Brazil's power load grows in 1H

Spanish Market: Electricity
25/07/23

Brazil's power load increased by 3.8pc in the first half of 2023, according to grid operator ONS.

The country reached an average of 71,077MW in June, which is also 2pc higher than the power load for June 2022. The figure takes distributed generation data into account.

The results were influenced by mild temperatures in the southeastern/mid-center regions and less rainfall in the north and northeast — which drove the power load down — while economic factors moved in the opposite direction and drove results up.

By Rebecca Gompertz

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11/06/26

Meta, CleanMax partner on 900MW renewables in India

Mumbai, 11 June (Argus) — Indian renewable energy developer CleanMax and technology firm Meta have agreed to partner on the development of 837MW of wind and solar projects in India, in addition to previously announced projects. The companies will develop 837MW of new solar and wind capacity across the states of Rajasthan and Karnataka, CleanMax announced on 10 June. The expansion builds on an existing partnership, taking their total renewable capacity development to above 900MW, including earlier projects. Under the agreement, CleanMax will develop and operate the projects, while Meta will purchase 100pc of the environmental attributes generated by the facilities. CleanMax's renewable energy projects support Meta's efforts to add new generation to the grid, CleanMax said. The projects will also support Meta's goal of matching its electricity consumption with renewable energy, as well as reducing emissions associated with its operations and value chain. The agreement represents progress toward the company's renewable energy goals in the region and will help bring new renewable energy capacity into India's power system, Meta's head of clean and renewable energy Amanda Yang said. Details on project timelines, capacity breakdown and commercial arrangements remain unclear. CleanMax declined to answer when asked for details on the projects' offtake structure and whether Meta will procure electricity directly, or only their environmental attributes. Technology firms are accelerating renewable energy procurement globally to meet growing power requirements from data centres and artificial intelligence-related infrastructure. India has emerged as a key market for such investments because of its expanding renewable energy capacity and corporate clean power procurement frameworks. US technology giants are increasingly investing in India's renewable energy sector. Google signed an agreement with renewable energy company ReNew in 2025 covering the environmental attributes from a 150MW solar project in Rajasthan, and Microsoft signed a 437.6MW green attribute contract with the company in 2024. The deal also reflects the increasing importance of data centres as a source of renewable power demand in India. Data centre and AI infrastructure customers accounted for 42pc of CleanMax's contracted renewable power sales portfolio in the 2025-26 fiscal year, according to the company. Its contracted renewable energy portfolio reached 5.7GW in the April 2025-March 2026 fiscal year. India's renewable capacity reached 274GW as of March, with over 150GW coming from solar, according to data from India's Ministry of New and Renewable Energy. By Keertiman Upadhyay Send comments and request more information at feedback@argusmedia.com Copyright © 2026. Argus Media group . All rights reserved.

Turkey eyes 35pc by 2035 Cop 31 electrification goal

09/06/26

Turkey eyes 35pc by 2035 Cop 31 electrification goal

London, 9 June (Argus) — Turkey has proposed a global goal for electricity to reach 35pc of global final energy consumption by 2035, up from around 20pc at present during the Bonn climate talks, a halfway conference between UN Cop climate summits. Turkey, which will host the upcoming Cop 31 climate summit in November, proposed the goal as part of its action agenda of voluntary initiatives aimed at accelerating the implementation of commitments taken at previous summits. Like during Cop 30 in Brazil, the action agenda will run alongside official UN negotiations. The Cop host is proposing to build a global coalition to carry forward this goal, which is based on analysis from watchdogs the International Energy Agency (IEA) and International Renewable Energy Agency (Irena). President-designate of the summit, Murat Kurum, called it "one of the defining priorities of our Cop 31 presidency." Reaching the goal would require a sharp increase in the rate of electrification from recent decades. Electricity would have to increase its share of final energy consumption by 1.2pc/yr, compared to 0.2pc/yr over 1990-23, according to IEA data (see graph). The electrification goal has the advantage of being applicable worldwide, being equally valid for decarbonising industry in Germany or contributing to clean cooking in Africa, according to Cop 31 president of negotiations Chris Bowen of Australia. The electrification pledge remains outside of negotiated Cop outcomes for now, but Australia has referred the action agenda to parties at the Cop, and it is something they could take momentum from, Bowen said. UN Framework Convention on Climate Change (UNFCCC) executive secretary Simon Stiell said today that it is "for parties to decide" if it is brought into the negotiation process. Achieving an electrification rate of 35pc by 2035, combined with energy efficiency improvements of around 3pc, calls for a global installed renewable power capacity of around 18,400 GW in the same period, according to Irena. The goal also needs to be complemented by grid enhancements, according to the organisation. Increasing electricity consumption can be met by fossil as well as non-fossil sources. The world consumed 2.4 times as much fossil-origin electricity in 2023 as in 1990, although electricity generation from other sources increased 2.7 times in the same timespan. By Rhys Talbot Send comments and request more information at feedback@argusmedia.com Copyright © 2026. Argus Media group . All rights reserved.

