St. Joseph College Installs Solar Panels
St. Joseph College (CT) has installed solar thermal and solar photovoltaic systems. The thermal panels deliver electricity through a series of pipes under the ground to help heat the college's six-lane swimming pool and to supply hot water for the showers and sinks. The college's addition of two solar electric arrays provides enough energy to offset nearly 9 percent of the electricity for the pumps needed for the thermal system. One of the 1.2-kilowatt solar arrays is fixed and the other is a tracking array that allows the college to compare the electric output from each. The solar installations will also be used for teaching purposes.
Texas Southern U Installs Solar Demonstration Project
Texas Southern University has completed the first phase of its photovoltaic demonstration project. The university has partnered with Evolution Solar to install eight AmpleSun thin-film photovoltaic panels on the campus that are intended to serve as a cornerstone of the new Texas Southern University Green Technology Center. During the second phase, engineering students will receive course credit to assist in assembling the array’s rack-mount system.
U Colorado Boulder Installs Additional Solar Panels
The University of Colorado at Boulder has installed an additional 370 solar panels to its existing array, which will generate enough energy to power 20 medium-sized houses. Located on the roof of the university's Center for Innovation and Creativity, the building now generates about 10 percent of its total electrical needs from solar resources. The university also intends to install another 100 kilowatts of solar panels on its new residence hall next year.
U Massachusetts Medical School Launches Energy Saving Initiatives
The University of Massachusetts Medical School has launched two projects to make campus lighting more efficient. Part of ongoing efforts to reduce energy consumption across campus, these initiatives are projected to save nearly $22,000 a year in future electricity costs. The Integrated Teaching and Learning Center has started using a combination of high efficiency indirect fluorescent lighting, LED fixtures around the room’s perimeter, occupancy sensors and a dimming system. The university's First Road parking garage has incorporated energy-efficient fluorescent fixtures with project costs reduced by $29,350 with rebates from the National Grid.
U Notre Dame to Invest $6.5 Million in Energy Conservation
The University of Notre Dame (IN) has announced plans to invest $6.5 million over the next two years in energy conservation measures across the campus, ranging from lighting and motor upgrades to improved thermostat controls and fume hood renovations. The initiative follows on the heels of a $4.1 million investment in energy conservation made in 2008. New energy-conserving upgrades will be made to 55 buildings. The university expects to save more than $1 million and reduce campus carbon dioxide emissions by 14,900 tons each year.
U Texas Pan-American Installs Solar Arrays for Education
The University of Texas-Pan American has unveiled two campus solar arrays. The arrays were donated by TXU Energy, a retail energy provider, as part of a commitment to educating communities about renewable energy. Each solar array produces 5.5 kilowatts of energy, which is used to power the lighting fixtures in the university's ITT building. Electrical engineering students will incorporate the arrays into solar power research and students majoring in education - as well as math and science teachers throughout the Rio Grande Valley - will participate in TXU Energy’s Solar Academy to learn how to educate students about renewable energy.
Western Kentucky U Installs Rooftop Solar Collectors
Western Kentucky University has installed a solar thermal array of 88 collectors to help heat a campus swimming pool. Each collector contains 3.7 gallons of fluid that will transfer heat from the sun to the pool water in a heat exchanger, keeping the pool a consistent 80-83 degrees. The university expects to save at least $10,963 annually by reducing the amount of natural gas required for heating. With an initial project investment of $96,410, the annual savings will pay for the project in about eight years. The project is part of an Energy Savings Performance Contract with Johnson Controls that includes $9.7 million in energy-reducing and facility improvements across the campus.
West Virginia U Retrofits Science Center for Energy Efficiency
West Virginia University has begun the third phase of retrofitting its Health Sciences Center. The university partnered with Siemens Industry, Inc. to target energy losses and correct them through building modifications such as switching to more energy-efficient light bulbs, low-flow faucets and overhauling the heating and cooling systems. The university estimates that the work done through the performance contract will save $36 million in campus utility costs in the next 15 years.
Colorado Mountain College Installs Green Heating System
Colorado Mountain College has installed new geoexchange heating and cooling systems for its library and residence halls. The new systems are the first major projects on a year-long list of energy-efficiency upgrades planned across the college. In addition to introducing geoexchange to replace aging boilers, the college will add gas and electric meters, energy-efficient lighting, occupancy sensors and water conservation measures. The goal of the combined measures is to save 15 percent in annual energy bills.
