by PETER CASTLE – MOST people agree that energy policy in Australia has been a “failure” for the past 20 years.
Dig a little deeper and you will find that what experts disagree on is which direction it failed in.
- Recent events are pushing the tug-of-war in one direction and the risk of a true energy crisis is emerging.
- The government doesn’t need to privatise the sector, they are instead dictating pricing.
- We can be thankful that bad decisions don’t always have bad outcomes.
Some believe it failed to prioritise climate change enough, and others too much. Some believe that it failed to enable the private sector, while others that it failed to control it.
Certainly, energy policy has been a significant issue for all six prime ministers Australia has had during the last 20 years – right back to the centre-Right Liberal Party’s proposed emissions trading scheme in the early 2000s under Prime Minister John Howard.
LOSING
Carbon taxing was pivotal to his Labor Party successor Kevin Rudd losing his prime ministership to Julia Gillard.
While climate change policy was the core difference between Liberal Prime Ministers Tony Abbott and Malcolm Turnbull, who each deposed the other from leadership over it, first in opposition, and then in government.
With COVID-19, Prime Minister Scott Morison generally had bigger fish to fry, but still appointed himself Resource Minister so he could foolishly veto an offshore gas exploration permit.
This is the true reason for the claim of “failed policy:” each side’s discontent. The energy policy debate was hotly contested, yet had no overall winners.
Yet this is why both sides are also wrong. Australia has actually had good policy in most areas for the past two decades.
Yes, the industry is worried over the looming threat of carbon taxing and emissions trading, amid disruptive legal cases, exploration moratoria, locked gates, slow approvals, and being perpetually bad-mouthed by politicians.
But while it felt like a rope being pulled to breaking point in a tug-of-war between frustrated factions, the mark has so far remained between the lines.
How else can we explain the outcomes? Australia has ample energy to supply its needs. Three large electricity networks (and some smaller rural ones) consistently provide reliable electricity.
Ongoing research and development have increased innovation, including the efficient installation and use of renewables.
At the same time, Australia managed to become a super-provider to the global market, home to the world’s largest coal port, and rising over the past decade to become the world’s largest exporter of liquefied natural gas.
The energy sector has done surprisingly well in the past 20 years, but recent events are pushing the tug-of-war in one direction and the risk of a true energy crisis is emerging.
The first problem and this may surprise some readers, is the private sector.
Previously the private sector was one layer of protection against bad energy decisions because it could be relied on to act in its best interests – which meant supplying ample energy.
Yet the investment world has become swamped by a rising tide that began in 1992: retirement pension funds.
In Australia, superannuation companies own more than 40 per cent of the shares on the Australian Stock Exchange and are actively pushing for climate-change action from their investment vehicles.
Alongside superannuation are private activist investors, like tech billionaire Mike Cannon-Brookes. This year he failed at an attempt to purchase Australian energy giant AGL.
Yet when AGL tried to split its company in two – a green company and a traditional fossil fuel one – Cannon-Brookes was able to influence the executive board and fight off the de-merger – having the last laugh.
In these circumstances, AGL cannot reliably make sensible energy decisions and it is not the only company compromised by activist investors looking for ESG points rather than efficient energy production.
The government, of course, is the second problem. In Victoria, the State Labor government recently promised to establish a State electricity company, effectively re-privatising part of the sector.
At a federal level, the government doesn’t need to privatise the sector, they are instead dictating pricing – imposing a cap on how much companies can sell wholesale coal and gas (they can’t cap oil, because we buy it from overseas).
They are also expanding the powers of the Australian Energy Market Operator, so more decisions will be made by decree rather than by the market. Meanwhile, they have also rejected a proposed market “capacity mechanism,” which would have put a price on energy reliability.
All of these decisions disincentivise the energy sector from doing its job.
JEOPARDISED
Over-politicisation of the energy sector conceals its underlying simplicity. The role of the industry is to provide reliable energy today and to have a reliable plan for tomorrow. As long as customers are willing to pay the industry to sell energy, that is what it should do. But now this is jeopardised.
It is impossible to know what the future will hold. Speculating would be silly.
Yet we can be thankful that bad decisions don’t always have bad outcomes. A lot of bad policy over the years has been compensated by an industry that is motivated to satisfy its customers and pushes and squeezes its way past hurdles to do so.
