Dixie State College Plans Energy Efficiency Upgrade
Dixie State College (UT) has announced the launch of an energy efficiency upgrade that is expected to save $6.2 million in utility costs over the next 17 years. The college has entered into a $4 million contract with Johnson Controls that will replace hundreds of plumbing fixtures, seal buildings, upgrade thermostat controls and automate lighting and ventilation systems. If the project does not save at least $284,000 the first year, Johnson Controls will cover the difference.
Duke U Begins Coal-Free Era
For the first time since the 1920s, Duke University (NC) is not using coal to produce steam to heat buildings, sterilize surgical equipment or maintain proper humidity for artwork and lab research. The university has burned the last of its remaining stock of coal, a major phase of the university’s Climate Action Plan to become carbon neutral by 2024. The coal pile, which once stood high above the top of its giant containment area, hasn’t been replenished by rail car since February 2009 and now sits empty. Renovations to its West Campus steam plant started in May and are anticipated to be completed by October 2012. The university replaced the coal-fired boilers with gas-fired steam boilers in its East Campus plant last year.
Michigan State U Plans Wind Turbine Installation as Teaching Tool
Michigan State University has ordered four wind turbines and other renewable energy systems as part of its electrical technology teaching program and hands-on training apprenticeship. Part of a $100,000 technology budget, the Altronics Energy products will also serve as energy sources for the university.
Santa Barbara City College Shaves $650K off Energy Costs
Since rolling out its energy conservation and environmental impact plan in 2001, Santa Barbara City College (CA) has announced a total savings of $650,000 in energy costs. The college installed a 235-kilowatt solar array of photovoltaic carports in 2009, funded with a low-interest loan from the California Energy Commission and district construction funds. The college reports a savings of $90,000 per year in utility costs as a result of the system, which will pay for itself within 10 years. The college has also improved its stadium lighting system by installing automatic security lights that turn on and off at scheduled times, with game lights only turned on when necessary, and plans to implement an Internet-based energy management system that will allow the institution to monitor and control its lighting and mechanical equipment online.
Adelphi U Offsets 100% of Electricity with Wind Power
Adelphi University (NY) has announced plans to offset 100 percent of the electricity consumed on its Garden City campus with the purchase of 20,206,800 kilowatts hours of renewable energy credits generated by wind farms across the country. The university will purchase the credits through Colorado-based Renewable Choice Energy. The U.S. Environmental Protection Agency estimates that this purchase helps avoid a similar amount of CO2 emissions as that produced by nearly 2,775 passenger vehicles annually, or the electricity use of 1,761 average American homes. Renewable Choice Energy credits are third-party certified by Green-e Energy.
College of the Desert Announces Plan for Net-Zero Campus
The College of the Desert (CA) has announced a new partnership with Southern California Edison to unveil a net-zero West Valley Campus in 2014. The college will work with the utility company on a 10-megawatt solar installation. Other sustainable features of the new campus will include earth-shelter buildings, cross ventilation, drought-resistant landscaping and a cistern.
California State U Fullerton to Install 5,000 Solar Panels
California State University, Fullerton has announced the installation of 5,000 solar panels. The system will have a combined rating greater than one megawatt of power and will be installed at four sites around campus. The university expects to reduce its electricity costs by $8 million.
MIT Grad Students Win MIT Clean Energy Prize
The Massachusetts Institute of Technology has announced that Cool Chip Technologies, made up of three graduate students from MIT's Department of Electrical Engineering and Computer Science and Sloan School of Management, has been named the top winner of the $200,000 MIT Clean Energy Prize. The group developed an improved cooling system for the processor chips used in data centers that it says could lead to savings of $6 billion a year for industry and the military. MIT student teams also swept the rest of the competition, winning in the clean non-renewables, transportation and renewables (MIT/Harvard University student team) categories. Now in its fourth year, the competition is open to teams from any U.S.-based institution. Each of the finalists received $15,000.
U Illinois Urbana-Champaign Scraps Wind Turbine Plans
Due to an estimated cost that rose to $5.2 million and opposition to its proposed location, the University of Illinois has decided to put an end to a plan to build a wind turbine on its Urbana-Champaign campus. The school had planned to erect the 400-foot-tall electricity-generating turbine just south of the Urbana, Ill. city limits.
U Richmond to Implement Solar Energy Pilot
The University of Richmond (VA) has announced new pilot solar projects that will hopefully lead to the expansion of solar energy on campus. Two campus apartment buildings have been chosen for new photovoltaic and water-heating solar panels to be installed this summer. The panels will be used to collect data from electricity and hot water usage. Two other apartments without panels will also be monitored for comparison.
