate electricity from the captured gases can also receive large-scale generation certificates (LGCs). LMS has 70 projects currently registered at the Clean Energy Regulator (CER) and has received 24.57mn ACCUs since the start of the scheme. This is the largest volume for any single project proponent, just ahead of Australian environmental market investor GreenCollar's subsidiary Terra Carbon with 23.57mn units. Cleanaway received almost 1mn ACCUs from two projects and has four other projects that have yet to earn ACCUs. By Tom Major and Juan Weik Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

Reliability drives New Zealand power mix: Minister


24/12/19
24/12/19

Reliability drives New Zealand power mix: Minister

Sydney, 19 December (Argus) — New Zealand's conservative coalition government wants to ensure reliable generation, whether that is from coal, oil, gas, or geothermal resources, the country's resources minister Shane Jones told Argus this week. Jones was also clear about the need to draw a distinction between "the expectations on [a] small, open trading nation like [New Zealand] not to use coal and the major hope[s] and needs of the average New Zealander for affordable power, reliable power." "If [reliable power] comes from coal, that's the mix and the menu for the future," he added. Jones argued that existing renewable power sources cannot exclusively provide for New Zealand's energy needs. He instead suggested that his government is interested in promoting alternative power sources such as oil, gas and geothermal, through investments and policy changes. New Zealand's coal-fired power generation surged between July-September, according to the New Zealand's Ministry of Business Innovation and Employment (MBIE). Coal rose to 8pc of total generation from 3pc a year earlier, following a drop in hydroelectric power production. The country burned 363,513t of coal over those months, more than tripling its use for power generation purposes compared to the same period last year. Oil, gas Jones has taken steps to boost the country's oil sector since taking office in late 2023, following the coalition's victory over the centre-left Labour party. The minister introduced the Crown Minerals Amendment Bill in June, a piece of legislation that he described as being "aimed at increasing investor confidence in petroleum exploration and development." Jones told Argus that under the previous government, "people who may have been willing to [make] investment[s] and bring patient capital concluded that New Zealand was no longer available as a destination for oil and gas and this has resulted in a diminution in [oil] investment." The Crown Minerals Amendment Bill will overturn a 2018 ban on offshore oil exploration, which was introduced while Jones was serving in an earlier Labour-led coalition government. New Zealand's oil sector increased its annual well spending from NZ$110mn ($63.2mn) in 2018 to NZ$403mn, in the years following the ban in 2018. The total number of active oil permits in the country has plunged from 56 to 37 over the same period, MBIE data show. New Zealand likely houses at least 223.5bn m³ of undiscovered, offshore gas reserves; 249mn bl of undiscovered, offshore oil reserves; and 177mn bl of undiscovered, offshore NGL reserves, mostly scattered around the North Island, according to US Geological Survey (USGS) estimates in 2022. The country's discovered, recoverable reserves are at between 38.3mn-52.7mn bl of oil; 29.4bn-39.8bn m³ of gas; and between 1.2mn–1.4mn t of LPG as of 1 January 2024, according to the MBIE. Besides restarting oil exploration, the Crown Minerals Amendment Bill also seeks to change permitting processes to drive capital into the sector. Permits are currently allocated through a competitive tender process, Jones told Argus this week. The government wants "the flexibility to use alternative processes to match investor interest in the most efficient and effective way by allowing the option of using non-tender methods." MBIE has indicated that the government may start using ‘priority in time' tenders, which allocates permits to the first eligible projects that apply for them, once the bill passes. But the Crown Minerals Amendment Bill does not specify how the government will manage non-competitive tenders. The government is also not using the Crown Minerals Amendment Bill to "specifically intervene in coal mining operations" in New Zealand, Jones said. But coal demand will fall "in the event that [the government is] able to expand the supply of indigenous gas," he noted. Geothermal The government's energy strategy also appears to involve doubling down on domestic geothermal generation, which is New Zealand's second most common source of power. Geothermal generators produced 2,363GWh of power between July-September, accounting for 20.5pc of total generation, in line with historical averages, according to MBIE data. New Zealand's government seems to be trying to push that share up. The government in early December decided to allocate up to NZ$60mn of public infrastructure funding to research for deep, geothermal energy production. The work will focus on drilling geothermal wells up to 6km deep, nearly twice the depth of standard wells. Jones told Argus that New Zealand officials are currently in Japan, discussing supercritical geothermal generation opportunities with engineers and scientists. By Avinash Govind Send comments and request more information at feedback@argusmedia.com Copyright © 2024. Argus Media group . All rights reserved.

Generic Hero Banner

Business intelligence reports

Get concise, trustworthy and unbiased analysis of the latest trends and developments in oil and energy markets. These reports are specially created for decision makers who don’t have time to track markets day-by-day, minute-by-minute.

Learn more