AGL eyes the future, crunches numbers on fossil fuel split

AGL’s new boss is due to unveil a strategic update in the Hunter Valley next week. Staff have been crunching numbers on splitting off its fossil generators. At the very least, writedowns are expected, along with a clearer vision for solar and storage.

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When Johannes Teyssen announced last year that E.ON, Europe’s biggest energy utility, was going to spin off its centralised fossil fuel assets, he made it clear that he had no choice.

“We are convinced that it’s necessary to respond to dramatically altered global energy markets, technical innovation, and more diverse customer expectations with a bold new beginning,” Teyssen said. “E.ON’s existing broad business model can no longer properly address these new challenges.”

So, E.ON decided to split its assets along the lines of the old and the new, the dirty and the clean, from in front of the meter to behind the meter, and from the past to the future. Others, such as its big European rivals RWE and Vattenfall, are considering similar moves.

NRG, the biggest privately owned utility in the US, has also declared the future will reside in distributed generation – solar, storage, electric vehicles and micro-grids – rather than the centralised model that has dominated for more than a century.

Next Tuesday, Australia will get an idea of how quickly Australia utilities will follow down the same path. AGL Energy is scheduled to hold a major strategy meeting, inviting several dozen analysts and institutional investors to the Crowne resort in the Hunter Valley to hear new CEO Andrew Vesey’s vision for the future.

That, and the future of other utilities such as Origin Energy and EnergyAustralia, is under closer scrutiny following the release of the Tesla Powerwall, with its cut in prices, market hype, and promises of a 100 per cent renewable future.

Even before it has delivered its first product, Tesla has accelerated the timetable for battery storage by as much as five years, forcing utilities such as AGL Energy to fast-track their own push into the home storage market.

Incoming AGL CEO Andrew Vesey
Incoming AGL CEO Andrew Vesey

The question for Vesey is how quickly AGL will go down the path of its international peers? Already Vesey already has gained headlines by putting a “use-by” date on its recently purchase coal-fired generators, and has challenged its New Energy division to become the main competitors of the incumbent business. It has given the division equal billing within the company’s new hierarchy.

But just how far will Vesey go? He was hired because of his eye for solar and storage, having worked with AES, the US utility that has made the biggest inroads into the battery storage market.

Will AGL Energy – finding itself in a market that, because of its high prices, excellent solar and tariff structure, puts it at the cutting edge of the battery storage revolution – follow in the path of E.ON? Or will it adopt the RWE and NRG model and hedge its bets into the future.

It is known that in Vesey’s first 90 days in charge, AGL staff have been crunching the numbers on how a split along the lines of E.ON might add up, although it is thought that right now the numbers don’t. There is probably still too much money to be made from the incumbent – and in the case of coal – its recently purchase assets.

Under the vertically integrated model adopted by the big three retailers, the retailing part of the operation acts as a counter-point, or a hedge, to their fleet of wholesale generators.

That has worked fine until now. It has provided solid growth and their market power has kept out competitors. But the new technologies, particularly rooftop solar, battery storage and energy efficiency devices, mean that business model may be cannibalised from within; their own consumers are emerging as their major competitors.

It’s not just the hardware, it is new software that will allow consumers to trade amongst themselves and with the grid, putting them in direct competition with the centralised generators.

E.ON decided that the conflict between the two was too great to be able to manage each business to its maximum. Vesey’s big call in his tenure at AGL Energy will be to decide if and when to make that break.

The reasons against putting the fossil fuel generators into a separate company include their exposure to variable cash flows, and therefore potentially higher debt costs. And it exposes them to fossil fuel divestment issues – placing all the fossil fuel generators into a single listed entity may narrow the investment options.

At the very least, it seems most likely that AGL will have to take write-downs on some of its assets, its gas generators in particular.

The key reason for that is that battery storage will not just remove much of the need for peaking gas generators, it will also lower the average wholesale prices for electricity generation.

Morgan Stanley says that if its forecasts are right, then new household and commercial renewables of 600-800MW per annum, with battery firming, could replace any major baseload plant shut-downs, e.g. Mt Piper (1,400MW) or Vales Point (1,320MW) by the 2020s.

It says that if battery capacity reaches 10 per cent of NEM generation capacity, that will replace the need for much of the gas-fired peaking plant installed today.