Lake Superior State U Hosts Mobile Renewable Energy Classroom
Lake Superior State University (MI) was home to a mobile renewable energy classroom that demonstrates and teaches the benefits of renewable technology. Great Lakes Energy Service, Inc. developed the mobile classroom with a grant from the Michigan Public Service Commission. The modified 44-foot traveling classroom parked on campus and showcased real working equipment. The unit had working displays including solar day lighting, attic fans, air and water heaters, solar photovoltaic panels, lighting displays with LEDs, magnetic induction lighting, fluorescent lighting, power stations and a solar-powered golf cart. Visitors found renewable energy class curriculum and information on the environmental benefits of renewable energy. Great Lakes Energy Service, Inc. issued a grant to the university to install a two-kilowatt wind turbine and solar energy bank.
U Nebraska Leads Department of Energy Building America Team
The University of Nebraska-Lincoln will lead one of 15 teams of researchers charged by the federal government with improving the energy efficiency of millions of American homes. The team will be eligible for as much as $2.5 million a year in Department of Energy research money over the next 4.5 years. Specific studies will explore how to improve a home’s insulation, install renewable energy systems at a lower cost, and improve space heating and cooling efficiency. The Department of Energy’s goal is to retrofit about six million homes each year and achieve energy savings of 20 percent over the next five years.
U North Texas Exercise Facility Produces Clean Energy
The University of North Texas has opened a green exercise facility that captures the kinetic energy from aerobic exercise in order to produce clean, renewable energy. Florida-based company ReRev developed a device that harnesses human energy by channeling heat byproducts into a conversion unit which is then fed into the facility’s electrical system. The electricity generated offsets air conditioning and electricity costs by reducing the center’s use of electricity and the heat generated by the machines. Students and patrons can track how much clean energy they produce.
U Winnipeg Installs Hybrid Heating System
The University of Winnipeg (MB) has begun installing a hybrid heating system that includes two auxiliary electric boilers beside existing natural gas-fired boilers, along with a control system that switches between the natural gas and electricity. Electricity can be used to replace natural gas for heating purposes at strategic times throughout the day. All electricity comes from hydro-electric sources with low greenhouse gas emissions. The university expects to reduce emissions from its core buildings by as much as 35 percent.
Allegheny College to be Completely Powered by Wind Energy
This January, Allegheny College (PA) will switch to 100 percent wind-generated electricity, cutting its greenhouse gas emissions by 52 percent. The college has been investing in Renewable Energy Credits for several years; credits that allow institutions in places where there are no renewable energy generators to invest in green electricity. The college now has enough credits to make the complete switch to wind energy.
Kansas State U Receives Wind Turbine
Kansas State University has received a used wind turbine from Westar Energy. The university hopes the donation will aid in the research and exploration of wind energy being performed at the Wind Applications Center, funded by the National Renewable Energy Lab to increase the public's acceptance of wind power. Students and faculty will have the opportunity to perform tests to analyze the efficiency of the turbines and wind energy.
New York U Curtailment Initiative Reduces Power Usage
To help avoid the firing up of power plants in New York City during hot summer days, New York University's Curtailment Initiative recently saved enough electricity to power one average New York City home for three years, the equivalent to taking 7,000 homes off the grid. The university participates in the New York Independent System Operator demand response program, cutting its energy use when heat emergencies threaten the grid. As a supplement to the program, campus Sustainability Advocate volunteers are trained to turn off unnecessary lights, turn thermostats to proper set-points and unplug unused appliances.
Oregon State U Cascades Installs Solar Panels
Oregon State University-Cascades is set to install solar arrays on the roof of a residence hall and a parking garage. The new installations will help reduce campus energy demands and educate students in the university’s energy engineering management degree. The solar arrays are expected to produce 45 to 55 kilowatts of power and offset 18 percent of daily energy consumption. An Informative kiosk will display the solar energy generation in real time.
