New South Wales (NSW) Energy & Environment Minister Matt Kean’s address at the Smart Energy Council’s (SEC) National Smart Energy Summit was full of sharp statements and strong solar support.
Labelled as a state significant development, the Maryvale Solar Farm has received a regulatory nod, opening the way for construction work to begin. The project is owned by Photon Energy, Canadian Solar and Polpo Investments.
Two years after announcing its market entry, the India-based EPC heavyweight has commenced construction of its first Australian project.
Located on a disused landfill that was once part of a coal mine, the newly completed solar farm will save ratepayers around $9 million over its 25-year lifespan.
Construction is underway on the first urban solar farm to harness the power of clean energy using Epho’s Bright Thinkers Power Station. The technology overcomes various constraints for solar in the city allowing installations to operate both behind and in front of the meter.
All of the winemaker’s Australian sites are now using renewable electricity thanks to the completion of the nation’s largest combined winery solar installation and a 10-year power purchase agreement to source renewable electricity.
The 90 MW West Wyalong Solar Farm has become the latest addition to the swelling solar PV pipeline in the Riverina region having secured the NSW Government’s approval.
Three NSW government facilities for aquatic and agricultural research and development are reducing their grid-dependence by utilising solar PV.
Adelaide-based energy storage specialist 1414 Degrees has announced plans to acquire SolarReserve Australia II, which owns the Aurora Solar Energy Project in South Australia and two solar sites in New South Wales. The company proposes to use the Aurora site to build a massive 400 MW solar farm with progressive thermal storage capacity to several thousand MWh.
The University of Wollongong’s Sustainable Buildings Research Centre has become the first building in Australia to achieve full marks under the world’s toughest sustainability standard for buildings, the Living Building Challenge. With 468 solar panels to support net-zero energy, an onsite rainwater system to enable net-zero water performance, and use of environmentally safe and reused building materials, the building is a demonstration of the value of the research the SBRC team carries out.
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