Later this spring, UMaine’s Advanced Structures and Composites Center will test a buoy-based light detection and ranging system, or LiDAR, which can gauge wind speeds at up to 600' above the surface of the ocean. Data from the device can help to determine the best location for offshore wind turbines.
Read the full story in the Bangor Daily News or in Mainebiz.



On May 31, 2013, The University of Maine will make history by launching its 1/8 scale prototype of a 6MW VolturnUS wind turbine, "Vo
On May 4, 2013 the Common Ground Learning Solutions and Southern Maine Community College (SMCC) at the South Portland Campus held the Renewable En
The American Council for an Energy-Efficient Economy (ACEEE) is taking scholarship applications for its 2013 summer study in energy efficiency for industry, to b
Say what? You're a middle school teacher, you teach science and your students have never participated in the Junior Solar Sprint?
Would you like to see some bold innovations and examples of a nationwide commitment to sustainable energy and resilience?
The Proton OnSite Scholarship and Innovation Program is fueling the next generation of scientific innovation by recognizing and awarding high school seniors, college students, and innovators who can find new and creative ways for
A Handbook from the DOE's Energy Education & Workforce Development division, entitle
Trustees for the University of Maine at Farmington gave the green light to a $1.5 million project to heat and cool 50,000 square feet of campus building space using geothermal technology. This fourth geothermal system on the campus will help it to meet its Climate Action Plan goal of eliminating its greenhouse gas emissions by 2035 and reducing its GHG output by 20 percent by 2015.
The Advanced Structures and Composites Center at the University of Maine plans to place a one-eighth-scale prototype of a floating deep-sea wind turbine in the harbor off Dyce Head in Castine, sometime in April of 2013. The 20 kilowatt or 27 horsepower turbine, called "VolturnUS", was developed by professor Habib Dagher, who will build its components with engineering students. It will be shipped to Cianbro's facility in Brewer for assembly and thence towed by a tugboat from Maine Maritime Academy to the test site in Castine Harbor.
On December 19, 2012, the Maine Energy Education Program (MEEP) announced it had received a grant from the Jane B. Cook 1983 Charitable Trusts in the amount of $12,000 and a $35,000 grant from the Governor's Energy Office. The grants will be used toward funding MEEP's classroom programming and Green Schools Mini Grants in the first half of 2013.







