There are four key Lessons the renewable industry to take away from 2024, cover storage, solar, and everything in between
University of Tasmania researchers have examined the benefits, or not, of agrivoltaic systems in three countries and found the technology can most improve agricultural productivity in arid and semi-arid regions.
China-based battery manufacturer Hithium will supply 128 units of 5 MWh containers for the 640 MWh Woolooga battery energy storage system being built in Queensland by London-based Lightsource bp.
Through the Pacific Green Transformation Project, the Japanese government has partnered with the United Nations Development Program to install solar panels and solar lights in Timor-Leste villages, which are not connected to an electricity grid.
French renewables developer Neoen has more than doubled its Australian renewable energy portfolio financing by securing a further $1.4 billion of debt for an additional 1.3 GW of wind, solar and storage assets.
Doubts about Australia’s ability to power the National Electricity Market with 82% renewable energy by 2030, have been put to bed by a new report issued from Climate Energy Finance, citing among positive contributors to acceleration, off-the-charts battery storage growth.
Victoria-based renewables company Greenwood has answered the call from the University of Melbourne to install 48 solar panels at its Dookie Campus’ working vineyard, to aid research into the impact of deploying agrivoltaics on crop yield.
Lightsource bp has started construction of its million panel Goulburn River hybrid project in NSW and Woolooga battery energy storage system in Queensland, simultaneously bumping the nation’s renewables capacity starting construction over the 8 GW line.
Daylight photoluminescence images of crystalline silicon solar panels in utility-scale arrays have been found by researchers to contain unique information about voltage variations between panels, including from degradation.
Amid record-low prices for solar modules, the focus of cost reduction for utility-scale solar projects is shifting to non-module balance-of-system (BoS) expenses. A transition from 1.5 kV voltage to 2 kV in solar projects is expected to gain traction through 2030.
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