NW Renewable Energy Projects

by
December 9th, 2007 at 22:08:25

The wind turbines tower above the rolling landscape, icons of the renewable age, eerily white and whispering with each rotation of the huge blades. And swirling around the arms of these futuristic giants are the winds of the west, swift and relentless, buffeting the skyline of Portland and whistling past the Bridge of the Gods through the portal of the Columbia Gorge. Reaching skyward from farmland tended in the highlands, the answer is found – “blowin’ in the wind”.

For a map of Northwest Renewable Energy Projects, visit rnp.org.

And click here for a recently updated list of renewable projects totalling 1732.5 MegaWatts.

Here’s a picture of the Klondike Wind Farm (phase I) not far from Wasco, Oregon, just outside the Columbia Gorge Scenic Area. The project is currently in phase III, working toward 375 MW capacity.

The modern wind turbine, streamlined and computer controlled, owes its ancestry to one nation uniquely affected by global warming, where 60% of the land is below mean sea level, the Netherlands. Long adapted to flood control and committed to controlling climate change, the Dutch have in development the largest offshore wind farm plan in the world. The old Dutch windmills you may remember, were used for pumping water and grinding grains and cereals. Approximately 1000 of the mills remain and many are still in use.

The development of the water-pumping windmill in the U.S. was a major factor in early ranching and farming of North America. Rising energy prices and environmental concerns have led to a rediscovery of wind power and renewed interest in the restoration of windmills.

4 Responses to “NW Renewable Energy Projects”

  1. Rick Ray Says:

    An inspiring vision, though I’d personally oppose siting any of these industrial behemoths in any place visible from the Columbia River Gorge National Scenic Area.

  2. J.D. Adams Says:

    Ditto – and as well for the migratory routes for birds.

  3. George Seldes Says:

    It’s important that everyone understand that you are citing wind turbine nameplate power ratings there, not expected output. Oregon is using about 30% capacity factor for wind — so you have to build 1500 MW to get an average of 500 MW that you can factor into your plans (so long as your plans don’t involve having to actually have it when you need it).

  4. J.D. Adams Says:

    Thanks to all for your input in helping thrash the thorns out of the wind power issue. It looks like more dialogue is yet to come as towers go up and the prime sites become scarce.
    The capacity of wind turbines is quoted as the starting parameter in derating. History has shown the usefulness of wind power and modern technology can only make it better.

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