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1
Introduction
2
Welcome
3
Acknowledgements
4
National Electricity Market
5
Decarbonisation of the NEM
6
Current Generation
7
Sources
8
Reality
9
Infrastructure
10
Abatement
11
Problem formulation
12
Modelling considerations
13
Utilityscale energy storage
14
Unit commitment
15
Operational constraints
16
Reference scenario
17
Longlived plant scenarios
18
Rooftop PV
19
Discount Rate
20
Typical Results
21
Terminal Conditions
22
Intermediate Results
23
Uncertainty
24
Known Unknowns
25
Cost and Price
26
Renewable Energy
27
Plan and Implement
28
Nonnuclear
Description:
Explore the complex landscape of decarbonising Australian electricity in this 57-minute lecture by Professor Michael Brear from the University of Melbourne. Delve into the ongoing debate surrounding policy options like Direct Action, Renewable Energy Target (RET), and carbon pricing, as well as technological solutions including renewables, nuclear power, and carbon capture and storage (CCS). Examine a comprehensive analysis of the National Energy Market, covering Victoria, New South Wales, Queensland, South Australia, and Tasmania, to understand various decarbonisation options for 2050. Learn about the technology and policy-neutral approach used to compare different energy sources and their potential to meet emission reduction targets while minimizing consumer costs. Gain insights into modelling considerations, operational constraints, and scenarios involving utility-scale energy storage, rooftop PV, and long-lived plant options. Discuss the uncertainties, known unknowns, and the intricate relationship between cost and price in the renewable energy sector. Conclude with a look at planning and implementation strategies for a non-nuclear approach to decarbonising Australian electricity. Read more

Decarbonising Australian Electricity - Policy and Technology Options for the National Energy Market

University of Melbourne
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