"If Cleveland wants a big future commensurate with its big industrial past, it needs to start thinking bigger. The multimillion-dollar wind-energy pilot project in Lake Erie outlined last week by local officeholders, foundation officials, professors and developers would be a great start. Its mix of “green” industrial innovation with a broad public-private research partnership should set Cleveland apart and make the city a go-to destination for wind-energy manufacturers and innovators", etc., etc.But perhaps you’d be interested in what the study, conducted by a German firm named juwi GmbH (through its Cleveland subsidiary JW Great Lakes Wind LLC), actually tells us about the issue of feasibility.
Let me summarize:
- Is it technically possible to build and operate a cluster of utility-scale wind generators a few miles from the Cleveland shore? Yes, of course it is.
- Are there impossible environmental or regulatory hurdles to such a project? No, nothing that can’t be handled.
- How good is the wind resource out there compared to other sites being evaluated for utility wind investments? We’re still not really sure, but the evidence so far says: Not so great for an offshore site. (See pages 4-21 and 4-22.)
- How much would it cost to build and operate the proposed capacity? In the neighborhood of $5 million per rated megawatt to build it and six to eight cents per kilowatt-hour to operate it, which would make the unsubsidized cost of its wholesale power more than twenty cents per kilowatt-hour — two to three times the unsubsidized cost of conventional land-based wind generation.(See page 11-33, especially Figure 11-7.)
So, bottom line: The Great Lakes Wind Energy Center project is a feasible “demonstration project” as long as we can get the Feds to pick up most of the tab, and we remember that it’s really a $75-$90 million science experiment.
[A section of this post "after the jump" could not be recovered.]
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