Indiana U Coal Free Club Installs Campus Solar Panels
The Sierra Club Coal Free organization at Indiana University has installed eight solar panels on the roof of a campus building. The Indiana University Student Foundation awarded the club’s project with a $12,000 grant to fund the installation of the solar panels. There will also be a live monitor in the building to allow people to see how much energy is being used and how much energy is being generated by the solar installation.
U Mass Medical Conducts Wind Power Feasibility Study
The University of Massachusetts Medical School has initiated a wind study on campus, installing anemometers designed to measure wind speed and direction on the top levels of two campus parking garages. Currently available wind maps for the region suggest that sustained wind levels are not high enough on campus to make a wide-scale installation of wind turbines feasible or economical, so the instruments are being used to determine if there is enough wind blowing at these locations to generate electricity using small-scale wind turbines. Wind data will be collected through the summer, when wind levels tend to drop off. The additional data will be used to produce more accurate models of sustained wind levels on campus.
U Mass Medical Plans Computer Nightly Shut-Down Project
The University of Massachusetts Medical School's Information Services and Facilities departments are rolling out a program to target some 3,800 of the school's personal computers for nightly shutdown. A pilot shutdown program last year that covered 300 personal computers revealed that 65 percent of the computers, and 74 percent of the monitors, were left on overnight. With a software tool that programmed the computers to turn off at a certain time with flexibility that accounted for staff schedules and needed computer access, the pilot project resulted in an 80 percent shutdown. If the 3,800 administrative computers are brought into the shutdown program, the team estimates $100,000 in savings from reduced electricity consumption.
U Notre Dame Creates Sustainable Energy Center, Minor
The University of Notre Dame (IN) has established a Center for Sustainable Energy to enhance energy-related research and increase energy awareness through outreach and educational initiatives. The new center, which will sponsor a newly-created energy studies minor, will also serve as the primary campus hub for information or advice on energy topics and issues. The center will expand on the work of the Notre Dame Energy Center and Sustainable Energy Initiative to reach university students and the community with energy-related information and work with local science, technology and mathematics teachers to broaden their knowledge through research and curriculum development opportunities.
Independence CC Upgrades Infrastructure to Save Energy
Independence Community College (KS) has completed a $2.7 million infrastructure upgrade in an effort to conserve energy and save money. The energy conservation plan began with an energy audit of the college’s buildings and its systems. The college received a grant from the Kansas Corporation Commission as part of an ongoing conservation effort to assist in the cost of the audit. Energy saving measures included thousands of new light bulbs, electronic ballasts, motion detecting lights, a new HVAC system and the installation of energy-efficient vending machines. The project took nearly three months to complete and the college hopes to see significant cuts in energy bills.
Northwestern U Students Initiate First Campus Solar Array
Northwestern University (IL) has its first on-site renewable energy source thanks to some industrious students. Two different student groups raised $117,000 from on-campus and off-campus donations to help fund the Centennial Solar Panel System, a photovoltaic array that produces 20,000 kilowatt hours per year. The panels were placed atop the university's Ford Building, which houses a computer lab and machine lab that will be powered in part by the panels.
SUNY ESF to Debut Combined Heat and Power System
The State University New York College of Environmental Science and Forestry has received $963,000 from the New York State Energy Research and Development Authority for a combined heat and power (CHP) system for its new Gateway Building. Expected to reduce the campus-wide carbon footprint by 22 percent, the system will provide five total campus buildings with simultaneously produced thermal and electrical energy, a design that reduces waste energy and improves overall system efficiency. The biomass-based function will produce high-pressure steam to generate electricity by moving through a steam turbine before it is used to heat campus buildings. Three natural gas-fired microturbines will complement the biomass system to provide a balance of electricity and steam for heating, providing approximately 70 percent of campus heating needs and 20 percent of campus electrical needs.
U Minnesota Crookston On Track for 17% Energy Reduction
As a result of its Campus and Community Energy Challenges partnership with Otter Tail Power Company, the University of Minnesota, Crookston is on track to lower its overall electricity use by 17 percent. The campus' energy-efficient upgrades include more efficient lighting and automated controls on variable-frequency drives for the ventilation systems.
U North Texas Elliptical Machines Produce Electricity for Grid
The University of North Texas has installed the ReRev renewable energy system on 36 elliptical machines at its recreation center. The $20,000 system converts energy from a workout into electricity and feeds the electricity created back into the recreational center’s power grid. Elliptical machines in regular use can generate enough electricity every two days to power a laptop for 24 hours. The machines are also being used as an educational tool for students.
