Australia’s Self-Inflicted Wind & Solar Calamity Demands Permanent Nuclear Power Solution

The fastest way to get people thinking about where their power comes from is to deprive them of it. A lengthy evening blackout will do it, every time.

Australia’s Eastern Grid (that connects Queensland, New South Wales, the ACT, Victoria, Tasmania and South Australia) is a veritable house of cards – a coal-fired power plant closure away from complete collapse. Having power is one thing, being able to afford it, is another. Prices are rocketing at unprecedented rates. Retail prices will jump by 20% to 30% in June, following annual, double-digit increases every year, for the best part of a decade

In Australia, with its idiotic ban on nuclear power, the conversation is turning to the only, stand-alone generation source that can deliver reliable, affordable power without generating CO2 gas, in the process.

Both the green-left Labor/Green Alliance and the notionally conservative Liberal party have signed up to the net-zero emissions scam, which means cheap, reliable coal-fired power has very few supporters amongst the political class in this country. They’d rather demonise it – sitting freezing or boiling in the dark – than openly support it.

The only hope Australia has of regaining energy sanity is to maintain its remaining coal-fired plants for as long as it takes to get nuclear up and running. That means overturning the legislation that bans it and getting serious about modern nuclear power generation.

As Claire Lehmann details below, what’s not in doubt is that power consumers will back ever-reliable nuclear power over never-reliable wind and solar, provided they’re given the choice.

Battlers know solution to energy woes: go nuclear
The Australian
Claire Lehmann
21 April 2023

While Australian leaders are busy debating the voice, many Australians do not know how they will pay their next power bill.

The Melbourne Institute’s most recent Taking the Pulse of the Nation report found that one-fifth of Australian households already are struggling, with many skipping meals and going into debt just to pay their energy bills. And this is before the power bill surge of 20 to 30 per cent that is predicted to hit by July.

The long-term outcomes of energy poverty are dire. A 2021 study published in Energy Economics found that energy poverty predicted a decline in general health. Another large study, published last month in Lancet, found that energy poverty was correlated with a 49 per cent increase in depression and anxiety.

In Europe, energy poverty is associated with senior citizens freezing to death in their homes. In Australia, those on low incomes are vulnerable during summer as well as winter and are especially at risk during heatwaves.

In 2009, I was living in South Australia during its worst heatwave in history. We experienced two weeks above 33C, six days above 40C and four days above 43C. Health authorities in Victoria attributed the extreme conditions to 374 deaths. In Adelaide, a makeshift morgue was set up to house the excess bodies. In extreme weather, energy poverty kills.

Across the past 10 years electricity prices have increased by 100 per cent according to the Australian Bureau of Statistics consumer price index. The number of Australians falling into energy poverty has been steadily rising across the same period.

While Energy Minister Chris Bowen has blamed increasing power bills on the Russian invasion of Ukraine, our current situation has been years in the making. For an advanced economy that is as rich with natural resources as we are, it beggars belief that a sizeable portion of us cannot afford to heat or cool our homes.

According to the TTPN report, more Australians believe the solution to our energy affordability problems is long-term investment in energy infrastructure than temporary government measures.

Contrary to the oft-repeated narrative that nuclear energy is unpopular in Australia, the TTPN report shows those 45 per cent aged between 35 and 64, as well as 45 per cent of those earning the median wage, support investment in nuclear power infrastructure as their preferred solution to Australia’s energy affordability problems.

For voters in these demographics, investment in nuclear was preferred over solar, wind and hydro (at 43 per cent) and it was also preferred over temporary fixes such as rebates and subsidies (at 18 per cent).

This is not entirely surprising given world events. Germany, which has just shut down its last three nuclear power plants (despite public opposition), has the highest household electricity prices in the OECD, while Canada, which operates 19 nuclear reactors, has the cheapest. There appears to be a growing awareness that reliable baseload power is not easy to come by. Politicians have been promising voters that renewables will reduce power prices for at least a decade, yet no country has successfully transitioned from fossil fuels to renewables without relying heavily on hydro-electric and nuclear power in the process.

