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China & The US: Opportunity or Threat in the Green Revolution?

The number of green relationships being established between the US and China is on the increase but does that mean these two giants can see past their differences?

Elisa Wood, Contributor
December 29, 2010  |  14 Comments

China now stands alone as the most attractive market for renewable energy investment in the world, a position it had previously jointly held with the US, according to Ernst & Young's most recent Renewable Energy Country Attractiveness Indices report.

The news became political fodder in a US mid-term election year and has been highlighted as an example of the nation's failings. With US jobs at stake people are worried, and for good reason.

That's one way to look at it. Another is that China's rise offers a new and crucial opportunity. Paired, the countries can float a tremendous clean energy market that could buoy the industry worldwide – or sink it if they fail.

'Imagine a small canoe, barely above the waterline with two sumo wrestlers, China and the US, in it – one at each end,' says Elton Sherwin, senior managing director at California-based Ridgewood Capital and author of the book Addicted to Energy.

The rest of the canoe, he says, is packed full of people from all of the other countries. The two sumo wrestlers account for 42% of the world's energy demand, are the world's biggest coal consumers and the largest importers of oil. Both have aggressive goals to integrate renewable energy into their supply mix and they lead the way in wind power development. Last year China installed 13.8 GW of wind power, the US added 10 GW.

A recent criss-crossing of the globe by industry leaders and government officials from both nations demonstrates a heightened understanding of their paired potential and they have been meeting to investiagte joint green energy opportunities. China brings to the table its cheap manufacturing capability and the US its high tech know-how.

'We can't view this as one against the other. Over the past 12 months, partnerships and collaborations and deals from the manufacturing side all the way up to the development and installation side have really taken off. It makes a lot of sense. We are working together on the government side and private sector side to grow the pie and make it beneficial and profitable for businesses in the US and China,' said Foley & Lardner partner Jeffery Atkin.

One such meeting, a panel discussion entitled 'US-China Private Sector Cooperation in Energy', brought together industry and government heavy hitters in early October at the Woodrow Wilson Center in Washington, D.C. Among the attendees was Jim Rogers, chief executive officer of Duke Energy, one of the US' largest electricity companies.

'I believe that China and the US are uniquely positioned to answer the environmental energy challenges for the globe,' he said at the forum. 'We are smart enough and have a clear enough vision to be able to cooperate and compete at the same time.'

While the two nations have many political and social differences, both face similar challenges in their power sectors. Both depend heavily on coal as a core energy resource; it accounts for 50% of the electricity mix in the US and 80% in China, which in turn makes the two countries the largest carbon dioxide emitters in the world. Also at the forum was US secretary of commerce Gary Locke, who said: 'If not addressed, this current energy mix will significantly impact our businesses, our environment, and our way of life in both countries.'

China's success in wind turbine manufacturing has some in the US concerned (Source: Sinovel)

The Great Grid of China

In addition to many similarities in energy supply, both countries are poised for enormous electricity transmission grid build-outs, which will be required to meet increasing energy demand through to 2050.

Rogers sees a 'daunting challenge' ahead for the US. The nation will need to spend an estimated $2.1 trillion to meet its electricity demand by 2030, with consumption set to grow at an estimated rate of 0.5%/year through to 2035.

Over the next 40 years almost all US power plants, with the exception of its hydroelectric sites, will have to be retired and replaced, said Rogers. This comes on top of the transmission and distribution overhaul needed for smart grid applications. 

Conversely, China will focus less on upgrading an outdated grid and more on building new facilities. It has 700 million rural inhabitants, 15 million of whom, it is anticipated, will flock to its cities every year. By 2025, China is expected to build 40 billion m² of floor space across 5 million buildings – the equivalent of two Chicagos every year, said Rogers.

Electricity consumption rises in line with higher average incomes through the increased use of energy-hungry devices such as refrigerators and air conditioning units. By 2030 an estimated $3.1 trillion will need to have been spent to keep up with China's burgeoning demand.

With such levels of growth predicted in China and the US entirely new power infrastructures in both are expected to be built in the next 40 years.

