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the last 10 years the Group has actually installed 1.3 GW in Europe and also

renewables developer Windlab has announced that its landmark energy hub in the Australian state of Queensland has been connected to the grid. The Kennedy Energy Hub is

200MW solar project planned for Victoria, southern Australia, has been denied planning permission by the state's planning arbitrator. In its decision, the

has a solar development pipe of 2.7 GW across Ireland, the USA, UK and also Australia, along with 23MW of running assets in the USA. AIB's EUR8.5 m investment will

Australian retailer Flow Power has inked a power purchase agreement to acquire 10% of generation from ACEN Australia’s 400-MW Stubbo Solar project in New South Wales, adding a sizable slice of daytime renewable supply to its portfolio of corporate and large-user customers. The deal underscores the durability of retailer-led offtake in Australia’s rapidly evolving market, where demand for fixed-price green electrons and firming options keeps rising. Stubbo’s scale matters. A 400-MW utility-scale plant on single-axis trackers pushes substantial energy into the grid during daylight hours, easing wholesale prices and reducing gas burn. For Flow Power’s customers—manufacturers, logistics operators, data-rich businesses—the contract translates into predictable costs and verifiable emissions reductions. Layered with demand-response strategies and on-site assets, the PPA can materially cut exposure to volatile evening peaks. Technically, Stubbo follows a bankable recipe: high-efficiency modules, robust DC/AC sizing, string inverters for granular fault isolation, and plant-level controls aligned with Australian grid codes for reactive power and ride-through. While storage is not part of this offtake, the site and region are well-suited to future battery additions—two to four hours of duration that can shift energy into the dusk peak, improve capture rates, and provide fast frequency response across the National Electricity Market (NEM). For Flow Power, portfolio balance is strategic. Daytime solar is paired with wind offtake and market-based firming to smooth hourly profiles, while smart software schedules energy-intensive processes into low-price windows. Customers increasingly want more than certificates; they’re asking for hourly matching and carbon-aware dispatch that aligns consumption with renewable availability. Community and environmental considerations at Stubbo mirror modern Australian practice: traffic and noise management, glare assessments, biodiversity-friendly groundcover beneath arrays, and decommissioning provisions with recycling pathways. Once fully stabilized, unified SCADA and analytics will drive predictive maintenance—thermal inspections, IV-curve tracing, targeted cleaning—that add basis points of availability over decades. In a market defined by electrification and data-center growth, Flow Power’s slice of Stubbo is both hedge and signal: a commitment to scale renewable supply and to the operational discipline needed to turn PPAs into tangible savings and credible decarbonization.

Land Council said Monday, clearing the way for a 12,000-acre solar park in Australia’s Northern Territory. The deal follows three years of talks with more

energy major Engie has taken a digital stake in Australia’s storage boom, signing a virtual power-purchase agreement (VPPA) for the entire first stage of

utility-scale arrays, underscoring how local sentiment can make or break Australia’s renewables pipeline. Unwelcome in the neighbourhood Proposed for

pipeline, which includes wind and standalone storage assets across Europe and Australia. Sweden's goal of 100% fossil-free electricity by 2040 has facilitated

Australia’s Environmental Protection Authority (EPA) has invited comments on Fortescue Ltd’s proposed 644-MW Turner River Solar Hub, a vast PV array