Yet some possible outcomes are known, so here are four interesting factors I’ll be keeping an eye out for over the next year:
- First, the severity of Europe’s winter. If they have a very cold winter, then they may run very low on fuel and the human outcomes will be severe. The implications for their future energy supply, future prosperity, and the Russia-Ukraine war are all uncertain.
- Secondly, the global oil price. Will it increase or decrease from here? It is a simple supply-demand question. When the global economy slows down, then we use less oil and the price may remain low. But if the global demand stays high, the price may push upwards and if the price goes high enough … that can cause the economy to slow down. It’s a catch-22 and we all want some stable middle ground. The best solution is to increase supply – on that front, we’ll also need to keep an eye on OPEC and its relationship with Russia.
- Thirdly, Australian gas demand. One obvious response that may occur after the government imposed price caps on domestic wholesale gas is an increase in local demand. Gas producers will have to find a stopgap solution to fill that demand which may end up coming from “uncontracted” gas likely destined for global export (and not doing any favours for international prices). This may also result in companies failing to meet international export contract obligations.
- Finally, Australia’s electricity stability in winter. This year, a significant loss of coal-fired generation capacity jeopardised energy secdurity across the east coast. All those supply chain issues and aging infrastructure problems we had then we will still have next year. In 2015, a State-wide blackout in South Australia brought an unprecedented focus on energy security and resulted in several policy and system improvements. Yet we continue to have frequent near-misses. When might the next game-changing blackout event occur?
2022 featured three energy “crises” – high oil prices, coal generator outages and then high gas prices. Government policy is shaping up to be the fourth crisis, and perhaps it will be the tipping point. Through all of 2022’s crises, we were never undersupplied. How long will that last?
Hopefully, it is a political tipping point before it is a real one. Former Prime Minister Kevin Rudd’s climate change policies became the iceberg that sank his prime ministership.
What will happen to Prime Minister Anthony Albanese when he takes on the energy sector?.PC
Looking back on the history of the Greens, it matters not to them if their policy is sound or, un-sound economically, so long as the outcome creats division they know they have backed a winner.
Even in battery fantasy dreams the costs don’t add up.
https://joannenova.com.au
The amount of storage America needs for a grid run on erratic wind and solar power is so galactically vast the numbers don’t matter. Because every which way they are calculated, every estimate, the highest one, the lowest one, it doesn’t make any difference. They are all unaffordable.
And they’re not just unaffordable in the sense that it hurts. They’re unaffordable in the sense that there is no economy left.
Basically America would need 12,500 times as many batteries as it has now. At current prices this would cost about $175 trillion dollars, which is eight times the entire GDP of the United States.
Some researchers predict costs will fall, but even at fantasy low ball estimates that are one tenth of current prices, the cost of those batteries is still nearly $20 trillion.
Astronomical battery cost looms over “renewables”
David Wojick, CFACT
We now know that the battery storage for the entire American grid is impossibly expensive, thanks to a breakthru study by engineer Ken Gregory. Looking at several recent years he analyzed, on an hour by hour basis, the electricity produced with fossil fuels. He then calculated what it would have taken in the way of storage to produce the same energy using wind and solar power. He did this by scaling up those year’s actual wind and solar production.
Based on his work, which only covered 48 states, our round working estimate of the required storage for the whole country is an amazing 250 million MWh. America today has less than 20 thousand MWh of grid scale battery storage, which is next to nothing.
Grid scale batteries today cost around $700,000 a MWh. For 250 million MWh we get an astronomical total cost of $175 trillion dollars just to replace today’s fossil fuel generated electricity needs with wind and solar.
Let’s start with the reality. The EIA has collected annual utility data on the cost of grid scale battery arrays. A recent report is “Battery Storage in the United States: An Update on Market Trends — August 2021”.Solar Panels, resting on a river of subsidies. Photo.
From 2013 to 2018 the average reported cost was around $1,500,000 per MWh. The range was pretty large, from under $500,000 to around $3,000,000 per MWh.
Wojick compares a whole range of estimates on the past and likely future cost of batteries which vary from $70,000 per megawatt hour up to $1.5 million. As he says:
If wind and solar developers were required to include the batteries needed to make their projects reliable, none would ever be built.
It’s the cost of the system that matters, not the cost of a half hour of electrons at midday.
There is a reason fans of solar and wind power never quote the cost of a 24 hour reliable supply.
h/t To Alan Moran, more coming soon.