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November 2, 2004

China Endorses 300 MW Ocean Energy Project

London, United Kingdom [RenewableEnergyAccess.com]

Thanks to China's insatiable appetite for energy and their increasing determination to add renewable energy to the mix, the ocean waters off the coast of China are on their way to gaining a large-scale ocean energy project.

"China's economy is booming and requires many new power resources to keep its momentum going."

- Tidal Electric Chairman Peter Ullman

The Chinese government signed an agreement with UK-based Tidal Electric for a renewable energy tidal power project near the mouth of the Yalu river. At 300 MW, the project would be the largest tidal power project in the world, according to the developers, topping the capacity of the 240 MW French tidal power plant in LaRance.

Tidal Electric's offshore tidal power generation, also called "tidal lagoons," is a new approach to tidal power conversion which the company says resolves the environmental and economic problems of the familiar "tidal barrage" technology. Although it has been in use for more than 1000 years, Tidal Electric says the tidal barrage is unsuitable for broad-scale commercial use because of environmental and economic drawbacks due, primarily, to its shoreline location.

Instead, Tidal Electric's tidal lagoons use a rubble mound impoundment structure and low-head hydroelectric generating equipment situated a mile or more offshore in a high tidal range area. Shallow tidal flats provide the most economical sites. Multi-cell impoundment structures provide higher load factors (about 62 percent) and have the flexibility to shape the output curve in order to dispatch power in response to demand price signals.

The tides are highly predictable and permit tidal power to fit comfortably into existing electricity distribution grids. Tidal Electric also wrote a computer simulation program that uses equipment performance characteristics and tidal data to create a detailed simulation of generation output, water flows and storage, and is used for design optimization.

Governor Zhang Wenyue of Liaoning Province (population 50.2 million) traveled to New York City for the signing ceremony accompanied by four Mayors from cities nearby the chosen site, provincial consenting authorities, foreign trade officials, and a contingent of foreign affairs specialists.

Tidal Electric was represented by Chairman Peter Ullman, Director Gregory Bonenberger, and Michael Ashburn, a British citizen living in Beijing who heads up Tidal Electric's affiliate company Tai Yang Dian Li ("Clear World"). Detailed discussion of specific aspects of the agreement were held at the Yale Club in New York and included Mayor Chen of Dandong City and a contingent of other local officials who pledged their support and agreed to provide Tidal Electric with environmental data, tidal data, and liaison services.

"China's economy is booming and requires many new power resources to keep its momentum going," Ullman said. "The Chinese government has clearly stated their support for renewable power. They demonstrated that by bringing top scientists and engineers together to carefully consider the tidal lagoon technology and ask all the hard questions. They are now satisfied the technology is credible."

Next steps for the project are to conduct engineering feasibility studies similar to those that were recently successfully concluded in the UK by WS Atkins Engineering for Tidal Electric's Swansea Bay project.
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Reader Comments (2)
 
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Anonymous
November 3, 2004
In response to your article relating to tidal power I feel that I must write to tell you about my invention called Gentec venturi.

This device uses a combination of different forms of renewable energy to desalinate huge volumes of seawater and generate very cheap electricity 1000MW in a continuous process that, once started, would be difficult to stop.

A joint venture of several large companies hope to build a demonstrator plant here in Scotland early in the new year. I think that you may be interested in having the first commercial plant built in China.

Also, because the energy source is free at the point of use much lower concentrations of saline solution will be pumped back to the sea so that marine life is unlikely to be affected.

The constant electrical output means that spare electrical capacity could be used during off-peak periods to make hydrogen for fuel cells for transport in your most polluted cities.

I can be contacted by email at solutions@greenheating.com

Kind regards,

Andrew H Mackay

CEO
Greenheat Systems Ltd
Causewayside
Glenaldie
TAIN
Ross-shire
Scotland
UK

++44 1862 892777
++44 07720 141 332 (mobile)
Comment 1 of 2
No image available
November 12, 2008
Since most of China's industry is located on the East Coast, it makes good sense to use tidal power as well as any other ocean sources such as wave and open ocean currents. Ocean water cooling systems for city buildings adjacent to the ocean would also be desirable. China is using coal at over 900 million tons annually and its supply of coal is predicted to last about 40 more years.

The real problem with using coal is pollution. China needs to have air free of particulates and carbon soot, good to breath which will permit sunlight to pass through. Hundreds of miners die each year in attempts to extract coal from unsafe mines. Pressure to manufacture supplies for the rest of the world combined with AC requirements during the summer has over-burdened China's grid system.

Ocean energy projects of the type envisioned are needed.

adrianakau2aol.com
Comment 2 of 2
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