AGL: Energy transition can happen “almost overnight”

So, just how fast can the transition to a clean energy economy occur? Is the 50 per cent renewable energy target proposed by Labor for 2030 too fast? Or are the 100 per cent renewable energy scenarios for 2030 prepared by research academics too slow?

Your response to that question will likely be guided by where your business fits in on the value chain of a decarbonised economy, or along the spectrum from conservative to green ideology. The coal lobby, by and large, insists it can’t happen anytime soon, if at all.

Many in the renewable lobby, and futurists and analysts like Tony Seba, think it’s going to happen real quick. By 2030, Seba says, coal, oil and maybe gas will be all but redundant. The success of the Tesla electric vehicle and the huge demand it has unlocked has suggested that the petrol car may be redundant even sooner.

So, it was interesting to note AGL managing director Andrew Vesey saying this week that, with the right policies, the clean energy transformation in the power sector could happen “almost overnight.”

AGL’s Broken Hill solar farm. Photo: AGL Energy
AGL’s Broken Hill solar farm. Photo: AGL Energy

Australia relies heavily on fossil fuels for its electricity – coal accounts for around 73 per cent and gas another 12 per cent – so the common refrain is that it is more difficult for Australia to transition to new energy.

But as Vesey told the 3rd Emissions Reduction Summit in Melbourne this week,  three-quarters of that generation is already past its “use-by” date, and needs to be replaced.

The inference, picked up by other academics such as the ANU, UNSW and Melbourne University, is that the next decade offers a unique opportunity to replace that dirty generation with wind and solar and other renewables. And when you are building new generation, wind and solar can’t be beaten on cost.

Vesey’s major caveat is the policy settings. “If you get it (the policy settings) right, it will happen really quickly. It’s not going to be 30 years. And I think that when you get it right you will be looking in the rear view mirror at these targets.”

Of, course, there is a lot of debate about what those policies should be, and the “right policies” will look completely different whether you are an incumbent fossil fuel generator, or a developer of renewables, or if you are consumer.

Vesey says you “have to make room for new investment” and by that he means getting rid of at least some of the excess base load coal capacity in the market. The question is how to do that.

AGL has fought against payments for closure but is now prepared to look at market scheme where the peers share the costs. Not everyone agrees. Oliver Yates, the head of the Clean Energy Finance Corporation, says that excess capacity is actually good.

Not only does it keep wholesale prices down, he says, it provides maximum options as new capacity and network connections are built. The last thing Australia wants to happen in the middle of an energy transition is to be short of energy supply, or energy infrastructure.

Another issue is tariffs. Vesey says it is important not to impose “unsustainable” costs on the end user, and “cost reflective” tariffs will be an important factor. But again, as we have mentioned before, one person’s cost reflective tariff is another person’s “revenue raiser.”

The call is for strong leadership, not just blunt regulation, from the rule setters. And here, the biggest roadblock appears to the mentality of the energy policy makers, hiding behind National Electricity Market rules that do not even mention the environment, let alone decarbonisation.

If that is changed, as Labor proposes, that could clear the way for the type of tariff reform that could actually encourage the investments in new technologies, distributed generation and different business models – many of which are stranded by greed of the incumbents and the backward vision of the regulators.

For AGL, the transition also means moving away from “energy only” markets and introducing “capacity” payments to ensure some “firm” capacity remains to help out fluctuating wind and solar. It’s a common argument in the coal sector.

Some argue that these capacity payments amount to an effective subsidy. Vesey believes they are essential because otherwise the wholesale price of energy will fall to a level where it is not sustainable. The experience in Western Australia, where diesel and other fossil plants were built and never switched on, shows the perils of a badly framed capacity market.

Vesey is also arguing for “ring-fencing”, which means keeping the networks, or at least the regulated part of their business, out of the domestic market. Vesey says it would be unfair. Others argue that the best way to extract value from the key new technology breakthroughs, such as battery storage, is through the networks, because much of the savings can be found in avoided grid investment. But the retailers are terrified of more competition “behind the metre” in the home and business market.

Less controversially, Vesey says that the dislocation of employees and communities also needs to be addressed. He says AGL is speaking with the NSW and Victoria government on this issue. RenewEconomy understands there has been a lot of work done by governments, regulators, energy companies, unions, and NGOs about creating a plan for the Latrobe Valley and Hunter Valley communities to transition away from fossil fuels.

You would expect Vesey, and other incumbents, to talk their own book. That’s what they are paid to do. Vesey and others in a similar position have a legal, fiduciary duty to do the best thing by their shareholders, and doing the best thing is usually defined by short-term financial measures.

That’s OK. And Vesey is hedging his bets by creating the “new energy” division which is looking at the best business models of the future, which as Vesey told RenewEconomy last year, are not entirely clear. He just has to make sure he pays a dividend in the meantime.