AGL has already said it it will mothball more than one-third of the capacity of its 1,280MW Torrens Island power station in Adelaide in 2017, just 10 years after it bought the ageing natural gas plant for $417 million. Its peers have already written down the value of their gas generators.

The future of its Liddell coal plant in NSW will also be under scrutiny, although it is tied with the Tomago aluminium smelter, and it was bought for effectively zero under its deal with the NSW government.

Morgan Stanley says the impact of solar and storage could shave $100 million off the earnings of both AGL Energy and Origin Energy by 2020. That provides an imperative to act. But Vesey faces a bunch of challenges – in changing an old business model, fending off new players, and dealing with reputational issues arising from its opposition to the renewable energy target and coal seam gas activities.

Comments

23 responses to “AGL eyes the future, crunches numbers on fossil fuel split”

  1. RobS Avatar
    RobS

    I am starting to get the distinct impression that we are about to watch AGL transform from one of the most stubborn entrenched fossil fuel protagonists to one of the most progressive utilities in the country, will keep watching with interest.

    1. Matthew Wright Avatar
      Matthew Wright

      I would continue to hold your breath if you’re standing down-wind of Liddell or Loy Yang A. They won’t be changing anything.

      1. RobS Avatar
        RobS

        time will tell, but the recent comments are encouraging.

    2. Glen S Avatar
      Glen S

      I agree with this, they seem to have had a serious about turn in their attitude. . The announcement of their exit from coal was for 2050 but market conditions may force their hand earlier. We shall see.

      1. RobS Avatar
        RobS

        In the last month they have also announced their intention to imminently release a solar home storage unit for their customers http://www.agl.com.au/about-agl/media-centre/article-list/2015/may/agl-is-first-major-retailer-to-launch-battery-storage

        They have also announced a restructuring including a new division called “New Energy” dealing with “smart New Energy is currently headed by Marc England, AGL’s former head of strategy. Its remit, under the new structure announced today, includes metering, solar, disruptive technologies (storage, electric vehicles etc), and emerging technologies. ”

        It might all be green window dressing however they seem to have seriously readjusted their course and rhetoric in the last 3 months.

  2. Rob G Avatar
    Rob G

    It’s a whole lot harder to play “catch-up” when are market moves. The potential to lose a large chunk of your customer base and then try and get them back is basically impossible. It seems that AGL, at least, are aware of the looming threat of home batteries. Also, bear in mind that Labor have announced that they will bring an ETS back.

  3. Math Geurts Avatar
    Math Geurts

    Behind the meter in Germany? “A Potential “Solution” to the Problem of Storing Solar Energy – Don’t Store It”

    http://euanmearns.com/a-potential-solution-to-the-problem-of-storing-solar-energy-dont-store-it/

    1. JonathanMaddox Avatar
      JonathanMaddox

      Nobody has ever proposed lithium-ion batteries for an *annual* storage cycle. Daily or even weekly, sure.

      For seasonal storage of excess power generated in summer, for use in winter, look at power-to-gas.

      1. Mike Dill Avatar
        Mike Dill

        On another thread I noted:
        You can easily (and cost effectively) cover about 98% of the time using solar and storage.
        For the other 2% of the year (about 175 hours a year), using the grid
        might make sense if the connection cost was reasonable.
        Looking at next year, the cost of running a generator for that 2% of the time might to be lower than the cost of having a connection to the grid.

      2. Jacob Avatar
        Jacob

        What elements are in that gas. Or what is the name of that gas.

        1. JonathanMaddox Avatar
          JonathanMaddox

          Methane (CH₄) and/or hydrogen (H₂).

          Power-to-gas is the subset of fuel synthesis which is compatible with existing natural gas storage and distribution techniques and/or infrastructure. So far it describes either electrolytic hydrogen (which is legal in low concentrations for injection into European gas supply mains) or synthetic methane produced by the Sabatier reaction from electrolytic hydrogen and carbon dioxide (obtained from whatever source, eg. the CO₂ that is a byproduct of biogas fermentation, though air capture and pre- and post-combustion carbon-capture techniques are also applicable).