Utah State U Opens Solar-Powered Observatory
Utah State University has opened a new solar-powered observatory designed and built by students and faculty in the university's Department of Plants, Soils and Climate. The observatory will measure standard weather conditions, solar radiation and carbon dioxide, and features atmospheric visibility sensors. In addition to helping students study climate, the data collected will be available to the public online.
American U to Install 2,300 Solar Panels
American University (DC) has announced plans to install 2,300 solar photovoltaic panels spread across three on-campus buildings and three off-campus buildings. The six different solar sites will begin providing electricity to the university by July 2011 and are expected to reduce carbon emissions by 557 tons each year. The project will increase the solar capacity of the university from 27 kilowatts to more than 532 kilowatts, producing about 637 megawatt hours per year. Part of the installation will include solar thermal panels to provide hot water for dorms and the dining hall.
Mercer County CC to Debut 50-Acre Solar Farm
With funding and planning help from the Mercer County Improvement Authority, Mercer County Community College (NJ) has announced plans to build a 50-acre solar farm that will provide the campus with 70 percent of its electrical power. The college also plans to use the solar farm as a hands-on educational tool for students to learn more about renewable energy.
Texas A&M U Launches First Solar Energy System
Texas A&M University has begun working on a $200,000 project to install solar panels that will provide 30 kilowatts of power to its campus. For its first solar energy system, the university chose the roof of the Netum Steed Laboratory for maximum visibility. Crowds in attendance at the football stadium will be able to look down from the bleachers and see the panels. The project will test different types of panels to optimize which technology performs best at the site’s location.
U Houston Plans First Solar Array and Solar Energy Internship
The University of Houston (TX) has received $140,000 from Green Mountain Energy Company for the installation of its first solar array and the two will partner for the university's first solar energy internship program. The 88-panel solar array will be mounted on the roof of the university's Central Utility Plant, saving an estimated $300,000 in annual electricity costs. The university will use this savings to fund the solar energy internship program. One student intern will be paid $1,000 per academic semester starting in fall 2011. The student will keep track of the solar array's performance, update the solar array webpage and execute one on-campus educational event per semester.
U Wisconsin-Milwaukee Embarks on Extensive Energy Upgrades
University of Wisconsin-Milwaukee has partnered with Honeywell International for three 20-year performance contracts to improve the energy efficiency of its campus buildings. The three 20-year performance contracts will allow the university to pay for the upgrades using the savings they generate. The university has completed the initial energy audit phase, which included individual building energy analysis and initial “low-hanging fruit” fixes such as retrofitting light fixtures, improving weatherization and installing updated, energy-efficient plumbing fixtures that conserve water. The Energy Matters program is expected to reduce energy and operating expenses by $30.8 million over the next two decades and decrease annual carbon dioxide emissions by an anticipated 31 million pounds.
Virginia Tech Approves Solar Array
Virginia Tech has approved a plan to install 480 solar panels atop a new parking garage on campus. The photovoltaic array will generate about 136,415 kilowatts per hour annually, accounting for 13 percent of the garage’s energy. The funding for the $1.3 million project is coming from federal stimulus money and also from Virginia state grants.
Southern Illinois U Edwardsville Installs Wind Turbine
Southern Illinois University has installed a wind turbine at the Environmental Resources Training Center on its Edwardsville campus. The turbine will be used in coordination with recently installed solar panels to produce 40 percent of the center's power. The $100,000 turbine is being funded with two state-based grants.
SUNY System Works Toward Clean Energy Economy
State University of New York (SUNY) is moving into the final phase of its Energy-Smart New York strategic plan, which aims to position the 64-campus system as a key developer of green technologies and train a New York-based workforce for the clean energy economy. The plan includes numerous green energy improvements on its campuses throughout the state. Albany’s NanoCollege has received a $57.5 million from the U.S. Department of Energy to create a photovoltaic manufacturing consortium. SUNY Ulster is scheduled to install two pole-mounted photovoltaic systems in the spring with help from students. Hudson Valley Community College recently opened the Training and Education Center for Semiconductor Manufacturing and Alternative and Renewable Technologies.
U California Davis Pilots National Lab 'Freezer Challenge'
The University of California, Davis is one of several institutions piloting the "Freezer Challenge," a friendly national competition among higher education laboratories to save energy and promote best practices for cold storage and sample management. The competition, which also includes pilot institutions University of Pennsylvania; the University of California, Santa Barbara; the University of Colorado at Boulder; and Harvard University (MA), will allow competing campuses to gain points by undertaking various best practices including cleaning out freezers, retiring old freezers/refrigerators and saving energy. The challenge runs from April 1 to May 14, 2011.