Big Problems, Big Solutions

With such daunting figures, it is an enormous challenge for the two countries to simultaneously meet new demand and achieve reductions in greenhouse gas emissions, but significant progress is afoot. 

China has a five-year plan for renewables to account for 15% of its energy mix on top of a 20% reduction in greenhouse gas emissions by 2020.

In just three years, the country became the world's largest producer of photovoltaic panels, according to Pricewaterhouse Coopers' (PwC) recently published document: 'US-China Cleantech Connection: Shaping a new commercial diplomacy'.

The US is also making hefty strides in cleantech development, an example being its solar industry, which by the end of the year is expected have seen a year-on-year doubling in size, despite ongoing global economic issues, according to trade group the Solar Energy Industries Association.

The president and CEO of SEIA, Rhone Resch, recently announced a target for the US to install 10 GW/year of solar by 2015. Simultaneously the US government began to approve the construction of large utility-scale solar plants on federal land. Construction work on several large projects is expected to be underway by the end of the year.

Bolstered by strong government commitment over the past two years, the US is shaping up to be the largest solar market in the world, with its potential serving to attract Chinese companies including Suntech Power Holdings. The company, the world's largest crystalline silicon PV module producer, said earlier this year it plans to construct its first manufacturing plant in the US, while Yingli Green Energy is also said to be considering building a facility in the country.

Can The Marriage Work?

However, not everyone in the US welcomes expansion of Chinese companies into the US clean tech market. One concern is that while China may excel at cheap manufacturing, there may be quality issues with its goods, a problem acknowledged in a recent report published by Greenpeace, the Global Wind Energy Council, and the Chinese Renewable Energy Industries Association.

Kumi Naidoo, executive director of Greenpeace International, said in the report '2010 China Wind Power Outlook' that China remains dependent on Europe and the US for key wind turbine design technology; that it lacks experience in operating and maintaining wind farms; and that its workers' skills are 'insufficient'.

'To face and address the long-term problems, China needs to learn constantly, create opportunities for international cooperation and communication,' he said. The country must also establish a 'cooperative mechanism of win-win and multilateral wins with wind power corporations and research institutes all over the world in order to learn other countries' strong points, compensate for [its]own weak points, and develop together'.

To date the Chinese solar industry has largely been driven by the production rather than the utilisation of its PV technology. Indeed in 2009, one third of the world's PV panels were produced in China, yet installations there accounted for less than 3% of the global total, according to PwC.

Some quarters have voiced concerns that this allows Chinese manufacturers to have less stringent quality standards. However, again according to PwC, as China finds a new balance and moves from largely being a solar technology producer into an adopter, an broad upturn in quality to Western standards is expected to follow.

A technologically-innovative and growing Chinese market is also expected to see more widespread applications in China itself, while welcoming the country into the global market will force it to raise the quality of the goods it manufactures.

The Chinese installation market remains wide open and therefore provides a huge opportunity for US companies that produce high quality products to seek to do business there.

In September 2009 US-based First Solar unveiled a memorandum of understanding with Chinese government officials to build a 2 GW solar power plant in the Mongolian desert. The development site, slated for completion in 2019, requires cutting edge technology and high quality components.

The growth of the clean technology sector in both countries is in part due to the state of the industry in the other, with companies from each becoming increasingly co-dependent. Bilateral trade and investment between China and the US has given and continues to give citizens from both countries greater access to high quality products and services, according to Locke.

An example of this is the growth in China's middle class, which has spurred demand for US products, helping US producers' order books and satisfying Chinese consumers, while lower-cost products from China which are being sold in the US mean a potential increase in the disposable incomes of US citizens. 'That is what a win-win relationship looks like,' said Locke.

Another major partnership opportunity between the US and China is the development of smart grid technology. The PwC report forecast that China could spend up to $100 billion over the next decade on smart grid development, which could result in the deployment of 300 million smart meters alone.

Not surprisingly, Intel Corporation recently consolidated its chip-making operation in Chengdu into a 2400-employee facility and is now the largest chip packaging and testing base in Asia.

To help US companies penetrate Chinese and other foreign markets, the Obama administration in March launched the National Export Initiative, which seeks to double exports from the United States over the next five years.

