Queensland University Predicts Electricity Price Rise

Heavily reliant on coal to generate electricity, Queenslanders will suffer Australia’s biggest electricity price increase thanks to the Gillard Government’s Carbon Tax.

The University of Queensland has conducted a study using supercomputer models to discover the nationwide burden Australian’s can expect.  A supercomputer is a series of computers which are used to crunch numbers super-fast.  The study indicates that the retails price for electricity will vary considerably, depending on household’s location.

For example, Tasmanians have a low carbon footprint; therefore the state is set to gain significantly from the price once tax and pension changes are taken into account.

The Treasury has predicted that there will be a 10 per cent price rise once the carbon tax sets in.  The study conducted by the university estimates an average increase of 8.9 per cent for five of the eastern states.  The university’s Global Change Institute is confident that the estimates are the most reliable currently available.

Professor John Foster says his supercomputers closely simulate the behaviour of traders and generators operating in the national electricity market.

“This approach to modelling has produced very realistic simulations of economic behaviour and its effects,” he said.

“It contrasts markedly with other popular modelling approaches that rely on sets of unrealistic assumptions that are included to make the modelling manageable.”

The institute says its modelling should form part of the ongoing debate about the legislated $23 per tonne carbon price.

The Author

I developed an interest in the Australian energy and construction sectors more than a decade ago and have since closely followed the trends, technologies and developments shaping both industries. My involvement in the Australian solar market began in 2008, and over the years I have built strong connections with professionals, businesses and organisations across the construction, solar and renewable energy sectors in Australia and internationally. These connections include solar panel and inverter manufacturers, electrical and construction industry professionals, software developers creating tools to quote, monitor and manage solar power systems, and media organisations that closely follow developments across energy, construction and renewable technologies. Today, I continue to contribute as an industry advocate, author and commentator, sharing practical insights and information to help Australian consumers and businesses better understand solar power, energy technologies, construction-related developments and the changing Australian energy landscape.