The smallest of the storage units has a capacity of 4.8 kWh and an output of 1.5 kW. It can be expanded to eight battery modules in steps of 2.4 kWh and has a maximum of 57.6 kWh, and 6 kW, of power.
The Queensland government has underscored its commitment to a clean energy future, announcing a $2 billion fund to be used to finance new renewable energy and storage projects, hydrogen production and clean energy resources projects.
Italian energy giant Enel will implement an experimental agrisolar program at its 34 MW Cohuna Solar Farm in Victoria with data from the research project to be used to help formulate a “best practice” template for utility scale solar PV sites in other countries.
Governments and car manufacturers are investing hundreds of billions of dollars on electric vehicles. But while the electric transport revolution is inevitable, the final destination remains unknown.
Solar module manufacturer Q Cells Australia has revealed a growing number of residential customers are contemplating exiting the grid entirely as policy makers grapple with how to integrate increasing amounts of small-scale renewable energy technologies like rooftop solar PV and batteries into the electricity grid.
16-months after construction began in northern Victoria the 149 MWp Glenrowan West Solar Farm has finally been completed and commissioned despite the extenuating circumstances of the Covid-19 pandemic.
Spanish mounting system provider Alusín Solar has developed a solution to enable the transit of installers on roofs. It has recently commissioned a production line for this product, which it dubbed Carex.
As the Australian Energy Market Commission rifles through submissions on its reform package proposal, the Commission’s Chief Executive, Benn Barr, tells pv magazine Australia about some of the “profound changes” which have been overlooked and why he thinks two-way pricing is crucial.
State-owned electricity generator Stanwell has secured land in Aldoga, west of Gladstone, to build a large-scale 3 GW hydrogen electrolysis plant as part of its partnership with Japan’s Iwatani Corporation, well established in the hydrogen production industry.
A U.S. scientist has developed a computational framework that assesses how well a hypothetical agrivoltaic project would perform in achieving desired outcomes such as the volume of PV electricity produced, and energy-to-agriculture. The method considers the high-frequency decomposition of solar irradiance into multiple rays and analyzes how these rays are propagated forward in time, to assess multiple reflections and absorption for various system configurations. It also takes into account panel inclination, panel refractive indices, sizes, shapes, heights, and albedo.
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