New smart inverter to help tackle Australia’s energy challenges
Federation researchers have teamed up with a renewable energy engineering specialist to develop an innovative product they hope will help drive Australia’s transition to renewable energy.
A new “smart” inverter to help accelerate the
With the highest per-capita rooftop solar in the world, Australia was a natural setting to explore how a new advanced inverter could help us transition to a greener, more reliable future grid.
How the new Australian Common Smart Inverter Profile will
Our research group is running trials to find fairer ways of allocating grid capacity and to ensure everyone benefits from smart-grid technology. There’s also the question of trust.
Google and CSIRO team up to solve solar duck
Australian scientists have teamed with Google’s secretive research and development arm to work out a way to put more renewable energy into traditional electricity grids.
CSIRO and G-PST Develop Research Roadmap to Support
Launched in , Stage 1 of the Research Roadmap identifies and summarizes the intended outcomes of nine individual research topics: Inverter Design – Development of capabilities,
CSIRO partners with Google to prototype grid
A team of scientists from the CSIRO and Tapestry, a part of Google X’s innovation hub, have prototyped an advanced grid-forming inverter that they say is faster and more responsive than current
CSIRO and Tapestry develop new “smart” inverter
Imagine a future where smart inverters not only help us create a more stable and decarbonised grid but also ensure that none of your renewable energy goes to waste. We have collaborated with Tapestry, a
Hybrid Inverters: A Sustainable Choice for Australian Homes and
In Australia, the integration of hybrid solar systems has seen significant success across various industries. Two notable projects highlight the country’s commitment to sustainable energy.
Grid Transformation at UNSW | Energy Institute
We need a coordinated research effort to closely examine how to operate these inverter-based resources when they are scaled up to the levels projected in the Australian Energy Market
Australian Research in Power Systems Transition (AR-PST)
This initiative draws on advice from Australian experts to support the nation's transition to a stable, secure and affordable power system. It features annual reports
New smart inverter to help tackle Australia’s energy challenges
Federation researchers have teamed up with a renewable energy engineering specialist to develop an innovative product they hope will help drive Australia’s transition to renewable energy.
A new “smart” inverter to help accelerate the transition to
With the highest per-capita rooftop solar in the world, Australia was a natural setting to explore how a new advanced inverter could help us transition to a greener, more
Google and CSIRO team up to solve solar duck dilemma with
Australian scientists have teamed with Google’s secretive research and development arm to work out a way to put more renewable energy into traditional electricity grids.
CSIRO and G-PST Develop Research Roadmap to Support Australia
Launched in , Stage 1 of the Research Roadmap identifies and summarizes the intended outcomes of nine individual research topics: Inverter Design – Development of capabilities,
CSIRO partners with Google to prototype grid-forming inverters
A team of scientists from the CSIRO and Tapestry, a part of Google X’s innovation hub, have prototyped an advanced grid-forming inverter that they say is faster and more
CSIRO and Tapestry develop new “smart” inverter protype
Imagine a future where smart inverters not only help us create a more stable and decarbonised grid but also ensure that none of your renewable energy goes to waste. We
Grid Transformation at UNSW | Energy Institute
We need a coordinated research effort to closely examine how to operate these inverter-based resources when they are scaled up to the levels projected in the Australian Energy Market