Emory U Implements Campus-Wide Set Temperature Policy
Emory University (GA) has announced a new plan to manage temperature settings in its office spaces and public and common areas in most campus buildings starting in July. The joint effort, led by Campus Services and the Office of Sustainability Initiatives, will implement a set temperature policy that calls for 76 degrees during the cooling season and 68 degrees during the heating season.
Humboldt State U Developing Portable Biomass Energy System
Researchers at Humboldt State University's (CA) Schatz Energy Research Center have partnered with Renewable Fuel Technologies to develop a self-sustaining, portable system that transforms biomass into renewable energy. Student research assistants will help torrefy woods of different types and moisture contents, a process where biomass is heated without oxygen to temperatures between 250 and 300 degrees Celsius. Their results will help inform design aspects for a final commercial product. Forest biomass, already used to generate 40 percent of Humboldt County’s electricity, will play an important role in a partnership between the Schatz Energy Research Center, the California Energy Commission and Redwood Coast Energy Authority to create a strategy to meet 75 percent of Humboldt County’s energy needs with renewable energy.
Michigan State U Raises Campus Energy Conservation Awareness
Michigan State University has kicked off its annual Dim Down program. With events that raise awareness about energy conservation, the program encourages faculty, students and staff to join in a voluntary effort to reduce energy consumption by unplugging and switching off appliances during their lunch hours.
Obama Addresses Clean Energy at Georgetown U
President Barack Obama recently spoke to students at Georgetown University (DC) about the necessity of creating a secure energy future for the nation. The president stressed the importance of cutting U.S. oil imports by one-third by 2025 and called for producing more electric cars, converting trucks to run on natural gas, building new refineries to brew billions of gallons of biofuels, and increasing fuel-efficiency standards for vehicles. Congress has been debating these measures for years, says The New York Times article.
Ohio U Moves Away from Coal
Ohio University told students and environmental groups in a recent letter that it will not consider coal as an energy source for a new heating plant. Though the university has made no legally binding commitment, this announcement puts the school on a path to moving beyond coal by 2016, when its current coal-powered heating plant will have to be replaced as the useful life of its boilers draws to a close. The university is embarking on a broad campus energy planning process that will map out clean, affordable and reliable energy sources for the campus moving forward.
Rutgers U Approves 32-Acre Solar Canopy Energy Project
Rutgers University's (NJ) Board of Governors has approved plans for more than 40,000 solar panel canopy structures over two surface parking areas on its Livingston campus. The 32-acre system will generate eight megawatts of power, or about $1.2 million in electricity annually. The $40.8 million project is made possible by federal tax incentives and New Jersey’s Solar Renewable Energy Credits.
Student Activists Protest Facebook's Coal Power Plans
Students in North Carolina and Texas joined a Greenpeace campaign to protest a new Facebook data center that is scheduled to open in 2012. The $450 million facility will power its 300,000 square feet with coal from a nearby power plant.
U Wisconsin-Milwaukee Hosts Dorm Energy Competition
The University of Wisconsin-Milwaukee is challenging students living on campus to look at their energy habits during its "Reduce Your Use!" energy savings competition. From April 17 through April 23, energy use in campus residence halls will be tracked through the university's building energy dashboard website.
Campuses Show Support for Earth Hour 2011
University of Houston's Hilton College (TX) is one of the many colleges and universities that participated in Earth Hour this year by switching off its lights for one hour and using LED flashlights instead. Organized by the World Wildlife Fund (WWF), a record 134 countries switched off lights to symbolize a more sustainable future for our planet at 8:30 p.m. on March 26. WWF encourages campuses to go beyond the hour with operational practices including turning off lights after hours in offices or installing motion-sensor lighting; installing energy saving light bulbs and devices; turning off printers, computers, monitors, microwaves, coffee machines and other appliances at the end of the day; installing rainwater harvesting tanks for watering gardens and lawns; providing and encouraging staff and students to use recycling facilities; and electing Earth Hour Monitors to ensure lights are out and appliances are off standby at the end of each day.
Duke U Hires U.S. Energy Official to Lead New Energy Initiative
William Pizer, a U.S. Treasury Department official whose departure from the Obama Administration was recently announced, will join the faculty of Duke University's (NC) Sanford School of Public Policy to help design and lead an initiative in energy and the environment. He will begin teaching in the fall. Pizer, who led a new office responsible for the Treasury Department’s role in the U.S. domestic and international environment and energy agenda, was also appointed a faculty fellow in the Nicholas Institute for Environmental Policy Solutions, a nonpartisan institute at Duke that focuses on finding solutions to national environmental challenges.
