Australian electricity wires are awash with sunshine, such that network operators have threatened to up the drawbridge on further rooftop connections, while limiting rooftop PV exports to the grid. But data streams hold the key to unlocking surprising existing capacity, stabilising voltage, and living the Aussie dream.
An International Energy Agency report led up by Rolf Frischknecht from Treeze in Switzerland and under the joint project management of the University of New South Wales’ José Bilbao has measured the lifecycle emissions of both residential solar PV with battery storage and gas-generated grid electricity. The results are not particularly surprising, only the Morrison Government’s ongoing obduracy is.
The 2020 Prime Minister’s Prizes for Science took place virtually this year, but that won’t quash the recognition of Xiaojing Hao, UNSW’s solar pioneer who took home (or rather, received at home) the prize for Physical Scientist of the Year. Hao’s work in thin-film photovoltaics is leading the world in fashioning new and sustainable applications for solar PV.
While the desire for data to support smarter grids is clear, actually digitalising said data to make it communicable around Australia is proving a thornier operation. Ultimately, it requires Australia’s grid operators to undergo nothing short of a metamorphosis – transitioning from operating networks to becoming network operators.
A group of Australian researchers have made a significant discovery in the fight against light-induced phase segregation in next-generation solar cells, a somewhat counter-intuitive solution encapsulated in the famous final words of German polymath Johann Wolfgang von Goethe: “More light!”
This week will see the official launch of a global taskforce that aims to support worldwide uptake and integration of renewables and achieve at least 50% reduction in emissions over the coming decade.
A group of Deakin University researchers have won a top gong at Climate Launchpad 2020 with their innovatory sodium battery which they expect to electrify Indonesia’s enormous scooter market within three years and outcompete lithium ion batteries in the near future.
The Western Australian Government’s Energy Transformation Taskforce has revealed its first blueprint for the isolated state’s energy system transformation over the next two decades. The blueprint, which features four separate models, sees rooftop solar and accompanying battery storage excel in the coming years, although it suggests coal-fired power will still have a large presence.
Reducing the cost and increasing the output of the 109 GW of solar PV forecast to be installed in Australia by the year 2050 is just part of the aim of funding announced by ARENA on Friday.
Researchers from the University of New South Wales have run the numbers, run them again, and then run them a third time to make triply sure. Australia’s solar resources and the rapidly falling costs of solar-powered hydrogen production mean that the future hydrogen economy is green whether the Morrison Government likes it or not.
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