'I am confident that our efforts and a sustained focus on the National Export Initiative will allow the US, China and countries all around the world to reap the benefits of the emerging clean energy economy,' said Locke.

Entering the US market, however, is another story. Accessing this market can pose difficulties for international companies owing to a quagmire of local, state and federal regulations.

'The US is very complex compared with most other places in the world. It is more time consuming. That is a reason why foreign companies, the European companies, the Chinese companies, are joint venturing and partnering with local companies,' said Foley & Lardner's Atkin.

'You can build a solar facility almost anywhere in the world without a lot of complication in a couple of months. You go to do that in California and it is a much longer period of time,' he added.

Wind turbine manufacturing facilities in Dalian, China (Source: Sinovel)

Partnership Pros and Cons 

Duke Energy is hoping that a United States-China partnership will lower costs, create more jobs and expedite the deployment of clean energy technologies. The North Carolina-based utility has entered into two agreements with the Chinese power companies ENN and China Huaneng.

The agreement with ENN, signed over a year ago, covers the development of several different cleantech projects, including a pilot smart eco-city near Beijing. By working with Chinese companies, Duke Energy hopes to gain experience both in scaling up and in driving down the costs of green energy deployment.

US universities and other research institutions are now also partnering with China. In September, some 30 senior executives from the State Grid China Corporation, the world's largest utility, met with representatives of the University of California San Diego, to tour its energy facilities along with executives from IBM and utility group San Diego Gas & Electric.

But despite recent efforts to promote business cooperation between the US and China, significant political and economic tensions remain. In September 2010, the United Steelworkers trade union filed a complaint accusing China of ignoring World Trade Organization rules, claiming that its government is granting too many subsidies to Chinese companies, making it impossible for US groups to enter China's market.

In addition, the union accused China of depressing its currency so exports of clean energy products sell cheaply abroad while foreign imports appear expensive. China's currency, the yuan, is appreciating, but at a much slower pace than China's economic gains, said the union.

Its complaint echoes similar charges by manufacturers in other countries, who argue that China grants hidden subsidies including free land and low-interest loans to its clean energy industries while restricting access to its domestic market.

In response, in October Zhang Guobao, a senior economic official for China, held a US news briefing in which he accused US trade officials of delaying trade talks with China, adding that the United States uses economic reforms to promote US companies over foreign investors.

Zhang also accused US politicians of looking for someone to blame for America's slow economic recovery. The criticism of China, he pointed out, had coincided with the then-upcoming US mid-term elections. 'Do they want fair trade? Or an earnest dialogue? Or transparent information?,' he asked rhetorically, before answering: 'I don't think they want any of this. I think [it] more likely, the Americans just want votes'.

The development of a large and technologically advanced clean energy industry is critical for both countries to successfully mitigate the effects of climate change, promote economic recovery, and compete in a globalised market,' said Locke.

Ultimately it would benefit both countries to put aside their differences and work together to accomplish a similar goal, he added, before saying: 'I am confident that these partnerships, especially in clean energy, will continue to strengthen over time and we will all be the better for it.'

Cooperation in the clean energy industry could be a starting point for further cooperation between the two countries, he continued, saying: 'The power sector is just one step on a ladder of cooperation that is needed to encourage other companies to work together, which could possibly influence the governments to work together as well.'

Many issues remain for the two countries to work out but the advantages of collaboration conspire to drive them together. Only time will tell if the two sumo players will continue to work together to develop the clean energy industry or if they will start wrestling instead, and sink the boat.

Elisa Wood is US correspondent for Renewable Energy World magazine

14 Comments

Register To Comment
Mary Saunders
Mary Saunders
January 6, 2011
China is cooperating with anybody who has skills someone there is interested in.

Look at the design/contract/build lists for the Olympics. They appear to have put things out to bid, then cherry-picked.

That's what I liked about a business trip there. It was as good as having been around the world. They were busy pilot-projecting the ideas that had been brought to them by paying visitors.

The U.S. seems to send people out to look at things.

This was actually an idea that Eisenhower endowed, to get U.S. people out more, interacting with people he did not want U.S. elites to pick fights with.

