Climate change and renewable energy in the energy transition

Session 1: 22 April
Session 2: 28 April
Session 3: 5 May
Session 4: 12 May

Executive Education

0900-1100 AWST

Delivered online

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Cost

$930 for general public, $830 for current Curtin University students.

Please note: If this program is rescheduled or cancelled, a full refund or credit note to use at another Executive Education program valued at the same price will be provided.

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The scale of climate change impacts across the world has stimulated policy and action to reduce greenhouse gas emissions. The energy sector alone is responsible for around 75% of global greenhouse gas emissions, with electricity generation being a large contributor to the sector total. The move towards net zero carbon emissions must therefore ensure the move away from a reliance on fossil fuels towards renewable energy sources involving low or zero greenhouse gas emissions. In Australia, the principal renewable energy types include solar power, wind, biomass and hydro, along with more recent developments surrounding the prospects of hydrogen. This online Masterclass organised by the Curtin Institute for Energy Transition focuses upon the growth of renewable energy and the associated economic, social and political considerations arising from that growth.

This online program involves four synchronous sessions, each of two hours’ duration, to be delivered by Curtin experts via Teams and supported by literature and audio-visual resources. The program begins with a non-technical summary of contemporary climate change science and the projected impacts of climate change. The potential contribution from the energy sector towards reducing greenhouse gas emissions will be highlighted, along with examination of the various types of renewable energy that can contribute to this with on an Australian perspective. We will then examine the potential contributions of the various forms of renewable energy generation and the current enablers and barriers to achieving that potential. Solutions for firming renewable energy including batteries and thermal storage will be outlined. The program will conclude with considerations of what is required to accelerate the transition to a renewable energy supply in Australia.