The Queensland government has reinforced its commitment to the CopperString transmission line project that is to stretch across the state’s northwest, announcing it will allocate $2.4 billion towards the project.
Construction of a 200 MWh battery energy storage system has commenced on New Zealand’s North Island as part of power company Genesis Energy’s plans to transform the country’s largest thermal power station to renewables.
A Brisbane clean energy provider has partnered with a Chinese solar module supplier to deliver a 438 kW rooftop solar system for an industrial laundry committed to social enterprise and sustainable operations.
The Victorian government has fast-tracked two clean energy projects through its development facilitation program, including the 400 MWh Dederang battery energy storage system and widely opposed 500 MW Colbinabbin solar farm.
A feasability study for a Brisbane 55-unit residential apartment building to install rooftop solar and electric vehicle charging stations, completed by New South Wales-based solar comparison business Solar Choice, has resulted in the installation of 40 kW system, with room for future expansion.
Princeton University and the University of Queensland research argues Australia can achieve its goal of a fully decarbonised economy by 2060, while simultaneously protecting vital natural resources and respecting indigenous land rights.
An alliance of over 60 industry, research and government partners have bid for federal government funding to create an agrisolar cooperative research centre, with multiple outposts around the country.
Victorian energy technology company Amber Electric is expanding its battery and electric vehicle automation technology globally after successfully securing $45 million in capital funding.
BlackRock-owned Victorian battery storage developer Akaysha Energy’s 300 MWh Stage 1 Ulinda Park battery energy storage system is ready to enter the commissioning and testing phase.
Independent testing laboratory Kiwa-PVEL has published the 11th edition of its PV Module Reliability Scorecard, having extensively tested PV modules from 50 different manufacturers. The scorecard reveals improvements in energy yield per watt-peak and resistance to potential-induced degradation, but an increase in breakage under mechanical stress and hail simulations, and an overall higher failure rate are cause for concern to many.
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