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.
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.
University of California, Davis has lent its support to a new public-private climate-action alliance being promoted by California Gov. Arnold Schwarzenegger.
Eastern Mennonite University in Harrisonburg, VA recently flipped the switch on a new solar installation that has the capacity to generate 104.3 kilowatts of electricity.
With the help of a state jobs bill and a large renewable energy company, 21 school districts and eight community and technical colleges in Washington State are funding energy conservation projects that will help create local jobs and reduce utility costs.
Santa Clara University has just gone live with a new 967.68 kilowatt solar energy system financed through Perpetual Energy Systems. Perpetual, a division of Alliant, funds renewable energy projects. The system, which is the second one added to the university's solar array, is expected to generate an estimated 1.42 million kW hours of energy in its first full year of operation.
According to new research, energy efficiency is more important to college and university IT managers than ever. About three-quarters of all campuses have a program in place or in development to reduce energy consumption in IT, and most of those have already begun seeing cost savings from their efforts. But barriers to more widespread energy efficiency initiatives remain.
Engineering students at Stanford have a new home. The university recently dedicated the Huang Engineering Center, which will house 270 faculty, staff, and students from the Management Science and Engineering, the Institute for Computational and Mathematical Engineering, and the Stanford Technology Ventures Program.
A three-week competition will put a focus on reducing energy and water usage as well as greenhouse gas emissions in 38 colleges and universities in the United States and Canada.
Yale is going "all in" with a set of sustainability goals that reach into all operational aspects of the New Haven, CT university. President Richard Levin has formally accepted the recommendations of the "Sustainability Strategic Plan 2010-2013" set forth by Yale's Sustainability Task Force.
The Presidents' Climate Commitment is not exactly on track at many institutions, but IT departments' efforts are galvanizing campuses toward longer-term carbon-neutral goals.
The University of California, San Diego is enjoying dramatic payoffs from energy saving improvements completed on campus about five years ago, and one way it's doing that is by making facility energy usage data available online.
Massachusetts Institute of Technology (MIT) is trying out an "intelligent" ventilation system as part of a program to reduce electricity usage by 15 percent over the next three years.
Purdue University has successfully tested out a technique for controlling operations of its computing clusters in overheating conditions by slowing down the performance of its nodes.