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ACEN Australia, a subsidiary of the Philippine group Ayala’s ACEN Corp, has submitted a proposal for a significant renewable energy project in New South Wales. The project includes the construction of a 320-MW solar park, which aims to enhance the region's clean energy capacity.In addition to solar generation, the project plans to incorporate up to 1,400 MW of battery storage. This development aligns with Australia’s ongoing efforts to increase renewable energy sources and improve energy security amid the transition towards greener technologies. Approval for the project is pending, marking a crucial step in its implementation. What are the key components and benefits of ACEN Australia's renewable energy project in NSW? Key Components of ACEN Australia's Renewable Energy Project in NSW 320-MW Solar Park: The solar park will feature numerous photovoltaic panels strategically placed to maximize sunlight exposure and energy generation. Advanced technology will be used to improve efficiency and reduce costs. 1,400 MW Battery Storage: The inclusion of substantial battery storage will allow for enhanced energy management, enabling the storage of excess solar energy generated during peak sunlight hours. This storage capacity will stabilize the energy supply, providing power demand during off-peak hours and at night. Grid Integration: The project will be linked to the existing electricity grid, facilitating the distribution of clean energy across the region. Strengthening grid infrastructure will promote resilience and reliability in energy supply. Sustainable Practices: The project will adhere to environmentally friendly construction and operational practices, minimizing carbon footprint. Use of local resources and labor will support the community and reduce transportation emissions. Benefits of ACEN Australia's Renewable Energy Project Increase in Clean Energy Capacity: Contributing significantly to New South Wales' renewable energy targets and overall clean energy production. Supports the Australian government’s commitment to reducing greenhouse gas emissions and transitioning to a sustainable energy future. Energy Security and Reliability: The combination of solar and battery storage provides a more reliable energy source, reducing dependence on fossil fuels. Enhances energy security by diversifying the energy mix and providing backup options during peak demand. Job Creation: The project is expected to generate numerous jobs during the construction phase and ongoing operational roles once completed. Local economic involvement will provide additional support for regional economies. Technological Advancement: Encourages investment in cutting-edge renewable technologies and infrastructure, fostering innovation in clean energy solutions. The project may serve as a model for future renewable energy initiatives across Australia and beyond. Community Engagement: Engaging local stakeholders and communities throughout the project lifecycle to ensure that their perspectives are considered. Potential community benefits could include renewable energy access programs and local sustainability projects. Reduction of Electricity Costs: By increasing the share of renewables in the energy mix, the project could help drive down electricity prices over the long term. A stable, lower-cost energy supply will benefit consumers and businesses alike. Climate Change Mitigation: The project actively contributes to global efforts in combating climate change by reducing reliance on carbon-intensive energy sources. Supports Australia's commitment to international climate agreements and sustainability goals. This renewable energy project by ACEN Australia represents a significant step towards a cleaner, more sustainable energy future for New South Wales, with wide-ranging benefits for the environment, economy, and local communities.

also 2.8 GWh, or more hrs of storage. The battery will certainly come with ACEN Australia's 720 MW New England solar farm. The new battery, if developed, will overtake

coal-fired generation with renewables, supported by long-duration storage. ACEN Australia was successful with its 720-MW/936-MW DC New England Solar project as well as

Partnership with BrightNight intends to deploy US$ 250m of equity

Get ready for the future of renewable energy with Ayala's ACEN Corp's 100-MW solar project and 80 MW battery storage in New South Wales, Australia. Powering 45,000 homes with cutting-edge technology!