U Wisconsin Oshkosh Completes First Wave of Solar Installations
The University of Wisconsin, Oshkosh has installed its first photovoltaic array, the first of many solar installations planned to replace natural gas and coal-based heat on the campus. The 2.9-kilowatt system slowly adjusts its position to track the sun as it moves from east to west and as it rises and falls in the sky. Future projects include the installation of 120 solar panels on the rooftops of four buildings to heat water on campus.
American U Unveils Solar Energy Dashboard
American University (DC) has announced that students, faculty, staff and the general public can now track the energy production being generated by campus solar panels online. The School of International Service building's solar array is live via an online energy dashboard that tracks daily, weekly, monthly, yearly and total energy generation. The live data also includes the electricity consumption of the LED lights in the building's parking garage.
California Polytechnic State U Debuts Vending Machine Sensors
California Polytechnic State University has installed VendingMiser devices on 13 vending machines across campus. The devices use an infrared motion sensor to power down the vending machine when the surrounding area is vacant. The university expects to save more than $600 a year.
Cal Poly Pomona Installs 4,500 Solar Panels
California State Polytechnic University, Pomona is installing 4,500 solar panels on campus that are expected to go into operation in October. As part of the university's efforts to achieve carbon neutrality, the panels will generate enough electricity to power 161 homes for a year with carbon savings equivalent to planting 282 acres of pine trees.
James Madison U Implements Residence Hall Geothermal Units
James Madison University (VA) has drilled eco-friendly geothermal units as part of a sustainable renovation of Wayland Hall. The units are located under a parking lot and will contribute to the heating and cooling of the dormitory. Set for a 2011 completion, the 158-bed residence hall has been designed to meet LEED Platinum certification.
Long Island U Installs Solar Panels
Long Island University (NY) has installed a new 10-kilowatt solar generating system. Incentives from the Long Island Power Authority and National Grid lowered the cost of the solar panels by $28,000. The university also purchased renewable energy certificates amounting to three percent of its total energy consumption.
Pennsylvania State U Awarded $129 Mil for Energy Innovation Hub
Pennsylvania State University has been awarded up to $129 million in federal funding to develop an energy innovation hub at the Philadelphia Navy Yard. The grant, to be paid over the next five years, will fund energy-efficient building design research with a focus on how to improve energy efficiency and cut pollution in the construction, maintenance and management of buildings. A particular emphasis will be placed on training workers to retrofit old buildings. The project is expected to create and retain 100,000 jobs over the next five to 10 years.
Pierce College Plans for 3 Solar Arrays
Pierce College (CA) will install three new photovoltaic arrays on campus. The $8.7 million project is part of a six-year lease of the new equipment, after which the Los Angeles Community College District will assume ownership of the lease.
Southern Texas U Begins Solar Installation
Southern Texas University has begun installing a new solar demonstration. Partnering with the university, Evolution Solar will install eight thin-film photovoltaic panels on the campus that are intended to serve as a cornerstone of the new Green Technology Center. Students will be included in the installation process.
West Virginia U Installs Energy Saving Virtual Desktop Devices
West Virginia University has installed virtual desktop devices called thin clients on 45 computer monitors in its law library and computer lab. Thin clients are small metal boxes that connect to a remote server and contain a processor and memory and video card like a desktop computer, but have no operating system, drivers, software or moving parts. This technology is expected to save the university energy, maintenance, licensing and software costs.
Creighton U Installs Solar Panels
Creighton University (NE) has installed solar panels as part of a $2.6 million project funded mostly by the federal government. The panels will produce approximately 110 kilowatts of power, enough to power about 30 average houses. The solar panels, along with four new wind turbines, will supply four percent of campus electricity. The alternative energy technology is expected to save the university $60,000 in annual utility costs.
U Arizona to Receive 1.6 MW Solar Power System
The University of Arizona will feature a 1.6-megawatt solar power system as Arizona electric utility Tuscan Electric Power installs 5,508 solar panels at the university’s solar development center. The center occupies 200 acres and serves as a test bed for new technologies and solar-energy projects. The energy will be used to supply participants in a solar program, which allows rate payers to buy solar power in 150-kilowatt blocks.
