Susan S. Kaplan
Marketing & Outreach Coordinator, Department of Energy Resources
Massachusetts’ flagship university is now the flagship for greenhouse gas emissions reductions! Recently honored with a 2010 Leading by Example Award, the University of Massachusetts Amherst has successfully reduced its greenhouse gas emissions by a remarkable 26% from its baseline (2002-2004). As the largest energy user among state facilities, generating some 20% of total state government greenhouse gas emissions, this is quite an achievement.
Inspired by Governor Patrick’s Executive Order 484: Leading by Example—Clean Energy and Efficient Buildings, UMass Amherst met the 25% reduction goal three years ahead of the Governor’s 2012 deadline. The campus achieved this milestone through a combination of building efficiency measures, conversion to a 10 MW natural gas co-generation power plant, and the elimination of its coal-fired power plant. The University’s co-generation facility provides all of the campus’ heating needs and up to 75% of its electricity needs. As a result, UMass Amherst reduced its GHG emissions by 42,000 metric tons, which is equivalent to the emissions from approximately 8,000 cars on the road for one year. In addition, with the installation of the new combined heat and power plant, the campus avoided consuming 40 million kWh of electricity from the grid (a 50% reduction!).
As state agencies and institutions embrace clean energy, tens of thousands of taxpayer dollars are being saved now and into the future. Smart, economical, and good for the environment, a clean energy revolution is indeed underway in Massachusetts and state government is leading by example!
“Mass. Military Division” and “Energy Efficiency” Go Together posted on Jul 25
Energy measures implemented at a Mass. Military Divison site include improved lighting, high efficiency motors, HVAC controls and energy management system upgrades. Under the Accelerate Efficiency Plan, the Commonwealth is investing over $12 million at 29 state facilities throughout the Berkshires.
Solar a “No-Go” on Your Roof? Share Through Community Solar posted on Jul 16
Harvard residents who wanted solar on their homes and were unable to get it due to shading, sloping, or structural barriers, found a solution by sharing the Harvard Solar Garden, an approximately 250 kW project, provides 41 residents and six small businesses with sustainable, clean energy. .
Summer’s Here: Shed Layers and Shed Loads posted on Jul 11
Electricity usage throughout New England reaches its peak during summer heat waves, causing our electricity bills to spike. During periods of high demand, electric utilities typically call on more expensive “peaking” plants to provide extra power. These costs are passed onto larger, non-residential consumers through demand charges on their monthly electricity bill. Municipal buildings can save a significant sum of money if they shut off portions of their electricity during these peak periods.