Andrew McKillop
The major economic driver for shifting away from fossil fuels is high oil prices, and these are presently set for considerable decline, to be sure with large volatility. Lower priced oil will however not stop the Asian shift to clean energy: even if oil prices continue tumbling, with the possible decline attaining as much as $50 less than the price of 2 months ago.
The reason is that the move to clean energy in Asia is powered by clean energy economics which are becoming less dependent on high oil prices, for economic break even.
As highlighted by the IEA, electric power production in many Asian emerging economies, and in most African low income countries is still heavily based on oil. IEA estimates for the power sector in non-OECD countries show it consumed about 2.2 billion barrels of oil in 2011, with an annual cost of around US$200 billion. This is the first target for clean energy transition in non-OECD countries and is the largest single business opportunity.
GLOBAL OIL DEMAND IS UNLIKELY TO REBOUND
The open and net decline of oil demand in most OECD countries today, not only Europe, cannot be explained away as only due to economic recession. The OECD group's energy watchdog, the IEA has made a basic error in its economic models by continuing to forecast oil demand will always rise when GDP grows, because this energy agency, like the US EIA, or Europe's Eurostat, and energy major corporations like Exxon, Total or BP still thinks there can be new "oil shocks".
The belief that oil demand will always rise with GDP was true in the past, but we are now close to the transition point where this will no longer be the case - global energy transition is happening.
The process of "chasing oil out of the economy" especially concerned the European Union countries, the US and Japan until as recently as 2009, but since then China and India have begun to radically cut their own oil needs for economic growth. The argument by the IEA that only the global economic downturn, since the end of 2008, has cut world oil demand is in fact contradicted by the graphs, charts, data tables and diagrams published by the same agency in its World Energy Outlook and other reports.
The IEA theory is that when the economy rebounds, oil demand will also rebound. For this reason, the IEA always forecast higher oil demand in the future "when the economy recovers". By about 2015-2017, according to the IEA, this could lead to oil prices as high as $175 - $200 per barrel.
The real world shows a very different readout. The chart below is what happened to the EU27 plus 2 non EU european countries of the OECD Europe group, through 1995-2011.
For China and India, and a rising number of other Asian countries including Pakistan and Turkey, the oil intensity of their economies (amount of oil needed per unit of GDP) is now falling about as fast as it is among the OECD countries. Things were different as recently as 2004-2007, when high annual growth of oil demand in China and India helped create the global oil price breakout, but the shift to cleantech and the development of green energy, and the development of new energy-saving technology was already beginning to drag down the annual growth rate of oil demand, in China and India. Since 2009 this pattern is now clear - suggesting that another "oil shock" as in 2008 is now unlikely.
The main reason is that firstly India, then China started slashing the oil intensity of their economies, their oil input per unit of GDP output, from as early as 2005. This had and has a fast escalating impact on their trend rate of oil demand growth, since 2009.
Through 2001-2011, China averaged more than 9% per year growth of oil demand, and India about 5.5% but this was front-loaded in time, with more regular and higher-than-average growth in 2000-05 than in 2006-11. Forward estimates for oil demand growth of both India and China are now being revised downward - because they will certainly decline. For India, the official figure for national oil demand growth is about 3% per year, if GDP growth holds at high rates, and for China it is now unlikely it will ever again have annual growth rates of oil demand of more than about 6% per year.
Today, the outlook for oil price breakout is becoming history book: oil prices are going to stay relatively low, and are unlikely to spiral upward, except if there is major Middle East political crisis.
THE NEW ENERGY SYSTEM
The IEA and other western energy agencies claim that clean energy must be moved forward, but energy consumer countries must also develop more oil supplies because, these agencies say, when the economy recovers oil demand will grow again, and oil shortage will bite. This implies very big spending on the energy sector, if countries have to invest in both energy systems - - clean energy and fossil energy.
Political deciders and policy makers in Asia however know that maintaining the investment effort and political support to clean energy is a win-win stategy: oil prices will stay moderate, the environment will be protected, and jobs will be created. Spending more on oil, gas and coal (and especially on oil) is likely not the best strategy because, as the IEA itself shows in its reports and studies, its "bad scenario" of oil price breakout is unlikely to happen: comparing OECD energy dependence of 1973 and 2009, it shows that the richworld group's oil dependence fell from oil covering 52.6% of its total energy demand, to 36% in 2009. This same process is now happening in Asia, and can run even faster in Asia than in the OECD countries; clean energy is set to become the dominant paradigm.
More simply, oil does not fit into the new energy economy. For Asia, certain oilsaving sectors and targets are clear and massive. In particular as noted at the start of this article, we find that oil-based electric power production is the key near-term target.
Due to what is now industrially mature mass production of windpower and solar power equipment, the process of slashing this oil demand can move rapidly. For the low income countries where some still use oil for over 50% of their generation (US oil-fired electricity 2009: 1% of total), the growing supply of newly obsolete solar and windpower equipment in the North, especially in Europe, becomes a key resource. Leapfrogging tech development of windmills, for example, has seen their power spiral from 600 kW to 6000 kW (6 MW) per mill, leading to rapid economic obsolescence of smaller mills built to operate 30 years or more, but retired in less than 10 years.
This type of equipment is often priced at giveaway levels as low as $500 per kW. Heavy discounts also operate on economically obsolescent solar PV equipment, having typical efficiencies of below 12.5% and quickly retired from service, compared with new equipment attaining 18%, but service lifetimes for both are around 30 years. The clean power shift in Asia will accelerate.
*****