Energy


Vermont has just signed a 26-year deal for energy with Hyrdo-Quebec.  See here.  But, as I have previosuly noted, should hydro-electric power be considered renewable energy?

See the Time Argus article here.

Doubtful, especially given the amount of methane that dairy cattle produce.  But see here.

In the last 6 months, China’s energy consumption far outstripped all predictions, causing great concern to the Chinese government as national energy efficiency goals may not be met.   Now look at the response according to the NY Times article “In Crackdown on Energy Use, China to Shut 2,000 Factories.”   My concern, however, is that no programs to close manufacturing and energy facilities will offset the increased energy demands of the Chinese consumer population.

“Flipping” through the 407 pages of America’s $787 billion economic stimulus and recovery package, formerly known as the American Recovery and Reinvestment Act of 2009, one quickly discovers that the legislation is truly overwhelming.   The Act, if properly implemented, could provide the country with the necessary infrastructure and resources to make better ecological choices available for knowledge consumers.  The Act takes great strides toward promoting energy efficiency, as well as renewing the nation’s transportation systems.

In the broad environmental context, the stimulus package focuses first on energy efficiency and conservation, and second transportation and car technology.  The Act provides funding for green investments for such varied locations as the Department of Defense, public housing, residential homes, and schools.  Eight billion dollars has been provided for state and local weatherization efforts and assistance, plus an additional $3.2 billion for local energy improvements, including funding energy audits, energy conservation incentives, energy retrofits; developing advanced building codes; and creating incentives for government purchases of energy efficient installations in buildings, as well as new traffic signals and street lights.  Money is also available to support fuel cell technology, smart grid technology, carbon sequestration, and alternative fuels.

Have these funds be used effectively, providing new choices for individuals such as more mass transit designed with urban geography in mind, faster and more frequent train service, improved and affordable hybrid and plug-in cars, and accessible information about weatherization and affordable building products?

The Act does provide vast sums to improve car technology and the country’s transportation system.  For example, incentives exist to produce better hybrid and plug-in electric vehicle technology. The Act contains $2.4 billion in incentives to buy plug-in hybrids making available $7500 tax credits for individual purchases.  It provides $8 billion for Amtrak and high speed rail, as well as $8.4 billion for public mass transit nationwide.  In doing so, the Act brings immense promise for rail service for all types in the United States.  The President himself has proposed a nationwide high-speed rail plan and has indicated that the stimulus money is just the “first step” of a “long-term project,” suggesting that more money may be forthcoming.  Some rail projects that have been discussed for decades like expansion of the Downeaster from Brunswick and Portland, Maine, to Boston, and high-speed rail from Milwaukee to Madison, Wisconsin, actually might happen after decades of discussion.

However, the Act still allocates far more money (in my view, far too much money) for roads and highways.  Perhaps this should be expected given the amount of resources already allocated to the nation’s highways and automotive industry, and that Americans have grown accustomed to “free” roads.  Train travel might be better if they received the same travel subsidy as the motor vehicle industry.  (I note that China is spending a much larger amount on high-speed rail than the U.S.)

My home state of Vermont will spend 20 times more stimulus money on highways compared to public mass transit. Similarly, of the $529 million in total stimulus money rewarded to my birth state of Wisconsin, nearly 20% will be spent on a single highway project, the reconstruction and expansion of Interstate 94.  Across the country, nearly four times more money will be spent on roads and bridges versus rail service, $28 billion versus $8 billion in the first installment.  The disparity is striking.  It means that the infrastructure of sprawl will persist, and individual energy consumption and the risk of climate change are being hedged against the creation of carbon-free automobile technology.

There’s an interesting Op-Ed in my local paper entitled “Energy Efficiency is Not About the Windows,” making the argument that energy efficiency in the home is about sealing up the home and cracks around the windows.  To me this raises, a broader question: What are the most energy inefficient structures in my community, and how are the best “low-hanging fruit” for energy efficiency in my own home?

For my own home, home energy-audits are available (often subsidized) and turning down the thermostat and hot water temperatures are good starts. But the community at large is a more dififcult query, since resources should be allocated to the largest energy hogs.  While on the Montpelier Planning Commission before we left for China, we learned there were funds available to potentially do a large-scale energy efficiency project in town.  Most people on the Commission wanted to do a singular big project.  I argued that we should identify the most energy inefficient structures in the community, make them efficient, and spread the cost saving to the entire community.   My proposal was simply not sexy enough, and gained little traction.  I find it unfortuante that low cost – high benefit envioronmental choices often receive so little play (e.g., chaulking your windows and home weatherization), but the big ticket items (e.g., new windows or biomass plants) seem to get everyone so excited.  What’s wrong with a little cost-benefit analysis?

The Wall Street Journal reports that China has become the world’s top enery user, surpassing the United States.  China has already passed the U.S. in overall greenhouse gas emissions.  At the same time China is reluctant to accept its status as a economic and polluting powerhouse.

Let me start out by stating that the United States has failed in its leadership to develop international climate change policy.  And the Chinese government and Chinese scholars often point this out.  At the same time, China, in some sense, has not been willing to accept its role as a global leader.  At a Roundtable discusion in China that I participated in with Chinese scholars, it was clear that, for strategic purposes, China wants to be seen as the leader of the developing world (i.e., the king of the BASIC countries-Brazil, South Africa, India, China), but, at least on the environmental front, does not want to have the same level of responsibility as the developed world especially the U.S.  The problem is that on other accounts China deeply desires to a be superpower–see, e.g., Olympics, World Expo, UN Security Council.   The question is whether China’s dramatic rise comes with more responsiblity.  This concern might be why my Chinese colleagues and students often downplayed or denied that China is overtaking Japan as world’s second largest economy.

(Note: There is a large cultural aspect to this as well in terms of comfort level with accepting and announcing one’s own success, and choosing to impose one’s value systems on others.  Chinese and U.S. citizens and foreign policy are culturally different in this way.)

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