Sweden is a renewable energy powerhouse but sources 30 per cent of its electricity from nuclear power; France sources 63 per cent; the US 19 per cent; Britain 15 per cent. Yet like Germany, which has made an art out of poor energy policy, the Australian government appears to believe it can move to clean energy on the back of wind and solar alone.

Of course, critics of nuclear power in Australia argue that it is too expensive for us to even consider. Looking at the most recent large reactor project led by a South Korean team in the United Arab Emirates – considered the world’s most competitive – a recent expert report determined that the price of building large reactors would have to decline by “at least 30 per cent” to become locally viable.

Excessive financial risk is a valid criticism when it comes to large reactor projects. Small modular reactors, however, can circumvent many of the risks associated with these large projects, financial or otherwise. And while SMRs are a developing technology, this has not stopped rich nations such as Canada from announcing strategies for SMR research and investment.

In February, the Trudeau government, which is hardly a bastion of right-wing climate denialism, announced it would invest tens of millions in SMR supply chain manufacturing and SMR waste management technology.

Citing the fact Canada is the second largest producer of uranium, the Canadian Environment and Climate Change Minister has described next-generation nuclear power as one way in which the country “will help fight pollution and create sustainable jobs for generations to come”.

There is no SMR strategy on the horizon for us, however. In next month’s budget, Jim Chalmers is expected to provide households with rebates that will provide some relief to offset their surging power bills. But Australians are tired of such temporary measures.

While low-income households are suffering from the financial equivalent of arterial bleeding, a one-off rebate is akin to throwing them a tissue. Across the long term Australians need cheap and reliable baseload energy – not only to power our industrial economy but as a matter of survival.
The Australian

Time to back nuclear and save the candles for birthdays.

5 thoughts on “Australia’s Self-Inflicted Wind & Solar Calamity Demands Permanent Nuclear Power Solution

  1. There are 270 small modular reactors presently in service — all in ships at sea. The Experimental Breeder Reactor II (EBR-II) at the Idaho National Laboratory is the design prototype for the GE/Hitachi PRISM — Power Reactor Innovative Small Modular — offered in 150, 300, and 360 MWe sizes, just awaiting orders. The design was certified by the US NRC in 1994. EBR-II was proven to be walk-away safe. See

    The right thing to do with spent nuclear fuel — 5% used and mistakenly called waste — is to separate fission products from unused fuel and consume the unused fuel. This reduces the amount by a factor of 200, to about 92 kg/GWe-yr (about 46 liters), and custody duration by a factor of 1,000. Read “Smarter Use of Nuclear Waste” in December 2005 Scientific American — online. Read “Plentiful Energy,” which Dr. Chang has generously given permission to post at and

  2. Whilst it won’t be pretty, in the absence of any common sense being shown by our political elite, the sooner rolling blackouts commence in major metropolitan cities (like Sydney, Melbourne, Brisbane & Hobart), the better.

    Better still, ‘system black’, along lines of that which took the entire State of South Australia out in Sept 2016, to bring this rank stupidity to a head.

    It won’t matter which political party is in power at the time.

    The impact upon the general public, few of whom have ever experienced serious blackouts of any significance in their lifetime (like those being experienced nowadays in South Africa where their power is out regularly nowadays for hours at a time each day), will be calamitous. The public outrage will be devastating for whom ever is in power at the time. Bring it on.

    1. Indeed.
      Bring it on!
      The only way our political class will face the reality that unreliables are next to useless in providing power 24/7 is when those blackouts occur and they face the backlash from an angry populace.

    2. Sadly Jim I believe you are right. Although doubtless a catastrophic, fatal grid failure such as the one that happened in Texas two years years ago would likely be falsely characterised as a “failure of fossil fuel generators”.
      Maybe the penny will only drop for the average power punter once our grid degenerates to third-world status with rationing of power to limited hours during the day?

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