Scandia Wind Offshore

Welcome to Scandia Wind Offshore

Scandia Wind Offshore (SWO) was formed in response to the compelling attributes of West Michigan for offshore wind farm development. SWO is now communicating the plan to conduct studies in order to develop a 500 megawatt (MW) wind farm in Lake Michigan, outside of Muskegon and Ottawa counties. A 150 MW onshore wind farm at the Wastewater Management System in Muskegon County is also under consideration. The Aegir Project is proposed based upon the many years of offshore wind farm development experience of its Norwegian partner, Havgul Clean Energy AS. Technical analysis is underway as well as an information exchange with the local communities, local government officials, and the State of Michigan.

The Aegir Project is designed for harvesting the outstanding wind resource on Lake Michigan to produce clean, renewable energy while addressing the current need for job creation in Michigan.

Why Lake Michigan?

Muskegon and Ottawa counties present a unique set of circumstances in terms of supporting the case for large-scale offshore wind farm development:

  • Grid access: the Ludington Pumped Storage Power Plant is north of the proposed wind farm. The Aegir Project could provide off-peak power to the plant—fill its reservoir via wind power—while the plant could continue to generate and sell its power during peak consumption hours. Aegir could, in effect, recharge this giant “battery” and combine two renewable energy resources to deliver baseload power. Also, the 345 kV transmission lines on shore provide a substantial backbone to move power to major population centers. The B.C. Cobb coal plant in Muskegon could serve as a point of interconnection for the Aegir Project.
  • Wind Resource: the area is well positioned to harness the strong prevailing South/Southwest winds, wind regimes that are normally registered only in states such as North Dakota and Texas. Wind speeds range from 8-9 meters per second (approximately 20 mph) at a height of 100 meters – an excellent, clean fuel resource to be farmed for substantial power production.
  • Proximity to major load centers: the efficiencies associated with locating near two major load centers (areas of significant energy consumption, i.e., Detroit and Chicago) materially contribute to the economic viability of a wind farm such as the Aegir Project. Producing wind power for delivery to major population centers near the generation source results in lower energy prices.
  • Water depths in Lake Michigan outside of Muskegon and Ottawa Counties:technology advances in wind turbine foundations indicate wind turbines can be sited in water depths up to 80 meters. Preliminary indications suggest that the area under review can support a 500megawatt wind farm.

The Aegir Project, as proposed, can serve as a catalyst to enhance Michigan’s prospects of developing such a manufacturing cluster— an opportunity to gain market share in a growing industry.


November 2010:Video:  Muskegon, Michigan – preparing for Offshore Wind Farm development

August 2010:
Offshore wind can provide electricity, jobs

May 2010:
Majority of People Attending MI Glow Council Voice Support for Offshore Wind Farms

April 2010:
Muskegon Chronicle—Tourism Article

March 2010:
The Aegir Project Proposal

February 2010:
Responses to FAQs based on
research and experience

January 2010:
Response to public commentary

December 2009:
January dates announced in public meetings series for the Aegir Project

December 2009:
First Public Information Meeting Announced

June 2009:
Havgul Announces the Sale of Projected Offshore Wind Farm




British prime minister address North Hoyle offshore windfarm

Dept of Defense QDR Report. See pages 84–88

Facebook: Yes to West Michigan Wind Power

Facebook:  "People for the Lake Michigan Wind Farm"

Michigan Great Lakes Wind Council

National Renewable Energy Lab (NREL)

Aegir Project—West Michigan