Spotlight on Green Schools
Schools are focusing more and more heavily on cutting back on the energy they use and trying to reduce their impact on the environment. The articles on these pages spotlight individual campus energy conservation programs, energy initiatives, solar installations, energy-related technology, HVAC, research, grants, policy, and other topics related to green campuses.
Before you build your case for a green data center, consider this advice from higher ed IT leaders who have been there first.
A small liberal arts Christian college in Virginia is making an energy usage dashboard available to the campus community for its newest residence hall.
As part of a larger, ongoing energy conservation program, the University of Maryland in College Park recently overhauled lighting on its campus, a move that's expected to save 1.4 million kilowatt hours per year.
IBM and City University of New York have teamed up to develop a new analytics tool that's designed to help New York's public schools save on energy costs. The conservation program will also be used to give a boost to STEM education in the city's K-12 schools.
A $5.7 billion plan to rebuild a California community college system with an emphasis on green technology falters.
Limelight used to light up the stage in music halls. Now a wireless lighting system by the same name will get a test in a parking lot at the University of Michigan to see how well it can reduce energy usage and light up the space.
A new international competition challenges college students--and particularly women--to come up with creative ways to save energy in five different sectors of city environments.
Reducing servers in the data center through virtualization saved so much money for Loyola University Chicago that the move paid for itself almost before the project was complete. At another Chicago institution, Saint Xavier University, annual virtualization savings from energy cuts and less hardware is estimated at some $7,500 a year--including not just a smaller utility bill, but fewer software licenses and greater efficiency.
Seattle Central Community College has entered into an agreement that will allow it to make improvements in its energy systems with no capital investment.
With the help of a Maryland state energy program, the University of Maryland, College Park is gearing up to deploy a 631 kilowatt solar rooftop installation.
A partnership between the Massachusetts Institute of Technology and a Massachusetts energy company to reduce electrical use on campus by 15 percent has surpassed the initial target a year after it was formed.
New York University has completed construction of an underground co-generation plant that's expected to save the university between $5 million and $8 million annually in energy costs.
Baltimore's Coppin State University is the site of a new 500 kilowatt photovoltaic plant that will go online this spring.
The EcoCAR competition is nearing its three-year end. Along the way students have gained an amazing education in hybrid vehicle design. But that's just the beginning.
A "smarter building" initiative is helping Bryant University in Smithfield, RI reduce its data center energy consumption by 15 percent. The project, which uses technology from both IBM and Schneider Electric, helps monitor and control building systems, including heating, ventilation, air conditioning, humidity, lighting, access control, video, and physical security.