Search

innovative bargains such as a baseload contract with mining group BHP Group in Australia. Continual green power will certainly be supplied via a combination of

will collaborate on advertising and marketing Heliogen's innovation in Australia, and also Woodside will certainly take an equity interest in

signed an agreement to jointly develop a 100-MW solar project in northeastern Australia. The Pleasant Hills solar project, located in Queensland, will supply

European Commission has approved Enel SpA's plan to sell a 50% stake in its Australian renewable energy business to Japanese oil and natural gas producer Inpex

of the 250MW Torrens Island battery energy storage system in South Australia, making it the country's second largest battery project in operation. The

by EUR 145 million Inpex Corp will acquire a 50% stake in Enel Green Power Australia with an enterprise value of EUR 400 million Enel Green Power Australia

Australia’s National Electricity Market is on a fast track to a cleaner mix, with AEMO projecting renewable generation to reach about 229 TWh by 2034–35, displacing coal as new wind, utility-scale solar and storage connect. The forecast sits inside AEMO’s 2025 Electricity Statement of Opportunities and underscores the scale of new assets needed to keep reliability intact through the transition.  Distributed solar remains the quiet powerhouse. Roughly 39% of NEM houses and semi-detached dwellings already host PV, and under AEMO’s “Step Change” scenario, household penetration climbs to 56% by 2050. That rooftop fleet is expected to trim operational consumption by 49 TWh by 2034–35—before you count behind-the-meter batteries that shift excess noon output into evening peaks.  Storage is the swing player. In South Australia, AEMO estimates meeting reliability standards in 2030–31 would need around 820 MW of two-hour batteries—yet less than half that capacity if duration extends to four hours, with further gains at six to eight hours. Hybrid portfolios pair even better: solar plus four-hour storage cuts required battery capacity compared with standalone batteries, and combined wind-solar-storage performs best. For developers, the message is clear: prioritize sites with room for batteries, plan for longer duration where economics allow, and design plant controls for fast frequency response and congestion-aware dispatch. For policymakers, interconnection build-outs and flexible-load incentives will determine how smoothly the NEM absorbs the rooftop wave and utility-scale pipeline.

in the 2023 Bridgestone World Solar Challenge. The race, which takes place in Australia, involves teams from around the world competing to travel 3,000 kilometers

Sri Lankan government has approved a Power Purchase Agreement (PPA) with Australia’s United Solar Group for a 700-MW floating solar park with battery storage.

contractor for the development of the Bulli Creek solar park in Queensland, Australia. The solar park, with a capacity of up to 775 MW, is part of the larger Bulli

green push in Western Australia’s Pilbara has shifted from PowerPoints to power blocks. The miner has installed its first major BYD battery

million solar-plus-storage project for its Fekola goldmine in Mali, while Australian power and gas retailer Alinta Energy announced that it would develop a 60MW

of home devices and also even more. The brand-new panel will be offered in Australia with authorized installation dealers under the SunPower brand, starting in the

Australian solar-technology firm 5B has tapped China’s JA Solar Technology Co (SHE:002459) to supply photovoltaic modules for an over-100-megawatt solar park in Western Australia, expanding the region’s utility-scale renewables buildout. The order underscores JA Solar’s continued penetration of Australia’s large-scale market as developers push to accelerate clean-power deployment.The companies did not disclose additional commercial terms, project partners, or a commissioning timeline. The Western Australia project adds to a growing pipeline of solar investments as developers seek to bolster grid reliability and meet decarbonization targets amid volatile power prices and tightening emissions policies. What cost, timeline, and grid-reliability impacts are expected from 5B–JA Solar’s WA project? - Capital cost: AUD 120–180 million for >100 MW (inclusive of EPC, modules, balance-of-plant, grid connection, contingencies), with 5B’s prefabricated arrays likely trimming balance‑of‑system costs by 5–10% versus conventional builds.- LCOE: Estimated AUD 35–55/MWh depending on final AC rating, site irradiance, financing, and grid upgrade requirements.- Procurement and approvals: 6–12 months for module procurement, detailed design, and connection studies with Western Power, accelerated by secured module supply from JA Solar.- Construction and installation: 9–12 months on-site due to 5B’s rapid-deploy format (typically 30–50% faster than conventional fixed‑tilt builds of similar scale).- Commissioning and grid compliance: 2–3 months for energisation, performance testing, and market registration; overall COD achievable 12–24 months from notice‑to‑proceed, subject to network works.- Network upgrades: Potential need for modest grid augmentations (e.g., protection settings, SCADA, and limited feeder reinforcement) given >100 MW scale; major transmission build unlikely if sited near existing capacity on the SWIS.- Grid services: Inverter-based plant expected to provide voltage support and fast frequency response; no synchronous inertia, but can enhance frequency stability through advanced control settings.- Reliability impact: Adds ~230–280 GWh/year of daytime generation (capacity factor ~23–28%), improving summer reserve margins and reducing reliance on gas peakers during high irradiance periods.- Curtailment and congestion: Midday spill risk on high‑solar days; mitigation via flexible plant controls, staged ramping, and potential co-location or future retrofit of 1–2 hours of battery storage.- Price impact: Downward pressure on daytime wholesale prices and ancillary services costs, with localized benefits strongest near the point of interconnection.- Emissions: Avoids roughly 150–220 ktCO2e per year based on current SWIS emissions intensity, contributing to state decarbonization targets.- Supply-chain and schedule risk: Module partnership reduces procurement uncertainty; residual risks tied to shipping logistics, weather windows, and connection study timelines.

project paired with a 120-MW battery energy storage system in New South Wales, Australia. Terms and the buyer weren’t disclosed. The hybrid asset underscores