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Samsung C&T has announced the divestment of a 3-GW portfolio of solar and energy storage projects located in southern Texas. The bundle consists of six PV plants with a total capacity of 1 GW and nine energy storage facilities totalling 2 GW, which are planned to be energised between 2025 and 2026. Samsung C&T will partner with US-based Sunraycer Renewables for the development and permitting of the projects. The two companies will also explore further cooperation initiatives in the US renewable energy market in the near future. What Cooperation Initiatives Are Samsung C&T and Sunraycer Renewables Exploring? Cooperation initiatives between Samsung C&T and Sunraycer Renewables could include joint venture partnerships The two companies could also consider co-investing in additional solar and energy storage projects in the US As part of the collaboration, Samsung C&T and Sunraycer Renewables could explore the co-development of further projects in the US market The two companies could also look into the potential of forming a long-term strategic partnership to pursue opportunities together in the renewable energy sector In addition, Samsung C&T and Sunraycer Renewables could explore joint marketing and promotional activities to further support their respective businesses in the US market The partnership could further involve the exploration of renewable energy technology solutions to accelerate project development and increase operational efficiencies.

Samsung C&T Corporation Engineering & Construction has signed a Memorandum of Understanding (MoU) with the Northern Territory’s government in Australia to develop a mega-scale complex for renewable power generation, storage and hydrogen production. The plan includes the construction of renewable energy parks to produce solar photovoltaic (PV) and wind energy on a large scale, battery energy storage systems, green hydrogen production facilities and related transmission infrastructure. The output of the wind and solar farms will be used to fuel companies within the manufacturing segment transitioning to 100% renewables, including Samsung affiliates. The MoU's term will last two years and during this time a working group will be established to explore the feasibility of the project and identify suitable locations, with one potential being the Middle Arm Sustainable Development Precinct on Darwin harbour. What Locations Are Being Considered for Samsung's Renewable Power Complex? Potential locations for the renewable power complex being considered include the Middle Arm Sustainable Development Precinct on Darwin harbour. Other potential sites being considered for the renewable power complex are the towns of Katherine and Tennant Creek in the Northern Territory. The Muckaty Station in the Northern Territory is also being considered for the project. The Tiwi Islands, located off the Northern Territory coast, are also being considered as a potential site for the renewable power complex. The Munupi Sustainable Development Precinct on Melville Island, which is also in the Northern Territory, is another possible location for the complex.

federal government has granted environmental approval for Samsung C&T Renewable Energy Australia’s 300‑MW Dunmore solar farm in Queensland,

Samsung C&T Corporation's Australian division will install a 250-MW/500-MWh battery storage system in Victoria, known as the Gnarwarre battery. The project recently achieved financial close, marking a significant step forward in its development.The Gnarwarre battery aims to enhance energy storage capabilities in the region, supporting grid stability and renewable energy integration. This initiative underscores Samsung C&T's commitment to expanding its presence in the renewable energy sector and contributing to sustainable infrastructure in Australia. How Will the Gnarwarre Battery Impact Renewable Energy and Grid Stability in Victoria? Increased Renewable Energy Integration: The Gnarwarre battery will enable higher penetration of renewable energy sources like wind and solar by storing excess energy generated during peak production times and releasing it when demand is high or production is low. Grid Stability and Reliability: By providing a buffer against fluctuations in energy supply and demand, the battery will help stabilize the grid, reducing the risk of blackouts and ensuring a more reliable power supply for consumers. Peak Load Management: The battery system can discharge energy during peak demand periods, reducing the need for expensive and polluting peaker plants, and lowering overall energy costs. Support for Decentralized Energy Systems: The battery will facilitate the integration of decentralized energy systems, allowing for more localized energy production and consumption, which can enhance energy security and reduce transmission losses. Economic Benefits: The project is expected to create jobs during the construction and operational phases, contributing to the local economy and supporting the transition to a green energy workforce. Reduction in Carbon Emissions: By enabling more efficient use of renewable energy and reducing reliance on fossil fuels, the battery will contribute to a reduction in carbon emissions, supporting Victoria's climate goals. Enhanced Energy Market Flexibility: The battery will provide additional flexibility to the energy market, allowing for better management of supply and demand dynamics and potentially leading to more competitive energy prices. Technological Advancement: The deployment of advanced battery technology in Victoria will position the region as a leader in energy innovation, attracting further investment and research opportunities in the renewable energy sector.

