hydrogen Energy

Producing zero greenhouse gas emissions when produced from renewable sources

The Challenge

  • Hydrogen (H2) energy has the potential to provide significant benefits to power grids, but industry has yet to extensively explore this new technology.

  • Clean H2 can be generated from renewable energy surplus without additional energy cost, by using electrolysers to convert electricity into H2.  However, the variability of the input power supplied by renewables can make H2 production less efficient.

  • Surplus renewable energy can be stored using H2 as a carbon-free energy storage method. However, storing and transporting H2 requires special arrangements due to its low energy density and flammability.

  • Australia aims to establish itself as a major player in the H2 market by positioning itself as a key exporter.

WHAT WE’RE DOING

  • Production of H2 from renewable energy surplus

  • Large-scale solid-state H2 storage for transportation and grid integration

  • Using ramp rate control of H2/battery/ pumped storage systems to smooth out fluctuations and support a more stable and reliable grid.

  • Using super-capacitors as a buffer to reduce variations in electrical power produced by fuel cells.

Prof. Kazuhiro Nogita

Theme Lead

Tony Ochsner

Higher Degree Researcher

MEET OUR TEAM

Prof Danny Sutanto

Co-Theme Lead

Xia Hua

Higher Degree Researcher

Kallim Ullah

Higher Degree Researcher

​A/Prof Raad Raad

Co-Theme Lead

Maqsood Ahmed Shah

Higher Degree Researcher