I'm not sure how that is working out for the U.S. It would certainly seem more efficient to stay home and have the consultants pay to visit.

In the alternative, a country could let its people innovate in their garages and basements, as they are unemployed, and then tax them royally if they emerge and can somehow go to scale.

It a very interesting topic.
ANONYMOUS
January 6, 2011
What an excellent article! It pretty much sums up what is going on in the world today. China and the U.S., combined consuming almost half of all the world's non-renewable resources, are also huge in the market to install alternative energy. At times they are competitors, and at times they act like partners. What the future holds, no one knows, but we all hope that there will in fact be a future, which seems more likely if the two super-powers live in peace and work cooperatively.
Adolfo Blanco
Adolfo Blanco
January 6, 2011
thanks for the article. I have post in my blog with.

http://aragonbiomasa.blogspot.com/2011/01/las-mayores-oportunidades-del-sector-de.html
Thomas Pritchett
Thomas Pritchett
January 5, 2011
"China brings to the table its cheap manufacturing capability and the US its high tech know-how."

While China does have the edge on cheaper manufacturing capability, it is also rapidly coming up to speed in the high tech know-how in many fields as more and more American trained Chinese engineers and scientists are returning to there native country. If the U.S. is not careful it may lose its "high tech know-how" edge within the next decade especially when you consider the relative condition of the secondary education systems in the two countries. Our reliance on our "high tech know-how" as our competitive edge may very well be a case of hubris - the pride that goes before the fall
shamil ayntrazi
shamil ayntrazi
January 5, 2011
For Information, details at www.renewableenergypumps.com
1. Wave Gear Drive System-WGD
The WGD system provides wave power leveling to provide constant power through the whole cycle of the wave of 360 degrees. This is achieved by means of local energy storage above the "Construction Unit", capacitors and/or high inertia fly wheels.
The equipment used ar the following:
a. Wave Air Pump-WAP: Compresses a small quantity of air to a high pressure; collects and feeds it to the air inlet of a turbo generator. Fuel is injected as needed to maintain required turbo generator output at reduced fuel consumption irrespective of availability of waves. Adding a "fogging system" (injecting water vapor into the turbine inlet air) will further improve the efficiency of the turbo generator.
b. Wave Gear Drive Pump-WGDP: The float directly drives a pump through a set of pulleys and reduction gear to pump a small quantity of water to a high head; collect and feed it to a hydro-turbo generator to generate electric power. The wave water pump can be either:
I. A WWP, reciprocating wave water pump..
II. A WWP rotary wave water pump
c. Wave Gear Drive Generator-WGDG: The float directly drives a Generator through a set of pulleys and reduction gear, to directly generate electric power. The generator can be:
I. A synchronous AC Generator where Alternating voltage is conditioned, synchronized and feed to a step up transformer for transmission through a cable to the shore.
II. A DC Generator where Direct Current voltage is conditioned, converted to AC voltage, synchronized and feed to a step up transformer for transmission through a cable to the shore.
2. WGD System Output
Waves have energy ranging from 3.8 to 432 KW for 0.75 to 8 meters height respectively per 1.5 meters of wave front. Total average power generated range between 0.24 and 111.1 KW per wave pass, that is 360 degrees. For comparison, total efficiency of turbo generators is of the order of 31 to 35%.
Roger Moore
Roger Moore
January 2, 2011
JamesDavis has a point that the US is falling into a 3rd world economy and sliding into a depression. Unfortunately that is the most bullish thing that we know how to do for the environment. In the end, we all need each other, so hopefully after WW-3 is over and there are about 1 billion people left on earth it is not too late to set up a more sustainable system.
Edward Rodriguez
Edward Rodriguez
December 30, 2010
Fantastic article no doubt, but while China and the US talk other countries like Denmark and Germany are at full swing in the Renewable Energy movement. We have a lot to learn from these and other countries. Lets stop the useless arguments and get with the program, the time is now...
George Reynoldson
George Reynoldson
December 30, 2010
This EXCELLENT article describes what seems to me to be a microcosm of the current question by political economies everywhere: cooperate or compete and/or how to do both across two so different political platforms. The Wilson Center panel in October was a valuable synopsis of the global energy-climate issue and included some very good questions from the audience. It is worth watching.