as 42 tonnes of hydrogen, specifically. The partnership in between IGE and Samsung C&T includes in an existing partnership between the two firms. In February, a

Samsung C&T Renewable Energy Australia has filed its 300-MW solar-plus-storage proposal in Queensland for assessment under the national Environment Protection and Biodiversity Conservation (EPBC) Act, setting a clear regulatory path for one of the state’s larger hybrid builds. The concept is straight out of the modern Australian playbook: large daytime generation paired with a multi-hour battery to deliver firm evening capacity, reduce curtailment, and provide fast grid-support services. The planned layout would combine high-efficiency modules on single-axis trackers with a containerized battery energy storage system (BESS). Co-location keeps losses down, shares an interconnection, and allows a unified plant controller to respond to market signals—charging at low-price periods, discharging during the evening ramp, and delivering frequency and voltage support within seconds. With the National Electricity Market increasingly shaped by solar at noon and tightness after sunset, such hybrids are becoming the default design rather than the exception. EPBC referral triggers a focused environmental lens: threatened species surveys, habitat corridors, and construction-phase controls for dust, noise, and storm-water. In Queensland, biodiversity and cultural-heritage management plans are now standard, as are visual-impact mitigations and traffic strategies to protect nearby communities during build. Early engagement with the transmission provider remains pivotal, particularly to sequence substation works and lock scarce transformers and grid-forming inverter packages. Commercially, the project profile aligns with corporate offtake trends and potential participation in capacity and ancillary markets. Standardized equipment and repeatable EPC processes should help compress timelines and smooth costs despite global supply variability. If approvals land cleanly, Samsung C&T can phase construction to bring partial capacity online early, then scale the BESS to match evolving market revenue opportunities. For Queensland, every grid-ready hybrid adds resilience: fewer price spikes, better use of plentiful midday solar, and reduced reliance on peakers. The submission under the EPBC framework is a concrete first step toward turning a blueprint into flexible, dispatchable clean megawatts.

Saudi Arabia's Public Investment Fund(PIF), South Korea's steelmaker POSCO (KRX:005490) as well as Samsung C&T Corp (KRX:028260) have teamed up to discover the growth of a joint project for the production of green hydrogen with export purposes.

energy power business.” Seung-gul Lee, president and CEO of Samsung C&T America Inc, a parent company of Samsung Solar Energy, added: "Samsung Solar

of Trina Solar has authorized an 875MW solar tracker supply contract with Samsung C&T (SSCT), for Qatar's biggest solar plant-- the commercial cities solar power

the center East. Based on the news, it has authorized a contract lately with Samsung C&T's Engineering & Construction Group to supply its MV-integrated 1500V

and also O&M firm, Sunpure has actually won a contract from South Korean Samsung C&T- an engineering and also building and construction firm for the supply of PV

Valorem and T&T Proenergy have joined forces to build a 300-MW portfolio of photovoltaic projects in Poland. Together they will drive green energy development and environmental responsibility, taking their first step towards a strong partnership.

Samsung SDI lands $1.36B U.S. deal for LFP batteries, shifting from EVs to booming grid and data-center storage with domestic production, boosting bankability, AI-era demand, and investor confidence.

Join T&T Proenergy SA in their mission to build an 85-MW solar park in Poland, with potential divestment to a European renewable energy leader. A bright future awaits!

into green ammonia, with most of the output intended for export markets. Samsung C&T is a potential offtaker.The project will also feature energy storage, water