Local Officials Pressured to Turn Around Poor Showing in Energy Intensity Numbers
This week China held its second high-level discussion in two weeks on implementing its energy intensity target at the same time as disappointing first quarter numbers appeared showing that energy intensity has risen by 3.2% in the first quarter of 2010. Premier Wen Jiabao told provincial officials to use “an iron hand” in implementing energy intensity targets. This comes in the wake of last weeks’ announcement of eight new policies to enhance implementation of the 20% energy intensity target.
The eight measures announced last week are likely to have a positive impact on the energy intensity goal. In particular the increased targets for closing inefficient enterprises and for the 1000 Enterprise Efficiency Program (aimed at China’s largest firms), build on proven success with these programs over the previous four years. The new measures also announce a promising attempt to extend the lessons learned from the 1000 Enterprise Program to a larger number of companies by requiring it to supervise all enterprises using more than 5000 tons of coal equivalent per year. Additional funding for China’s ten major efficiency projects, which include not only industrial savings, but some key improvements in the building sector through efforts such as improved heating systems and replacing old lighting, should also have an impact.
It is difficult to estimate at this point whether such measures alone will be sufficient to make the major push needed to actually meet the 20% target. Local governments are clearly under intense pressure to meet this goal, and if these types of programs don’t yield sufficient results they may choose to delay energy intensive projects – both those that would be sensible to shelve, but also perhaps some of those that may have long-term positive impacts on energy and carbon emissions. As Keith Bradsher points out in the New York Times, quoting Lawrence Berkeley National Lab’s David Fridley, China has used much of the output from heavy industry to build energy-efficient infrastructure, such as long distance rail that should reduce emissions in the longer term.
There are also some macro-economic efforts that might help China step up its energy intensity efforts. In particular the central government has been tightening credit. This has already slowed down the property market, and the question is now whether the government’s increasing concern about inflation will also reduce auto sales growth. New car sales rose 70% in the first quarter of 2010, but most auto industry analysts estimate the full year 2010 figure will be 10-25% higher than in 2009, suggesting that they do not expect the first quarter’s purchasing behavior to continue for the full year. As Michael Dunne pointed out on the CNBC blog if full year sales are well below the first quarter this would be an exact replica of China’s auto sales purchases in 2008, when tightening credit substantially reduced market growth despite record first quarter sales.
In short, the combination of new specific energy intensity measures and overall macro-economic policies should help China improve its energy intensity performance over the poor first quarter showing. Reaching the full 20% over the five years 2006 to the end of 2010 looks difficult, but it is clear that local and provincial governments are under significant pressure to pull out all the stops.
Photo by GraemeNicol, courtesy of a Attribution-Noncommercial-Share Alike 2.0 Generic.
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- Nathaniel Aden , World Resources Institute
- Edward Cunningham , Boston University
- Erica Downs , The Brookings Institution
- Meredydd Evans , Pacific Northwest National Laboratory
- Barbara Finamore , Natural Resources Defense Council
- Sarah Forbes , World Resources Institute
- David Fridley , Lawrence Berkeley National Laboratory
- Kelly Sims Gallagher , Tufts University
- Banning Garrett , Atlantic Council
- Stephen Hammer , Columbia University / MIT
- Mikkal Herberg , Pacific Council on International Policy
- Isabel Hilton , Chinadialogue
- Trevor Houser , Peterson Institute for International Economics
- S.T. Hsieh , Tulane University
- Angel Hsu , Yale University
- Robert Kapp , Robert A. Kapp and Associates
- Albert Keidel , Atlantic Council
- David Kline , National Renewable Energy Laboratory
- Bo Kong , Johns Hopkins University
- Michael Levi , Council on Foreign Relations
- Mark Levine , Lawrence Berkeley National Lab
- Joanna Lewis , Georgetown University
- Kenneth Lieberthal , The Brookings Institution
- Denise Mauzerall , Princeton University
- Irving Mintzer , Potomac Energy Fund
- Kevin Mo , Natural Resources Defense Council
- Chris Nielsen , Harvard University
- Rose Niu , World Wildlife Fund
- Stephanie Ohshita , Lawrence Berkeley National Laboratory
- Lynn Price , Lawrence Berkeley National Laboratory
- David Pumphrey , Center for Strategic and International Studies
- JingJing Qian , Natural Resources Defense Council
- Rod Quinn , Pacific Northwest National Laboratory
- Deborah Seligsohn , World Resources Institute
- Monisha Shah , National Renewable Energy Laboratory
- Bo Shen , Lawrence Berkeley National Laboratory
- Edward Steinfeld , Massachusetts Institute of Technology
- Kevin Tu , Carnegie Endowment for International Peace
- Jennifer Turner , Woodrow Wilson Center
- Alex Wang , UC Berkeley Boalt Law School
- Elizabeth Wilson , University of Minnesota
- Zhang Xiaoquan , The Nature Conservancy
- Nan Zhou , Lawrence Berkeley National Lab
Data Sources
BP Statistical Review of World Energy
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China Energy Databook (LBNL)
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Energy Information Administration (EIA)
International Energy Agency (IEA)
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