BP confirms shift to two‑segment structure

09/06/26

BP confirms shift to two‑segment structure

London, 9 June (Argus) — BP confirmed today that it will reorganise its business into two segments — Upstream and Downstream — from 1 July. The Upstream segment will combine BP's oil and gas regions, covering exploration, development and production. It will also include upstream joint ventures, alongside the company's renewable natural gas and carbon capture and storage businesses. The Downstream segment will include refining, terminals and pipelines, as well as BP's mobility and convenience retail operations. It will also cover biofuels, aviation and hydrogen, and include the company's remaining 35pc stake in its Castrol lubricants business. BP's Supply, Trading & Shipping function will operate across both segments, supporting "delivery and value creation across the integrated system", the company said. Its renewable power businesses — including solar and offshore wind, where BP is pursuing an asset-light model — will sit within the Technology function. The reorganisation was trailed shortly after new chief executive Meg O'Neill joined the company in April . Focusing BP around two distinct segments "is an important step in accelerating delivery" and will "reduce complexity and strengthen execution", O'Neill said today. The move brings BP's structure closer to that of US peers Chevron and ExxonMobil. O'Neill previously spent more than two decades at ExxonMobil. BP is currently organised into three main segments — Gas & Low Carbon Energy, Oil Production & Operations, and Customers & Products — alongside an Other Businesses and Corporate segment. The company said the new structure will clarify accountabilities and enable "faster, more effective" decision-making. O'Neill has previously said that moving BP's refining into a dedicated downstream segment, from the largely upstream Production & Operations business, would allow leadership to better "maximise value from the front of the refinery all the way to the end-customer". BP said Gordon Birrell, currently executive vice-president of Production & Operations, will lead the new Upstream segment. Customers & Products head Richard Harding will serve as interim head of Downstream until a permanent executive vice-president is appointed. By Jon Mainwaring Send comments and request more information at feedback@argusmedia.com Copyright © 2026. Argus Media group . All rights reserved.

Irish firm plans 600MW green H2 energy storage project

09/06/26

Irish firm plans 600MW green H2 energy storage project

London, 9 June (Argus) — Irish developer Net Zero Energy (NZE) plans to build a 600MW long-duration energy storage (LDES) facility that will convert surplus renewable power into hydrogen, store it underground, and dispatch electricity during periods of peak demand. The Rathrush Green Energy Park, in Carlow county, would cost around €2bn ($2.31bn) to develop. The plant is designed to generate up to 600MW for 70 hours — enough to cover 10pc of Ireland's peak electricity demand , NZE said. The LDES site will use surplus wind and solar electricity to power electrolysers to produce renewable hydrogen, which will be compressed and stored in lined rock caverns. Gas turbines will then burn the hydrogen to generate power for grid dispatch. The plant will connect to the grid through a 220kV substation, and draw process water from a nearby wastewater treatment facility. NZE is running a public consultation and plans to file a planning application by the end of 2026. NZE previously developed a 4.6MW battery energy storage system (BESS) and assisted in permitting and grid connection for the Kelwin 26MW BESS site . Separately, Ireland's department of climate, energy and environment has opened a call for evidence on geological hydrogen storage to inform future regulatory frameworks for underground storage. The consultation, which covers salt caverns, depleted gas fields, aquifers and lined rock caverns, closes on 17 July. By Chingis Idrissov Send comments and request more information at feedback@argusmedia.com Copyright © 2026. Argus Media group . All rights reserved.