U Delaware to Install 2K Panel Solar Array
The University of Delaware has announced that it will receive a 2,000-panel solar array to be installed over three buildings throughout the main campus. The 850-kilowatt solar electric system will be funded in part by the university's 2009 senior class gift, which was earmarked for solar initiatives on campus. The installation is a joint venture of Standard Solar, Inc. and renewable energy financier Perpetual Energy Systems LLC. The university expects to reduce carbon dioxide emissions by almost 2 million pounds a year.
Butte College Has Grid Positive Plans for May 2011
With the upcoming addition of 15,000 solar photovoltaic panels, Butte College (CA) is on track to becoming grid positive, producing more clean energy from sustainable on-site solar power than it uses. The college's Board of Trustees recently approved the installation, which will add to its existing 10,000 solar panels for a system total of 4.5 solar megawatts. The $17 million project, funded in part by federal Clean Renewable Energy Bonds, is slated for a May 2011 completion.
U Iowa to Develop Model Green Power Initiative for Campuses
The University of Iowa has received a $951,500 grant from the U.S. Department of Energy to increase the amount of green energy produced at the university’s Oakdale Renewable Energy Plant. The funding will also be used to develop a Green Power Initiative that can be used as a model program for other universities across the country. The overall project will involve the development of a biomass-fueled, university-scaled steam generation system based on biomass gasification technologies. Upon its completion, the system will serve as a research and educational facility.
U Oregon Unveils New Chiller Plant
The University of Oregon has upgraded its cooling system with a new, $37 million chiller plant. Using groups of chillers and cooling towers that pump water through underground pipes to the campus' more than 60 buildings, the plant is expected to cut energy consumption for cooling the university's buildings in half.
Alfred U to Install Solar Array
Alfred University (NY) has been awarded a $268,840 grant from the New York State Energy Research Development Authority to build a large solar panel array. The solar array will be installed on the Science Center roof and is expected to meet an average of eight percent of the annual electrical energy needs of the building. The project will bring the university closer to its goal of generating 100 kilowatts of solar power on campus within five years.
Ball State U Planning Campus-wide Geothermal System
Ball State University (IN) is working on the first phase of an $80 million project that will heat and cool the entire campus using geothermal energy. The geothermal project entails a ground source heating system that uses the earth’s below-surface temperature of 55 degrees to act as a heat source during the cooler months, and a heat sink during the warmer months. Geothermal pumps will push the water through an underground pipe system. By utilizing geothermal ground source technology throughout its 660-acre campus, the university expects to save $2 million annually on utility bills and eliminate 80,000 tons of carbon dioxide.
Bowling Green State U Receives Grant for Energy Upgrades
Bowling Green State University (OH) has received a $911,658 grant to upgrade the energy efficiency of 45 buildings and provide educational opportunities for students and staff in sustainability and energy-efficient design. The American Recovery and Reinvestment Act Energy Efficiency and Conservation Block Grant will fund heating, ventilation and air-conditioning system upgrades. The fund will also assist with the installation of energy-efficient lighting and computer-based control of lights and temperature in buildings.
California State U Fullerton Receives Solar Panels
In an agreement between the State of California Department of General Services, the California State University system and solar service provider SunEdison, California State University, Fullerton has received photovoltaic panels. The panels are expected to produce 600 megawatts of power. The power-purchase agreement allows the university to purchase renewable power at or below current retail rates, while avoiding the cost of installing the system. Under the agreement, SunEdison will finance, build, operate and maintain the solar panels for 20 years.
Emory U's Oxford College Uses Solar Electricity for Irrigation
Emory University's Oxford College (GA) uses solar-produced electricity to irrigate its demonstration organic garden. Through the recent installation of solar panels on Haygood Residence Hall, the solar electricity powers a water pump that irrigates the garden with rainwater collected from the residence hall roof. When the pump is not in use, the electricity is sent to the grid. The amount of electricity produced is monitored online and, between January and June 2010, the panels produced enough electricity to power 32 homes for one day.
Monroe County CC to Build Solar Installation
Monroe County Community College (MI) has partnered with Detroit Edison to install a 500-kilowatt photovoltaic system as part of a 20-year renewable energy agreement. The solar system will be owned, installed, operated and maintained by Detroit Edison. The college will use the system for alternative energy demonstration, education and instruction.
