"When it comes to winning the clean energy race, is the US already ‘out of the running?’"
In a new report, “Out of the Running?” America Progress’s Kate Gordon , Julian L. Wong, and JT McLain explain how Germany, Spain, and China are seizing the clean energy opportunity and why the United States risks getting left behind. The below video and memo summarize their findings, but you can download the full report here (pdf).
A clean-energy call to arms
As the United States debates comprehensive clean-energy legislation, it is confronted with a simple choice: come to the table and feast on the enormous economic opportunity that comes with reducing global warming pollution or be an item on the menu as our economic competitors forge ahead to build prosperity.
By 2020, clean energy will be one of the world’s biggest industries, totaling as much as $2.3 trillion. Over the past year, other countries made huge investments to seize the economic opportunity provided by the historic shift from fossil-based energy to renewable, low-waste electricity and fuel. These investments weren’t made out of thin air, but were a result of intentional public policies, which in turn provided a strong stimulus for new public and private investment in new clean-energy markets, infrastructure, and human resources.
China, a country that in some ways is only now experiencing an industrial revolution, has made a serious commitment to building that revolution with low-carbon, low-waste technologies and infrastructure. Several European Union countries””notably Germany and Spain””have also turned from old energy policies to embrace the new. These three countries understand that the transformation to a low-carbon economy brings a range of strategic benefits, from climate stability to energy security to economic prosperity.
With that understanding, these countries are moving forward decisively. The United States came in second just behind Germany in absolute sales in a recent global country ranking of 2008 clean-energy technology product sales. But when product sales were expressed as a proportion of respective gross domestic product, the United States was far down the list at 19th, compared to Germany at third, Spain at fourth, and China at sixth. The United States also lags on installed renewable energy per capita as well as per unit of gross domestic product (see Figure 1).
These countries invested in clean energy for short-term benefits and laid a solid foundation for future sustainable economic growth by either setting a price on carbon or implementing strong national energy performance standards or both, thus spurring innovation in new technologies that lower carbon emissions. A 2009 study by the CERNA Research Program on Technology Transfer and Climate Change found clear evidence that developed countries that ratified the Kyoto Protocol””each of which set a legally binding target to reduce its carbon emissions””saw a rise in green-tech innovation patents of more than 33 percent (see Figure 2). Developed nations that didn’t initially ratify Kyoto””the United States and Australia””saw no noticeable change in their share of total green tech patents over the same time period.
China, as a developing country, was not obligated to adopt mandatory carbon emission reductions targets under the Kyoto Protocol, but the country did embrace the treaty’s clean development mechanism, or CDM. The CDM allows developed countries to offset their emissions at home by investing in clean-energy projects in developing countries, and China greatly benefitted from the resulting technology transfer, particularly in its wind industry.
Today’s clean-tech innovations represent tomorrow’s jobs and GDP growth. China, Germany, and Spain are well on their way to global competitiveness in the clean energy economy. Besides the clear advantage of having signed onto or directly benefitted from the Kyoto Protocol, these three countries have also benefitted from their early adoption of a truly comprehensive approach to energy and climate policy.
In a September 2009 report, “The Clean-Energy Investment Agenda,” the Center for American Progress identified the need for a long-term, comprehensive approach to clean-energy policy that includes three core policy pillars:
- Markets: Expanding markets and driving demand for new clean and efficient energy products and services
- Financing: Investing across the full value chain of clean-energy solutions””research, development, commercialization, production, and deployment””needed to meet demand
- Infrastructure: Revitalizing and reinvesting in the physical and human capital infrastructure upon which the clean-energy transformation”” like all major industrial transformations in the past””will ultimately be built
When we researched Germany, Spain, and China’s approach to the emerging clean energy economy, we found that all three countries have taken just such an approach. In this report, we will take a close look at the policies and programs that make up each country’s approach to building a clean energy economy. We will examine how these policies are creating jobs, boosting industries, and spurring innovation in these three countries.
In addition we will use CAP’s three-pillar framework to demonstrate the specific ways these countries are pursuing a broad range of smart policies to create new markets for clean-energy solutions, strategically channeling finances across the entire innovation and commercialization cycle, and building the necessary support infrastructure for new technologies and fuels.
Our purpose here is not to provide an exhaustive survey of the clean-energy policies of each of these countries. Rather, it is to show how they have become top competitors in the emerging global marketplace of clean energy by adopting a strategic policy approach””and to demonstrate what is at stake for the United States if we fail to learn from their example.
China, Germany, and Spain are early winners in the next great technological and industrial revolution. Many other countries such as Denmark, Japan, and South Korea that we do not discuss in this report are also forging ahead with ambitious clean energy economic strategies. The United States, which has yet to fully embrace a truly sustainable growth strategy for the low-carbon future, is not.
The United States has a clear moral imperative to join the worldwide effort to reverse climate change. But it also has an urgent economic imperative to become a clean-energy leader. The clean-energy achievements of China, Germany, and Spain represent a significant step in the fight against global warming pollution, but their driving motivation has been their own economic self-interest, through creating vibrant new industries, sustainable jobs, and international markets for clean-energy technologies.
We can do the same and we can do better, but not if we use the excuse””as opponents of passing comprehensive energy and climate legislation frequently do””of temporarily weak economic conditions to delay the transformation to a clean energy economy. It is through a failure to act that the United States will suffer economically.
American workers, business leaders, and policymakers struggling under the weight of a historic economic downturn may question the relevance of policies in European and Asian nations. But they should consider just one concrete result of the United States not having a similar policy focus: Less than two years after building a solar manufacturing plant in Devens, Massachusetts, Evergreen Solar””an early U.S. pioneer in solar photovoltaic technology””announced plans to move part of that operation to Wuhan, China.
The race toward a clean-energy future is underway, and those nations that lead will reap enormous economic benefits. With the right investments and smart policies, the United States can be among them, a top player in the emerging global low-carbon economy.
Kate Gordon is the Vice President for Energy Policy at American Progress, Julian L. Wong is a Senior Policy Analyst with the Energy Opportunity team at American Progress, and JT McLain is a contributing author for the Energy Oportunity team at American Progress.