South Korea’s fundamental fuel economics and policy

08/06/26

South Korea’s fundamental fuel economics and policy

London, 8 June (Argus) — The dynamic between thermal coal and LNG in South Korea's energy mix is more relevant than ever in the wake of the Mideast Gulf war, with surging prices, supply disruptions and evolving government policy all dictating the shape of South Korea's electricity generation. Generation margin advantage Coal has maintained substantial cost advantages over gas-fired generation since the US/Israel-Iran war began. On 6 March, thermal coal generation costs in South Korea were estimated at 75.83 won/kWh, compared with W216.22/kWh for LNG. Argus' NAR 5,800 kcal/kg thermal coal assessment rose by $19/t to $115.63/t cfr South Korea on 6 March, while northeast Asia (ANEA) front-month spot LNG prices more than doubled over the same period to $23.665/mn Btu from $10.715/mn Btu . April: Full switching to coal In April, South Korea demonstrated substantial fuel switching away from gas to coal. South Korean coal burn averaged 15GW in April, up by 42pc from around 10.6GW in 2025. Gas generation was down by 6.2pc, equivalent to an LNG demand cut of approximately 110,000t. This marked the first full month without any Qatari LNG deliveries following the outbreak of the Middle East war. May-June: Persistent coal support, constrained gas burn Despite ongoing government efforts to preserve LNG stocks, coal's dominance continued. Gas-fired output fell to 15.9GW for the rolling four-week average over 27 April–24 May 2026, down by 4.4pc on the year, while coal-fired output rose by 16.5pc to about 15GW over the same period. However, at least six LNG cargoes were diverted to South Korea in May, signalling spot demand driven by summer temperatures. Structural constraints on fuel switching South Korea's ability to fuel-switch away from gas is constrained by persistent grid bottlenecks. New renewable, nuclear and coal-fired power plants in coastal areas lack sufficient grid capacity to transfer power to urban demand centres. This structural constraint has kept a higher floor for gas-fired output, particularly during off-peak hours. Coal's balancing role During the spring shoulder season (typically March–June), South Korea implements countermeasures forcing generators to run coal-fired units at minimum levels to maintain grid stability. Coal-fired plants require higher minimum stable output than gas-fired units, making them far less flexible when solar output spikes in the middle of the day. As a result, gas-fired plants have been relied on as the main balancing power source during peak renewable generation hours. Policy and energy transition The South Korean government previously pledged to phase out coal entirely by 2040 but shifted to a more flexible stance following Middle East energy disruptions. By 14 April, the government signalled the possibility of delaying its coal exit plan in response to the war in the Middle East, although it simultaneously reaffirmed its commitment to expand renewables to 100GW by 2030. Near-term outlook and summer 2026 demand South Korea is forecast to experience a hotter-than-normal summer in June–August, with its meteorological agency indicating over a 50pc chance of above-average temperatures. This could increase power demand and LNG requirements. But the country faces tighter structural supply dynamics. Nuclear availability is scheduled to fall to 19.4GW in June–August from 20.1GW a year earlier, assuming the Wolsong reactors under maintenance stay off line. Coal-fired capacity will gradually return from maintenance, with 4.7GW set to have returned by the end of May, but this will only partially offset the government's ability to switch away from gas. Gas tariff and electricity price pressures are likely to persist, encouraging continued reliance on coal where operationally feasible. S Korea 40% coal switching price S Korea 44, 40% DS, 58% SS Send comments and request more information at feedback@argusmedia.com Copyright © 2026. Argus Media group . All rights reserved.

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