          As a concept it has been backed by the Fraunhofer Institute, the carmaker Audi, the Stuttgart Centre for Hydrogen Research, Greenpeace and (perhaps grudgingly) some major utility companies in Germany, Denmark, Norway, Spain and the UK.

          Extensive discussions here:

          http://www.powertogas.info/plattform/information-in-english/introduction-to-power-to-gas.html
          http://www.gridgas.co.uk/power-to-gas.html
          http://www.pv-magazine.com/news/details/beitrag/audi-opens-6-mw-power-to-gas-facility_100011859/
          http://www.etogas.com/en/power-to-gas/

          Existing power-to-gas facilities are already at the multiple megawatt scale. Most existing power-to-gas sites are in Germany, with a few in Denmark, Norway and Spain:

          http://www.edwardtdodge.com/2014/11/25/power-to-gas-enables-massive-energy-storage/

          Comparable techniques can also be used to produce liquid fuels, fertilisers and other products for which fossil fuels are the traditional source.

          Synthetic methanol from geothermal electrolytic hydrogen and igneous CO₂ (in Iceland):

          http://www.carbonrecycling.is/

          Fischer-Tropsch synthetic alkanes (from Audi):

          https://www.audi-mediaservices.com/publish/ms/content/en/public/pressemitteilungen/2015/04/21/fuel_of_the_future.html

          (from the US Navy, novel electrochemistry using seawater as source for both hydrogen and carbon dioxide):

          http://www.nrl.navy.mil/media/news-releases/2012/fueling-the-fleet-navy-looks-to-the-seas

          1. Jacob Avatar
            Jacob

            Great research! Gracias!

    2. Mike Dill Avatar
      Mike Dill

      In the article above, Euan is only looking at the problem from the solar-only perspective. Scotland (and other high latitude areas) have plenty of windy days for the times that the sun is not shining very much. In everything we need balance.

      1. Jacob Avatar
        Jacob

        We should build a HVDC line from Iceland to Scotland. The retail price of electricity in Iceland is a fraction of what it is in England.

        No need for a new nuclear reactor in England.

        1. Mike Dill Avatar
          Mike Dill

          Actually, most of the time Scotland will have more than enough renewables power, at a lower cost than nuclear. The power line needs to go to Norway, where they can use the extra for pumped hydro (seasonal storage) at a lower cost that siting it in Scotland.

          1. Jacob Avatar
            Jacob

            Isn’t the grid in Scotland connected to the grid in England?

            Geothermal in Iceland to Scotland to England.

          2. Mike Dill Avatar
            Mike Dill

            Jacob, you are correct that there already is a connection to England, which helps balance the Scottish load.

            England, Iceland, and Norway can all provide additional load balancing on the ‘low renewable’ days, if the connections are there and can handle the load.

            The only issue is the price of the transmission line, and you can ask the Australians about what the extra transmission lines have done to their bills.

          3. Jacob Avatar
            Jacob

            Not sure what market you are talking about regarding “low renewable days”.

            But Hinkley Point C needs to be killed.

            I live in AUS, the issue in AUS is that the grid has been privatized and they just jack up the prices to whatever they feel like.

            The wholesale price of electricity in Iceland is less than 5c/kwh. So it should be worth building a HVDC line to Scotland.

          4. Mike Dill Avatar
            Mike Dill

            Jacob, The distance from Iceland to Scotland is further than the distance from Tasmania to the mainland there. Getting a higher power connection from Taz (which has more cheap hydro) is still being debated due to the cost. The same economic issues would apply to a feed from Iceland.

          5. Jacob Avatar
            Jacob

            In AUS the biggest part of the average voter’s power bill is the network charge, not the generation charge.

            That is due to the gold-plated network.

            HVDC has very little transmission loss over long distances.

            About 3.5% per 1000km for overhead HVDC power lines but higher losses for undersea HVDC.

            The figures are listed on the Siemens or ABB website.

      2. Math Geurts Avatar
        Math Geurts

        So also in Scotland storage behind the meter does not make much sense.

  4. john Avatar
    john

    AGL will get into providing battery and PV to customers with management so they have a shirt in the game frankly this is the best way for the company to move.

  5. Jason Avatar
    Jason

    All we can do now is watch and listen to what comes out of that meeting in the Hunter Valley. But as other have mentioned the potential is very exciting for a transformation…

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