ACEN Australia, a subsidiary of Ayala's ACEN Corp, has received approval to build a 600-MW solar park with an integrated battery in New South Wales' Central-West Orana region. The project, known as the Birriwa solar-plus-storage project, was recommended for approval by the Department of Planning, Housing and Infrastructure and has now been given the green light by the state's Independent Planning Commission.The solar park will cover 1,200 acres of cleared grazing land and is expected to produce electricity for approximately 262,000 homes in Australia annually. The project will also include a battery energy storage system with a capacity of 600 MW, providing two hours of storage capacity to help meet high demand periods. Construction is anticipated to take around 28 months to complete. What are the key features of ACEN Australia's approved Birriwa solar-plus-storage project? The Birriwa solar-plus-storage project will have a total capacity of 600 MW, making it one of the largest solar projects in Australia. The solar park will cover 1,200 acres of cleared grazing land in New South Wales' Central-West Orana region. The project is expected to produce electricity for approximately 262,000 homes in Australia annually. The integrated battery energy storage system will have a capacity of 600 MW, providing two hours of storage capacity to help meet high demand periods. The project was recommended for approval by the Department of Planning, Housing and Infrastructure and has now been given the green light by the state's Independent Planning Commission. Construction of the Birriwa solar-plus-storage project is anticipated to take around 28 months to complete.

ACEN and YAC are harnessing Pilbara's sun, launching the 150-MW Jinbi solar park to power Rio Tinto’s operations and drive a renewable energy revolution!

ACEN Australia has lodged an application under Australia’s Environment Protection and Biodiversity Conservation (EPBC) Act to build a 440-MW/1,760-MWh battery energy storage system (BESS) in the Central Highlands of Queensland, advancing a four-hour “big battery” in the heart of coal country. The proposed Lilyvale BESS would sit about 52 km north-east of Emerald, adjacent to Ergon Energy’s Lilyvale Substation, enabling a direct high-voltage grid connection.  EPBC referral documents outline a project footprint of roughly 151.5 hectares, with the disturbance area limited to about 21.15 hectares. The build-out calls for 512 battery containers, 128 inverters and 128 medium-voltage power stations, plus a new substation and O&M facilities. ACEN proposes lithium-iron-phosphate (LFP) chemistry, targeting around four hours of storage to shift daytime renewables into the evening peak and provide fast-response grid support. The site is surrounded by legacy and active resources infrastructure, including the Bowen Basin coalfields and multiple mines near Lilyvale—one reason the project has been described as a battery “in coal country.” The referral argues the development avoids higher-value habitat and is “unlikely” to trigger a controlled-action ruling under the EPBC Act; the federal environment department will issue the formal determination after assessing potential impacts on listed species and matters of national environmental significance. If approved, Lilyvale would add to Queensland’s fast-growing fleet of large batteries that are designed to firm increasing volumes of solar and wind. Recent milestones include the first 270 MW/540 MWh stage of the Western Downs BESS entering operation and deliveries of Megapack XL units for Stanwell’s 1.2 GWh project—both signalling a rapid scale-up of storage across the state. ACEN Australia has been expanding a pipeline of utility-scale renewables and storage across the National Electricity Market. The Lilyvale filing marks a bid for federal clearance on one of its largest standalone storage projects to date, with design choices tailored to deliver evening peak capacity and system strength services in a region long dominated by thermal generation.

New joint venture Suryagen Capital will create big scale solar, battery energy storage system as well as green hydrogen projects in Indonesia The joint venture entity will certainly create projects spanning the BBK islands as well as the East Nusa Tenggara province

being utilized as "laydown locations" for stage one construction works, ACEN Australia kept in mind, including that the specific site was picked as a result of its

Solar designer ib vogt is partnering with the energy platform of Philippine conglomerate Ayala to develop large-scale PV projects in the Asia-Pacific area.

Philippines-based AC Energy Corp (PSE: ACEN) will certainly get the designer of a 60-MWp solar park project in the Philippines, expecting the bargain to be finished by mid-December, it stated in a bourse filing on Thursday.

ACEN is currently constructing over 1,000 MW of solar and also wind projects in the Philippines, said the chief executive officer. The addition of new renewable resource capacity will help balance the power demand as well as supply scenario and additionally aid the Philippines in accomplishing the renewable energy targets.

ACEN Corporation (PSE: ACEN), the energy platform of Philippine conglomerate Ayala Group, will better increase its renewables portfolio with the construction of a 300-MW solar park in the Philippines' Central Luzon area.

ACEN and its partner agree to invest up to USD 100 million in a new joint venture. Read on to find out more about the exciting collaboration.