Australia’s national science agency, CSIRO, has fired up the country’s first “beam-down” solar reactor at its Newcastle Energy Centre—an innovation that captures concentrated sunlight, points it downwards and turns water into green hydrogen in one seamless step.  Conventional tower systems focus heliostat mirrors on a receiver at the top of the tower. CSIRO’s redesign places a secondary mirror there, redirecting the intense beam to ground-level where a fluidised bed of doped ceria particles hits temperatures beyond 1,300 °C. In a two-step redox cycle, the hot material releases oxygen; when steam is injected, it re-oxidises and yields high-purity hydrogen—no fossil fuel heat, no direct carbon emissions. Backed by the Australian Renewable Energy Agency (ARENA) and developed with Niigata University, the 250-kW pilot has achieved solar-to-hydrogen efficiencies topping 20 %—roughly triple typical solar-driven electrolysis benchmarks. Researchers say the modular reactor can ramp quickly with cloud cover, making it a fit for iron, steel and alumina producers that struggle to electrify high-temperature processes.  CSIRO chemical engineer Dr Michael Rae calls the demonstration “a critical proof of concept” for exporting sunshine in molecular form: “Beam-down simplifies optics, keeps the chemistry on the ground and paves a path to hundred-megawatt solar-fuel plants.” The team is now logging performance data for a year-long campaign while scouting industry partners to scale a multi-megawatt follow-up.  While green-hydrogen headlines often focus on electrolyser gigafactories, solar-thermochemical routes like beam-down promise deeper cuts in embedded emissions by ditching grid electricity altogether. Analysts at RenewEconomy note that if the pilot meets durability targets, Australia could combine its vast sunbelt, mineral exports and shipping links to Japan and Korea into a new energy trade built on carbon-free molecules rather than LNG. The Newcastle breakthrough comes amid a global race to decarbonise “hard-to-abate” sectors. Europe’s HySys program and U.S. National Renewable Energy Laboratory are field-testing similar redox cycles, yet CSIRO’s beam-down marks the first fully integrated solar-hydrogen trial at meaningful scale. Commercial-scale units, researchers estimate, could be online before 2030—just in time for steelmakers facing the EU’s Carbon Border Adjustment Mechanism and other tightening climate policies.

expert Ingeteam has won the technology package for Maryvale, eastern Australia’s first DC-coupled solar-plus-storage project, marking a breakthrough in

world’s most ambitious clean-energy ventures—the USD 36 billion Australian Renewable Energy Hub (AREH)—signaling a decisive shift back toward the

Australian scientists have made a major breakthrough in the development of concentrated solar power by heating ceramic particles to an unprecedented 803 degrees Celsius (1477 degrees Fahrenheit). This breakthrough could help transform solar energy into a reliable source of power. The challenge with solar energy is its variability, which can be addressed by storing excess energy for use later. Lithium-ion batteries are a key piece of the puzzle, however they are expensive, prone to self-discharge and can sometimes catch fire.Concentrated solar power systems use banks of large mirrors to focus sunlight on a single target, which is then used to heat up materials like molten salt. This stored thermal energy can then be used to generate steam and spin a turbine. Testing at a CSIRO research facility in Newcastle has seen their ceramic particles reach a milestone temperature with their storage approach. These particles are cheap, strong and stable enough to withstand intense heating and cooling, and they can store the thermal energy for up to 15 hours. This technology could be key to providing low-cost renewable energy at scale for Australia. Meanwhile, the US Department of Energy is testing similar approaches and has broken ground on a "multi-megawatt" new falling particle facility in New Mexico. How Could Concentrated Solar Power Transform Renewable Energy? Concentrated solar power systems use banks of large mirrors to reflect and focus sunlight on a single target, which is then used to heat up materials like molten salt. This stored thermal energy can then be used to generate steam and spin a turbine. Australian scientists have heated ceramic particles to 803 degrees Celsius (1477 degrees Fahrenheit) in a breakthrough that could help transform solar energy into a reliable source of power. Ceramic particles are cheap, strong and stable enough to withstand intense heating and cooling, and they can store the thermal energy for up to 15 hours. This technology could be key to providing low-cost renewable energy at scale for Australia. The US Department of Energy is testing similar approaches and has broken ground on a "multi-megawatt" new falling particle facility in New Mexico. Concentrated solar power could provide a reliable, low-cost alternative to traditional forms of renewable energy. Lithium-ion batteries are currently used to store excess energy, however they are expensive and can sometimes catch fire.

developed by Meton Energy, a joint venture between RWE Renewables Europe & Australia and PPC Renewables, on a former lignite surface mine in Amynteo, Western