I am somewhat sceptical of attempts to tell us what things will be like in the distant future, but it needs to be recognised that those who have to plan for the future do require some sense of what things could be like. Without it, they can’t plan at all. Defence planning, the building of nuclear power stations, or indeed of any large power station, water supply dams, transport infrastructure — these issues can’t be dealt with unless you can put forward a persuasive context for the time when the thing will be needed, and is finished/bought/complete.
I say all this because BP has brought out its Energy Outlook 2035. It begins with a big disclaimer, to the effect, simply stated, that this is really an educated guess, and that no one should blame BP if the decisions made on the basis of the report all go belly up. CSIRO says that same about its climate reports, too.
The Report is not quite 100 pages long, is full of data, assumptions and estimates, and does consider alternative views of what might happen. I think its most important conclusion is that in terms of the sources of energy likely to be used around the world, nothing will be very different in 2035. This is a summary graph, not from the report itself, but one crafted from it by The Guardian newspaper (Billion toe = billion tonnes equivalent). The little blip you can see in it is the consequence of the GFC.
This is the whole world, not the USA. In 2035 coal and oil are joined by gas, as the three main sources of energy of all kinds. Nuclear energy is not estimated to be much bigger as a source then than it is now, and is smaller in 2035 than hydro or renewables, which are projected to grow a little in consequence over the next twenty years. The Report says that Fossil fuels in aggregate lose share but remain the dominant form of energy in 2035 with a share of 81%, down from 86% in 2013.
The BP document does not enable us to see what happens, or is thought to be going to happen, in Australia. My guess is that since we have abundant coal, and small supplies of oil, while developing gas and shale oil anywhere near settlements seems beset by political problems, coal will remain our biggest source.
Back to fossil fuels. If they are going to be almost as important in 2035 as they are now, what does that tell us about greenhouse gas emissions? Bob Dudley, the BP Group chief executive who appears responsible for the report, put this paragraph into his Introduction.
That brings us to the environmental challenge. The most likely path for carbon emissions, despite current government policies and intentions, does not appear sustainable. The projections highlight the scale of the challenge facing policy makers at this year’s UN-led discussions in Paris. No single change or policy is likely to be sufficient on its own. And identifying in advance which changes are likely to be most effective is fraught with difficulty. This underpins the importance of policy-makers taking steps that lead to a global price for carbon, which provides the right incentives for everyone to play their part.
What does he mean ‘does not appear sustainable’? The Report says that, on all the best evidence, this is what is going to happen. Renewables, which everyone of the Green persuasion points to as the saviour of the planet, will have got up to about 6-7 per cent of the whole. We know that solar requires massive storage to be of any real use to electricity grids, and is of no use yet in transportation. Wind is a costly indulgence and of no use whatever to the grid. What is he offering as a way forward? Nothing very much. It’s all up to the policymakers.
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You’ll know the Les Murray lines about the future from his splendid poem, ‘The Future’.
“…It is the black hole/out of which no radiation escapes to us.”
I enjoyed Prof Kelly’s Babel analogy.
The Chinese and Indians are effectively telling us the same thing by their intentions to secure long-term supplies of fossil fuels and their power station building program.
But like you I am not worried – except by our silly policies in Oz. Nothing we do will change anything expect our debt and the price of power. The Tower of Babel analogy is good, but not being read by the right people – our toy town government.
Don You may find this interesting. Its only one data point, but the small drop in CO2 emissions a surprising result all the same.
Yes, I saw this, and have waited to see if anyone has an explanation. Not yet, it seems.
Yes all a bit early. I think for the Chinese any move to reduce CO2 emissions is going to be driven by issues of local pollution, at least initially, rather than AGW, per se.
The Chinese govt banned a documentary on pollution last week. Being a dictatorship it is second nature for the Chinese govt to censor and ban discussion. People in China turn to the US embassy website to obtain reliable pollution data.
Hi Don and readers, yet another thought-provoking article – thanks! IMHO the reason for the small drop in CO2 emissions is twofold – the massive diversion of electricity generation in the USA (and a few other countries) from coal to cheaper gas, and the agonisingly slow recovery of many economies, including China, India, the EU and probably the USA, from the GFC. As far as Australia is concerned, although our steaming (energy) coal exports haven’t fallen, I believe that China’s rate of increase in consumption has, as has the USA. Any replacement of coal with gas reduces CO2 emissions (as if I care) by about 30%, and as I believe another chart in the same EIA report shows, China and the USA account for a lot (50%?) of global energy demand. Therefore a slowing in energy demand + a switch from coal to gas generation = less atmospheric CO2. PS: I won’t bother calculating the microscopic reduction in the “global temperature” that this is supposed to cause, so I’ll stop here. Cheers all – and enjoy (what’s left of) the Interglacial.
Don, Can you believe this is possible? http://reneweconomy.com.au/2015/texas-city-to-go-100-solar-wind-because-its-cheaper-more-reliable-75098
There MUST be a base load generation capability somewhere.
When there’s no wind at night, where does the power to run everything in the town come from? There’s no mention in the article.
There must be a Plan B, as you suggest.