Latest figures from the International Renewable Energy Agency show solar contributed the majority of a record 692 GW of renewables capacity added worldwide last year.
The Australian Energy Council has released its Energy 2050 report addressing what policy makers and industry might do to deliver a net zero system, while balancing affordability, reliability and sustainability.
LONGi has launched LONGi ONE, an integrated solar-plus-storage product strategy for grid-scale, and commercial and industrial projects, which will be supported by a growing network of 30 new service centres opening in key locations globally by 2028.
A local Victorian council has pre-empted future large-scale renewable energy project proposals by developing a comprehensive clean energy guideline, based on community consultation.
The Thala Beach Nature Reserve, 1,600 kilometres north of Brisbane in tropical Far North Queensland, has installed a 110 kW solar energy system and battery energy storage to enhance the property’s eco-tourism and sustainable operations.
Solar Fabrik has introduced a 400 W red-brown glass-glass PV module designed to meet strict aesthetic requirements for historic and protected buildings, offering a 20.02% efficiency and compatibility with traditional tiled rooftops.
Building-integrated PV technology company ClearVue Technologies is a step closer to commercial deployment of its metal-backed solar panels after securing global IEC certification for the integrated rooftop system.
Trucking company New Energy Transport says electric road freight is possible now and already commercially viable in Australia after completing what it is calling the country’s first fully electric ‘end-to-end’ heavy road freight delivery.
The PowerTitan 3.0 and Hybrid Solution systems are designed to meet the needs of the rapidly-expanding utility-scale renewable energy sector in Australia.
UNSW researchers developed a chemically selective, nitrate-based, single-sided accelerated ageing method for TOPCon solar cells that replicates the mildly acidic environment inside EVA-encapsulated modules. The proposed approach enables rapid, physically meaningful screening of front-side metallisation stability, reliably predicting module-level degradation and reducing development time and costs, according to its creators.
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