But the significance of what Vesey says is that it is not really a technology issue for his company, or for others, but an economic one, in the same way that the transition to renewables for grid operators is more of a cultural issue than a technical one.



That gives hope that the rapid transition scenarios being painted by the likes of the Institute for Sustainable Futures and Beyond Zero Emissions are not “pie in the sky”, but as the likes of Seba, and now Harvard academic and one time solar skeptic David Keith notes, this transition could happen very, very quickly.

And that turns the emphasis back on the political leaders. The energy transition is inevitable, technology costs will cause that. But incumbents have enormous influence over the pace of that change, and will want to maximise revenues and clip the ticket as they exit or evolve.

As Steve Blume, the chairman of the Australian Solar Council and the Australian Storage Council, told RenewEconomy at the SolarExpo this week, you’d expect business leaders to act in their shareholders interest. But you’d also expect politicians to act in the public interest. That is what they are paid to do, but too often forget.

Comments

8 responses to “AGL: Energy transition can happen “almost overnight””

  1. Bonadoochi Avatar
    Bonadoochi

    Hi Giles,
    could you elaborate, or provide links to Labors plan to reform the electricity market to include environmental factors and or decarbonisation ?
    thanks!

    1. JeffJL Avatar
      JeffJL

      At the same time Giles send him the LNP plan so Bonadoochi can compare. It should only take a couple of bytes.

  2. Chris Fraser Avatar
    Chris Fraser

    Incumbent energy providers might be well advised to quickly develop battery and supercapacitor technology. The first person to get them up to grid scale will demolish the coal and spinning machinery markets. Want to be the first ?

  3. Cooma Doug Avatar
    Cooma Doug

    This information recognises the significant impact of the policies of the ACT government.
    They will establush a 100% renewable electricity supply in the ACT. They will be using the major grid to do so. They will be using the latest technology. Their energy will be cheaper then the envious states.

    But as each population follows and learns from this it will get easier. Eventually it will look really stupid to rely on the national grid and be forced to use fossil fuel energy. It will also look ecconomicly suicidal to not follow the other sheep through the ACT gate.

  4. David Hall Avatar
    David Hall

    An excellent editorial and at last some common sense and realism from AGL!
    It will happen

  5. Jens Stubbe Avatar
    Jens Stubbe

    The transition already on a steady track. Wind has performed very consistently for four decades with seven doublings of installed capacity every decade, which basically means that the wind capacity installed by 2031 will be able to produce as much electricity as the world did in 2014.

    Solar moves faster and will with current speed achieve the same target before 2031.

    Whether the world will be able to and/or will desire to build out battery storage to handle an all renewable system is however questionable.

    Just shifting the existing fleet of cars to electricity will require about 200 gigafactories over two decades – not counting trucks, ships, planes etc.

    Sufficient backup capacity to run a grid without fossils will require several thousands gigafactories. Since Volta mankind has built battery capacity of any sort that could have stored less than an average minute of 2014 electric production.

    The key question is whether electricity will be “too cheap to store”. By 2014 the average 20 year wind PPA without subsidies was $0.035/kwh in USA.

    The then short term expectation was that industrialization would lower cost 35-40% but the speed in cost lowering has gone up again since. Vestas sold 1MW capacity for 1.049.876 on average in the first quarter of 2015 but lowered that 9.1% to 957.579 in the first quarter of 2016.

    By 2021 the PTC will end in USA but it is very likely that the cost of new wind electricity will be significantly lower than the average with PTC in 2014. 9.1% every year between 2014 and 2014 will lower the unsubsidized cost to $0.018/kWh.

    According to NREL just higher hub height an increase the capacity factor up to 65%. http://cleantechnica.com/2015/08/04/wind-could-replace-coal-as-us-primary-generation-source-new-nrel-data-suggests/

    Utilities may consider to over provision the peak power demand with sufficient headroom and curtail surplus production routinely or develop markets for discount electricity. One such market could be to convert discount electricity and excess CO2 in the troposphere into Synfuels.

    If both wind and solar perform as hitherto the world could be much richer and totally off fossils by 2035 without requiring scaling battery production several thousands factors.

  6. Mike Dill Avatar
    Mike Dill

    The reality is that solar PV on your rooftop is less expensive than the Grid, right now.
    With the addition of the equivalent of one day of inexpensive storage, a homeowner can mostly eliminate usage charges. When storage gets really cheap, getting to 100% off grid becomes realistic for a lot of people.
    Solar is now. Storage is either now, or really soon, depending on your current electric rates. Cheap is perhaps a decade off. By then coal will mostly be dead, or ‘stranded assets’.

  7. Guest Avatar
    Guest

    If solar can already compete with cheap gas in the Middle East, then it can compete with anything else, anywhere: https://www.youtube.com/watch?v=mmyrbKBZ6SU

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