Interconnection key to reliable wind power

A recent study from the University of Delaware’s College of Earth, Ocean and Environment shows that a network of offshore wind sites can be managed to ensure consistent power generation from the system. [Full report in pdf]

One of the major problems with single wind farm sites is the unpredictable nature of generation.  Power only flows when the wind blows and there is no guarantee when it blow or if the wind will be strong enough to generate power.

Researchers at CEOE analysed five years of data from sites stretching 2500 kilometres along the east coast of the United States. By simulating an interconnection they demonstrated that the system could provide consistent, sustainable power.  While other studies have shown the benefit of interconnection, the key to success in this case lay in the wide geographic dispersion of the wind farms.

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The Secret of Success

In any major business venture, it is important to ensure that the product will meet demand in the marketplace including consumer preferences.

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Is it wind or hydrogen?

Some time ago, Frontier Power Systems registered a wind demonstration project on Ramea.

The project received some international attention, including this presentation at an American alternative energy conference in 2004.

The project was supposed to be a combination of wind and diesel, but an announcement earlier this year mentions inclusion of a newly developed hydrogen fuel system. The announcement indicates the client is Natural Resources Canada, not Frontier. A similar announcement directly from the hydrogen system manufacturer isn't any more clear.

We'll keep you posted on the results of further inquiries.

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