The Energy Debate with Bill Gates

Update Sept 2: Bill Gates has responded at Dot Earth

Andrew Revkin is hosting an interesting discussion at New York Times Dot Earth right now on energy innovation policy.  It began with a post about Bill Gates’ recent interview with MIT Technology Review, which focused primarily on energy, and a rebuke from one commentator,  Richard Rosen, in “A Challenge to Bill Gates on Energy Research.”  Revkin encouraged discussion in an email to several experts, and this was my initial contribution.  Bill Gates is apparently offering a response at Dot Earth tomorrow, so stay tuned:

The White House recently released its report on how ARRA is promoting innovation, particularly in solar PV, batteries, and DNA sequencing.  ”Near-term improvements will be able to cut the cost of solar power in half, as second generation thin-film solar panels such as the rapidly emerging CIGS and Cd-Te technologies compete with ever improving traditional silicon-based panels,” the report noted. “Beyond that, breakthrough technologies could make solar as cheap as new fossil fuel plants without government incentives.”

This assertion stands in direct contrast to one of Richard Rosen’s most basic assumptions, which is that it is thermodynamically infeasible for low-carbon electric generation technology to provide electricity as cheap or cheaper than coal-fired power plants.  Secretary Chu’s own assessment that we need several Nobel-caliber level breakthroughs to make low-carbon energy cheap enough to compete also stands in contrast.  I think we can assume that Secretary Chu understands the second law of thermodynamics! (As well as Dr. Holdren and his team, for that matter, who I’m sure played an important role in the White House report).

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As America Stalls, Competitors Advance

The Atlantis-AK1000 tidal energy turbine unveiled last week in Scotland.

The Atlantis-AK1000 tidal energy turbine unveiled last week in Scotland.

That America is lagging behind other nations in developing and deploying products in the emerging $600 billion renewable energy technology market has been well-documented. But it can be surprising to realize just how rapidly others are progressing relative to the U.S: (more…)

 

President Obama speaking at ZBB Energy in Wisconsin. The President emphasized the importance of developing renewable energy economy in order to secure a prosperous future.

President Obama speaking at ZBB Energy in Wisconsin. The President emphasized the importance of developing renewable energy economy in order to secure a prosperous future.

At a speech at ZBB Energy in Wisconsin this week, the President announced a commitment to create 800,000 clean energy jobs by 2012 that will not only “create work in the short-term, but lay the foundation for lasting economic growth.”

ZBB produces advanced zinc bromide flow batteries and intelligent power control platforms for renewable energy storage with the help of a $1.3 million loan through the American Recovery and Reinvestment Act (ARRA) State Energy Program loan. The company is using the loan to support a $4.5 million factory renovation that it anticipates will triple its capacity to manufacture flow batteries and power systems—proof of what federal capital applied to innovative energy technologies stands to achieve.

The President emphasized that despite the prognostications of pessimists, the sun has not set on American manufacturing, and that renewable energy technologies provide an opportunity to “jumpstart a homegrown clean energy industry” in America. The global market for clean energy technologies is forecast to reach $450 billion by 2012, and $600 billion by 2020. (more…)

 
Oil executives testifying before Congress in May.

Oil executives testifying before Congress in May.

Reporting on BP’s imbroglio in the Gulf of Mexico, Peter Coy of Businessweek finds that energy companies are neglecting long-term investments in research and development at the price of technological breakthroughs:

“Energy companies worldwide are far less science-oriented than one might expect from an industry that is heavily dependent on technology for safety and profit. In the U.S., energy companies’ spending on research, development, and deployment amounts to just 0.3 percent of sales. That’s barely more than a tenth what the auto industry spends as a share of sales and is dwarfed by the pharmaceutical industry, which spends nearly 19 percent of sales.”

He goes on to ponder the shortcomings of public investments in innovation:

“But government R&D spending on energy has been scarce, too. It was less than 0.03 percent of U.S. gross domestic product as of 2007, about one-third the share in Japan. The dearth of investment in energy R&D helps explain why the world is still getting its energy by punching holes in the sea floor rather than from safer, renewable sources such as the sun and the wind.”

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Engineering Degrees

Source: National Science Foundation, Science and Engineering Indicators, 2008

 

Talking Points for Youth Clean Energy Forum

A friend of mine attending the Youth Clean Energy Forum tomorrow asked me to suggest some talking points (for the administration and fellow youth leaders) and readings.  Here’s what I wrote:

I. Any successful global climate treaty has to go beyond the traditional framework of binding emissions targets. Kyoto failed. China, India, and the rest of the developing world have made it unequivocal that they will not adopt meaningful targets. The right model is shared government investments in technology development and economic development — as per the creation of the EU and the Marshall Plan — not bindings emissions targets, which allow politicians to commit to distant targets they ultimately have little or no responsibility for achieving. The International Energy Agency says $10 trillion in global clean energy investment is necessary over the next two decades. The UN recently called for $500-600 billion annually in developing countries alone, including adaptation efforts. One alternative that could accommodate a technology and investment-centered strategy is a “carbon cap equivalency” framework, explained here by Julian Wong et al. Another has been dubbed the “Direct Kaya Approach,” a targeted, sectoral-based strategy to directly reduce the carbon intensity of economies. Another is a “national schedules” approach. Regardless, what is demanded now is massive and immediate investment to develop and deploy low-carbon energy technology across the world, without which the next global climate treaty will surely fail.

II. The Senate climate bill must be significantly strengthened, particularly its investments in clean technology development and deployment, and the Obama administration and broader climate movement (including Energy Action Coalition) should support these efforts. These issues must be addressed: (1) The bill’s greenhouse gas emissions cap is effectively non-binding for the first decade or more, due to the authorization of massive levels of offsets, and it is unlikely to drive significant near-term changes in the U.S. energy economy. (2) The bill invests far less in clean energy technologies and industries than either the American Recovery and Reinvestment Act (ARRA) or the direct investments being made by competing nations, including China, South Korea and Japan. (3) The carbon price signal established by the cap and trade program is expected to be modest and insufficient to pull emerging clean energy technologies into the market or spur significant investment in clean energy innovation. (4) The renewable electricity standard established by the bill will not ensure any increase in U.S. renewable energy deployment beyond already conservative business-as-usual projections. For a full summary of Breakthrough Institute’s 20-part analysis of ACES, which the Senate bill is based on, see here.

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