North Carolina State U Centennial Campus to Feature Green Grid
North Carolina State University's Centennial Campus has completed construction on the 72,000-square-foot Keystone Science Center. Among its tenants is the National Science Foundation-sponsored FREEDM Center, which plans to create a one-megawatt green grid to showcase solar, wind, fuel cell, battery storage, flywheel storage and plug-in vehicles. Researchers will test and evaluate how the different components work together in a distributed electrical system.
U Illinois at Chicago Installs Green and White Roofs
The University of Illinois at Chicago has installed green and white roofs. Funded by federal stimulus grants from the U.S. Department of Energy, the green roofs' vegetation absorbs carbon dioxide and the heat in the summer to provide extra insulation year-round. The university is also applying white acrylic coating on several campus roofs. The lighter paneling absorbs less heat and reduces the amount of energy needed to cool the building.
U Texas Athletics Creates Renewable Energy Service
The University of Texas Men's & Women's Athletics program has formed a new partnership with Dallas-based Branded Retail Energy Co. to offer a 100 percent renewable energy service to alumni and those in deregulated regions of Texas. Texas Longhorns Energy will be powered by electricity provider Champion Energy Services, with each new customer account generating funds for sustainability efforts within the university's Athletics department. The service will launch in mid-August with rates comparable to current renewable energy market rates.
Wisconsin Lutheran College Installs Solar Panels
Wisconsin Lutheran College has installed 60 solar panels on the roof of the campus library. Students and the community can visit a kiosk in the library to learn more about the panels and track the amount of energy being produced on campus. The college received a $35,080 grant from renewable energy adviser Focus on Energy to help offset the cost of the system.
Curtin U Purchases Renewable Energy Credits
Curtin University (Australia) has purchased 15 percent of the electricity for its Bentley campus through an accredited Green Power product. The electricity will be culled from Australian wind, solar and biomass sources. Green Power is a federal government accreditation program for renewable energy.
Iceland Students Win Global Energy Student Competition
Two graduates of the School for Renewable Energy Science (Iceland) are the recent winners of the global student competition at the 18th World Hydrogen Energy Conference. The International Partnership for Hydrogen and Fuel Cells in the Economy's (IPHE) contest was designed to increase student awareness and knowledge of hydrogen and fuel cells. The winning theses are titled "Wind Power-Fuel Cell Hybrid Systems: Optimization of Electricity Production" and "Fuel Cell Battery Hybrid System: Test of Ejectors for Anode Recirculation Loop."
Princess Noura Bint Abdulrahman U Installs Bldg Control System
Princess Noura Bint Abdulrahman University (Saudi Arabia) has announced plans to implement a building control system from ABB engineering company that will allow automatic and remote control of lighting and shading through one single interface. This technology is expected to yield campus energy savings of up to 40 percent.
U Bristol, U Birmingham Students Tie in Energy Challenge
A team of students from the University of Bristol (UK) and the University of Birmingham (UK) tied for first place in a United Kingdom energy challenge. Sponsored by energy company RWE npower, the challenge asked students how a power generation and supply company should respond to climate change. Students were to consider affordability, sustainability, public perception, customer retention and supply security. The Bristol team's solution included developing more renewable energy and a fixed price green energy tariff. Birmingham students proposed hydropower to cope with peaks in demand.
U Queensland Installs Solar Facility
The University of Queensland (Australia) has partnered with solar company Ingenero to develop and install a flat panel solar facility. Projects will include rooftop installation and a ground-mounted solar array. The combination will provide clean energy to the university as well as a training and research platform. The 1.2-megawatt solar system will spread across four rooftops.
Duke U Implements Indoor Temperature Policy
Duke University (NC) has announced a policy to regulate indoor temperatures. Participating campus buildings at Duke will now be set to 76 degrees in the summer and 68 degrees in the winter. The university expects to save as much as $600,000 in heating and cooling costs.
Lynchburg College Installs Solar Array
Lynchburg College (VA) has installed a solar array as part of the college’s $4.56 million plan to reduce its energy consumption and associated costs. The solar array produces energy that is pumped into the building, reducing the amount of electricity required from the grid. The array produces enough energy to power 125 fluorescent lamps. The college is also renovating three buildings and installing low-flow toilets. The college expects to save $583,000 in annual energy costs.
