Biofuels energy efficiency standards savings $1.1 trillion

Published on June 5th, 2014 | by Guest Contributor

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$48 Trillion For Energy Needed By 2035

June 5th, 2014 by  

Originally published on Energy Post.
By Karel Beckman

Meeting the world’s growing need for energy will require more than $48 trillion in investment over the period to 2035, according to a special report on investment released [this week] by the International Energy Agency (IEA) as part of the World Energy Outlook series.

Today’s annual investment in energy supply of $1.6 trillion needs to rise steadily over the coming decades towards $2 trillion. Annual spending on energy efficiency, measured against a 2012 baseline, needs to rise from $130 billion today to more than $550 billion by 2035.

“The reliability and sustainability of our future energy system depends on investment,” said IEA Executive Director Maria van der Hoeven. “But this won’t materialise unless there are credible policy frameworks in place as well as stable access to long-term sources of finance. Neither of these conditions should be taken for granted. There is a real risk of shortfalls, with knock-on effects on regional or global energy security, as well as the risk that investments are misdirected because environmental impacts are not properly reflected in prices.”

Newly compiled data show how annual investment in new fuel and electricity supply has more than doubled in real terms since 2000, with investment in renewable source of energy quadrupling over the same period, thanks to supportive government policies. Investment in renewables in the European Union has been higher than investment in natural gas production in the United States. Renewables, together with biofuels and nuclear power, now account for around 15% of annual investment flows, with a similar share also going to the power transmission and distribution network. But a large majority of today’s investment spending, well over $1 trillion, is related to fossil fuels, whether extracting them, transporting them to consumers, refining crude oil into oil products, or building coal and gas-fired power plants.

Investment decisions are increasingly being shaped by government policy measures and incentives. While many governments have retained direct influence over energy sector investment, some stepped away from this role when opening energy markets to competition:  many of these have now stepped back in, typically to promote the deployment of low-carbon sources of electricity. In the electricity sector, administrative signals or regulated rates of return have become, by far, the most important drivers for investment: the share of investment in competitive parts of electricity markets has fallen from about one-third of the global total ten years ago to around 10% today.

“Policy makers face increasingly complex choices as they try to achieve progress towards energy security, competitiveness and environmental goals,” said IEA Chief Economist Fatih Birol. “These goals won’t be achieved without mobilising private investors and capital, but if governments change the rules of the game in unpredictable ways, it becomes very difficult for investors to play.”

Of the cumulative global investment bill to 2035 of $48 trillion in the report’s main scenario, around $40 trillion is in energy supply and the remainder in energy efficiency. Of the investment in energy supply, $23 trillion is in fossil fuel extraction, transport and oil refining; almost $10 trillion is in power generation, of which low-carbon technologies – renewables ($6 trillion) and nuclear ($1 trillion) – make up the lion’s share; and a further $7 trillion in transmission and distribution. More than half of the energy-supply investment is needed just to keep production at today’s levels, that is, to compensate for declining oil and gas fields and to replace power plants and other equipment that reach the end of their productive life. The $8 trillion of investment in energy efficiency is concentrated in the main consuming markets, the European Union, North America and China: 90% is spent in the transport and buildings sectors.

The report focuses on the significant costs of investment in new liquefaction facilities and how these add to the cost of imported LNG – slowing the rate at which new LNG can globalise gas markets. It examines the long-term importance of the Middle East to oil markets, as well as the obstacles that could prevent upstream investment in this region being made in time to avoid tighter markets and a spike in oil prices once non-OPEC supply starts to plateau in the 2020s. In Europe, it details how current market rules do not incentivise the investment needed in new thermal power plants, with implications – if these rules do not change – for the reliability of European electricity supply.

The investment path traced in the report falls well short of reaching climate stabilisation goals, as today’s policies and market signals are not strong enough to switch investment to low-carbon sources and energy efficiency at the necessary scale and speed: a breakthrough at the Paris UN climate conference in 2015 is vital to open up a different investment landscape. Some $53 trillion in cumulative investment in energy supply and in energy efficiency is required by 2035 to get the world onto a 2 °C emissions path. Investment of $14 trillion in efficiency helps to lower 2035 energy consumption by almost 15%, compared with the main WEO scenario. At $40 trillion, energy supply investment remains at a comparable level, but unit investment costs rise as investment shifts from fossil fuels (where investment is almost 20% lower on average and coal is hit hardest) to the power sector. Around $300 billion in fossil-fuel investments is left stranded by stronger climate policies. Consistent policy signals and innovative financing vehicles will be essential to see investment in low-carbon energy supply rise to almost $900 billion and spending on energy efficiency to exceed $1 trillion per year by 2035, double the respective amounts seen in 2035 in the main scenario.

(Source: IEA)

 
 
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  • I just skimmed the 600 plus page EPA report. The basis of measurement is carbon intensity, which is pounds of CO2 per net MWh.

    http://www2.epa.gov/sites/production/files/2014-05/documents/20140602proposal-cleanpowerplan.pdf

    I’m kind of confused. Theoretically, a ton of coal generates about 1.8 MWh per ton of coal. A ton of coal theoretically emits 5720 pounds of CO2 upon combustion.

    The carbon intensity just in theory would be 3,105 (3,000) pounds of CO2 per MWh.

    States intensities goals range from about 600 to 2,000 pounds CO2 per net MWh

    Let’s assume the US average for fuel mix in 2011: coal, 42%; nuke, 19%; natural gas, 25%, renewables, 13%.

    Let’s assume the following carbon intensity: coal, 3000; nuke, 0%; natural gas 1500; renewables, 0%. This is a guess for the last three.
    http://www.eia.gov/pressroom/presentations/sieminski_06052013.pdf

    Average state carbon intensity for the US would be:
    3000*0.42 + 0*0.19 + 1500*0.25 + 0*0.13 = 1635 pounds CO2 per MWh

    I guess maybe it makes sense. For instance California is required to achieve an intensity of around 600 pounds CO2 per MWh. Cali must have mostly renewables and nukes, no?

    I would be easy for a state with 100% coal to achieve the 6 percent cuts by 2030.

  • JamesWimberley

    The IEA is nuts. $23 trillion for fossil fuels – a dying sector -, $1 trn for nuclear, and only $6 trn for renewables!
    What these crazy numbers show is the steep slope of the cost curve for fossil fuels, going in the wrong direction, It’s not just nuclear with its negative learning curve. The cost of extracting oil and gas is also rising steeply. The competition for wind and solar is getting weaker, which will speed up the transition. The market will prove the IEA wrong.

    • Bob_Wallace

      I think you’re right. It appears that the coal industry is in deep trouble and starting to collapse. Many investment banks have gone very negative on coal. (And none will finance nuclear unless some government accepts the risk.)

      A considerable amount of investment will go into producing petroleum and natural gas for a while. We don’t yet have acceptable alternatives for the ICE, but those appear to be coming.

      Five years from now the oil industry could find itself in the same condition the coal industry is now facing.

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