Perhaps the author of the above posting by JamesDavis has by now reconsidered his comment about the US being a very late comer to clean energy. Or has he forgotten the 70s and early 80s when the US probably had a 10 year lead on both thermal and PV solar and wind as well. Regardless, thanks for the good article and discussion.
James Davis
James Davis
December 30, 2010
The U.S. is a very late comer in the clean energy sector because of oil and coal and without China and India, the U.S. will fall even further behind. Because of the U.S.'s un-willingness to give of oil and coal, the U.S., in a short time, could become the world's biggest polluter and fall into a third-world economy.
Mary Saunders
Mary Saunders
December 30, 2010
Janine Benyus has interesting plans for China and India that focus on the natural cycles of water and nutrients. What comes up in a search changes quickly, but I comment the videos of her speeches, if you can find them.
ANONYMOUS
December 30, 2010
Serge Borys of Quadra Projects Inc. (QPRJ.OB) has boots on the ground in China, and reactor production. http://quadraprojects.com/

The grass roots organizations in SE Asia may also prove collaborative.
Organizations;
http://terrapreta.bioenergylists.org/organizations
Country;
http://terrapreta.bioenergylists.org/country

This full list of companies;
Companies;
http://terrapreta.bioenergylists.org/company
Products;
http://terrapreta.bioenergylists.org/materials

Erich J. Knight
Chairman; Markets and Business Review Committee
US BiocharConference, at Iowa State University,
http://www.biorenew.iastate.edu/events/biochar2010/conference-agenda/agenda-overview.html
ANONYMOUS
December 30, 2010
China should have interest in the production of fossil fuel free ammonia & char (SynGest, http://www.syngest.com/)
and the 52% conservation of NH3 in composting with chars, are just the newest pathways for the highest value use of the fractionation of biomass.

The Soil Carbon Standard committee's work with USDA, EPA and Congressional Ag committees offers real hope, with expansion to ISO status, the world can all be on the same soil carbon page.

Biochar systems for Biofuels and soil carbon sequestration are so basically conservative in nature it is a shame that republicans have not seized it as a central environmental policy plank as the conservatives in Australia have with their; "Carbon sequestration without Taxes".

Given our election in the USA, the bipartisan potential that soil-C solutions hold to get climate legislation moving is more important than ever. The ambiguity in pricing carbon, leaves companies to take charge. Look at last months news on WalMart's sourcing local produce. Training small farmers etc.
The old story of vendors going to Bentonville and beat with rubber hoses for the lowest price has radically changed. Now the rubber hoses are used in the name of energy efficiency and full cradle to cradle life cycle analysis. Their Sustainability Indexing Program will now take that data to formulate true carbon foot print labeling, empowering consumer's choice.

My Dad, a cold warrior, gave this short answer when asked about Mutually Assured Destruction or MAD defense policy,
"GIVE ME Liberty or GIVE ME Half-Life"

While I envision an offensive policy of Mutually Assured Sustainability (MAS) in a new "Green Cold War" . Based on carbon accountancy, the rules are simple; Who ever moves more Carbon from the air to the Soil wins, but so does second place, as third and so on.

Since we have filled the air, filling the seas, Soil is the Only Beneficial place left.
Carbon to the Soil, the only ubiquitous and economic place to put it.
Dr. Jeffery Johnson
Dr. Jeffery Johnson
December 30, 2010
I think China can do it on its own without cooperation from the US. Globally, the US is more or less a late comer to the party and thinks too highly of itself in importance
ANONYMOUS
December 30, 2010
Great article on Greentech Media about the US/China WTO wind dispute: http://www.greentechmedia.com/articles/read/wto-wind-industry-throwdown-u.s.-vs-china1/

China will wait for a WTO decision, but in that time all of their manufacturers will be competing with (and likely beating) established companies.

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Elisa Wood

Elisa Wood

Elisa Wood is a long-time energy writer whose work appears in many of the industry's top magazines and newsletters. Her blog on energy efficiency appears on more than 100 sites and has been picked up by the New York Times and Reuters. She...
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