Messiah College Set to Install 112 Solar Panels
Messiah College (PA) has announced the installation of 112 solar panels on the rooftop of residence halls on its Grantham campus. The resulting energy produced by the panels will generate enough solar thermal heat for the hot water systems of all three buildings involved in the project. This system will save the equivalent carbon emissions of removing 130 cars from the road.
New York Times Features Rutgers U Solar Farm Clean Energy Credits
Rutgers University's (NJ) seven-acre solar farm was recently profiled in The New York Times for its use of Solar Renewable Energy Certificates. The article highlights the benefits of the clean energy credit, stating that to date, the university has offset $235,760 from its electrical usage and earned certificates that it can sell for nearly $1.5 million in a market popular with companies that want to avoid pollution penalties. The $10 million, 1.4-megawatt solar installation meets about 11 percent of the campus' electrical demand and reduces its carbon dioxide emissions by 1,300 tons a year.
U Maryland Eastern Shore Completes 2.2 MW Solar Farm
The University of Maryland Eastern Shore has completed the installation of its 2.2-megawatt solar farm. With more than 7,800 solar panels covering 17 acres, the farm is expected to remove about 121 million pounds of campus carbon dioxide emissions over the next 20 years. The university partnered with solar energy services provider SunEdison, who financed, built and will operate and maintain the system. During the next 20 years, the university will purchase the electricity produced by the farm from SunEdison.
U Nevada Reno to Receive $500K for Renewable Energy Program
The University of Nevada, Reno's College of Engineering has received a $250,000 donation from NV Energy to help boost its renewable energy program. This gift is the first of a two-part donation that will total $500,000. The department will use part of the donation to create a new faculty position for researching renewable energy.
U New England Installs Solar Panels
The University of New England (ME) has completed its first renewable energy project with the installation of solar panels atop its Campus Center. The energy produced by the panels will be used to heat approximately 50 percent of the center’s hot water. To engage students and staff in the project, the university will also install a real-time digital monitor to track the building's energy production and savings.
Cornell U Plans $46 Mil Investment in Energy Conservation
Cornell University (NY) has announced the recent approval of a plan to invest up to $46 million in campus energy conservation projects. Most projects involve lighting retrofits and upgrades for controls of heating, ventilation and air conditioning. Funding for the plan includes university funds and short-term debt, $9 million from the State University of New York Construction Fund, and conservation incentives from the New York State Research and Development Authority. By 2015, that investment will save the university about $5 million per year in variable fuel and electricity costs and reduce campus energy use by up to 20 percent. The investment will also be a significant step toward the university's Climate Action Plan commitment to a zero carbon footprint by 2050.
Long Beach City College Opens Power-Producing Parking Garage
Long Beach City College (CA) is opening a solar-powered parking garage capable of producing 450,000 watts of electricity per hour of sunlight. The structure will feature 2,100 solar panels, which the college plans to use as training tools for students seeking electrical training certification. The college also plans to display the panels' functionality by wiring the array to a real-time power monitor for students, staff and the public to view.
U Chicago Switches to Virtual Servers
The Facilities Services IT management team at the University of Chicago (IL) is working to switch its server platform from physical servers to virtual servers, also known as virtual machines (VMs). A typical VM at the university uses 13 watts of power on average, while a physical server uses 281 watts.
U Maryland Undertakes Campus-Wide Lighting Retrofit
The University of Maryland has worked with the lighting technology company Hubbell Lighting to retrofit 12,000 light fixtures on campus with 6,600 of the latest energy-efficient lighting fixtures. The new fixtures are estimated to save the university $153,054 in annual energy costs.
U Northern British Columbia Completes Biomass Gasification Plant
Almost a year after its announcement of the project, the University of Northern British Columbia has opened a biomass gasification system that will replace 85 percent of the university’s use of natural gas as its primary heating source. The plant will burn sawdust, bark and branches and is expected to reduce the university’s carbon emissions by up to 4,000 tons a year. The federal and provincial government of British Columbia invested $20.7 million into the project, which is expected to save the university $500,000 per year.
Appalachian State U Plans Stadium Solar Project
Appalachian State University's (NC) Renewable Energy Initiative, a student-funded organization that generates about $150,000 from a $5 student fee every year, has proposed to place an "A-shaped" solar panel in the university's stadium for next football season. After a preliminary assessment to see roughly the amount of sun the solar panel would take in to be used as renewable energy, the organization determined that that panels would generate about 5,500 kilowatts of energy per year. The organization hopes to build the "A" for about $40,000.
