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Published on June 30th, 2014 | by Giles Parkinson

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Abbott Modellers Assume Australian Households Will Invest $30 Billion In Rooftop Solar

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June 30th, 2014 by
 
RenewEconomy

ACIL Allen, the modellers hired by Tony Abbott’s review of the renewable energy target, is assuming that Australian households will invest $30 billion of their own money in rooftop solar in the coming decades, even if the government brings large scale renewable energy investment to a crashing halt.

The modelling conducted by ACIL Allen shows that whatever decision the government makes – halting the target immediately, halving it, and/or removing the small scale incentives, the installation of rooftop solar out to 2040 remains about the same – some 14GW of solar modules worth $30 billion.

This table reveals a little about their thinking — the tables are now publicly available here.

acil allen investment

 

And here it is in terms of capacity …

 

acil allen capacity

It is interesting to note that ACIL Allen suggest that the uptake of rooftop solar will be more if the RET schemes are brought to a halt. That’s because without large scale renewables, customers will pay higher electricity bills. ACIL Allen suggests this will increase the uptake of rooftop solar.

Australian households have already shouldered the bulk of investment in Australia’s clean energy technologies, accounting for two thirds of the $18 billion so far invested in wind farms and rooftop solar.

According to two of the scenarios modelled by ACIL Allen, households will account for all of the investment in clean technology between now and 2040. Under the repeal and the quick closure scenarios, no wind farms and only a little utility scale PV is built.

Even in the reference case – leaving the target at its current 41,000GWh target, the modellers expect household investment to account for nearly half of all clean energy spending.

As we pointed out last week, the modelling by ACIL Allen concluded that the two main reasons espoused by the Abbott government against the RET – that it would lead to higher costs and would be impossible to meet – are absolute rubbish.

Ominously, and as we suggested, Abbott’s own press spokesman chose instead to focus on the “caveats” expressed by the modellers. This does not augur well for a good result for the industry.

Instead, the modellers chose to focus on what it describes as a “transfer of wealth” from coal and gas generators to the public. In layman terms, it simply means that the fossil fuel industry gets less revenue, and the consumers get cheaper bills.

The other major complaint of the fossil fuel industry is that its current capacity will be sidelined. This graph from ACIL Allen shows that should the RET be repealed or diluted, there will be a lot more coal generation, and much of the mothballed capacity will come back into service. Hooray!

acil allen mothball

Extraordinarily, the modellers also anticipate new fossil fuel capacity to be built from 2025 on – even under the current RET target – with coal coming online in following years.

This, given the climate change requirements, and technology cost forecasts for wind and solar, the emergence of battery storage and home management systems, as well as solar thermal plus storage at utility scale, not to mention the fuel cost of coal and gas, and the financing risk attached to that, seems an extraordinary prediction. Proof, it seems, that so many can simply not let go of coal.

acil allen new entrant

Source: RenewEconomy. Reproduced with permission.

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About the Author

is the founding editor of RenewEconomy.com.au, an Australian-based website that provides news and analysis on cleantech, carbon, and climate issues. Giles is based in Sydney and is watching the (slow, but quickening) transformation of Australia's energy grid with great interest.



  • JamesWimberley

    ACIL: “… the installation of rooftop solar out to 2040 remains about the same – some 14GW of solar modules worth $30 billion.” Naturally they haven’t modelled a scenario in which solar gets cheaper according to its historic learning curve, with prices dropping around 10% a year. In that case, solar isn’t A$2.15 a watt in 2030, it’s 60c a watt (assuming $2.50/w today), and A$30bn buys you 50 GW. All surviving fossil generators go bankrupt. I’m not convinced this will happen either; but it’s likelier than the other, and professionals – especially professionals in the pocket of the coal industry – should have considered it.

    • Bob_Wallace

      There are a couple of possible explanations.

      The people making the shortsighted predictions could be part of the “believers” group. It might be inconceivable to them that solar could drop so much in price and that an “unreliable” source could displace “heavy industry”.

      Or it could be that they are working for their paycheck and not as “tellers of truth to power”. Tell the emperor what he doesn’t want to hear and off comes your head.

    • Ronald Brakels

      Right now in Australia people are getting rooftop solar installed for $2.15 a watt before any subsidy. No need to wait till 2030 for that price for a basic install.

      • JamesWimberley

        Thanks for the correction. I guessed and put a conservative number to be on the safe side. It’s a psychological truth that even strong solar supporters like us can’t bring ourselves to trust the learning curve.

        • Ronald Brakels

          Well, the average price is about $2.50 a watt for a typical 4 kw system before subsidy, so you were pretty much spot on with the average cost per watt. Current price information can be found here:

          http://www.solarchoice.net.au/blog/solar-pv-system-installation-prices-june-2014

          But as the information shows, it is possible to get installs done for under $2 a watt before subsidy. That’s under $1.90 US.

        • Bob_Wallace

          With solar (and apparently wind) the price curve decline is so steep that it’s hard to believe. Perhaps other technology has fallen in price as quickly but it’s not something that most of us have tracked.

          • JamesWimberley

            Perhaps the cost of transmitting data? It’s said that the capacity of optical fibres has increased faster than Moore’s Law. But this isn’t a technology consumers ever buy directly, it’s bundled with landline and ADSL services and web searches in the cloud. These include a lot of other things not advancing at the same pace, like holes in the ground.

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