Energy
Introduction
For most institutions, energy consumption is the largest source of greenhouse gas emissions, which cause global climate change. Implementing conservation measures and switching to renewable sources of energy can help institutions save money and protect them from utility rate volatility. Renewable energy may be generated locally and allow campuses to support local economic development. Furthermore, institutions can help shape markets by creating demand for cleaner, renewable sources of energy.
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164 kW Roof Top Mount Warehouse Building (No. 99)
- University of Queensland (QLD)
As well as providing key storage and logistical services, the Warehouse Building (No.99) has also become provider of renewable energy and a vital link for green transport on the St …
- Posted Dec. 17, 2021
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40.2 kW Roof Top Mount Upland Road Clinics Complex
- University of Queensland (QLD)
The Upland Road Clinics Complex is fitted with a 40.2 kW in solar PV array.
The seven systems comprising this PV installation were installed with great care to protect the …
- Posted Dec. 17, 2021
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443 kW Roof Top Mount UQ Centre
- University of Queensland (QLD)
The 433kWp PV installation at the UQ Centre is the largest on campus.
The centre's extensive, gently sloping roof area, which is free of obstructions, as well as the location …
- Posted Dec. 17, 2021
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89.76 kW Roof Top Mount Sir Llew Edwards Building
- University of Queensland (QLD)
The Sir Llew Edwards Building has several features including water harvesting, strategic shading and a substantial photovoltaic installation.
Most of the solar panels on the building's roof are laid flat …
- Posted Dec. 17, 2021
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34.66 kW Roof Top Mount Queensland Bioscience Precinct
- University of Queensland (QLD)
The Queensland Bioscience Precinct (QBP) is a collaborative research facility dedicated to human, animal and plant biotechnological research.
With a footprint of 35,000 square meters, the QPB comprises four large …
- Posted Dec. 17, 2021
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13.4 kW Roof Top Mount Prentice Building
- University of Queensland (QLD)
The Prentice Building accommodates the university's Information Technology Service and Property and Facilities Division and is the site of the main data centre on the St Lucia Campus.
The building …
- Posted Dec. 17, 2021
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15.23 kW Roof Top Mount Pedestrian Link Bridge
- University of Queensland (QLD)
The Pedestrian Link Bridge demonstrates how walkways and pedestrian infrastructure can play an important role in UQ’s shift to more sustainable energy.
The bridge provides a covered walkway for pedestrians …
- Posted Dec. 17, 2021
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339 kW Roof Top Mount Multi Level Carpark 2
- University of Queensland (QLD)
This is the second of two nearly identical buildings. Almost 339 kWP of PV has been installed on its undulating roof. Some panels have been laid flat on the roof …
- Posted Dec. 17, 2021
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339 kW Roof Top Mount Multi Level Carpark 1
- University of Queensland (QLD)
This is one of two nearly identical multilevel car parking buildings. Its near flat roof and absence of shading structures often found on other buildings, such as exhaust cowls and …
- Posted Dec. 17, 2021
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42.25 kW Roof Top Mount Learning and Innovation Building
- University of Queensland (QLD)
The Learning and Innovation Building (LIB) is UQ's hub for technology-assisted learning.
In keeping with the university's sustainability goals, the building was designed with cutting-edge green design features, including a …
- Posted Dec. 17, 2021
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54.3 kW Roof Top Mount Joyce Ackroyd Building
- University of Queensland (QLD)
The Joyce Ackroyd Building building has a PV system which is capable of producing up to 80,000 kWh of clean energy a year.
The 54.3 kWp system of the GP …
- Posted Dec. 17, 2021
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116.5 kW Roof Top Mount John Hines & Physiology Lecture Theatre Buildings
- University of Queensland (QLD)
The John Hines and Physiology Lecture Theatre buildings jointly feature a 116.5 kWp solar PV system.
This PV installation has been equipped with power optimisers designed to improve power output …
- Posted Dec. 17, 2021
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133.62 kW Roof Top Mount James and Mary Emelia Mayne Centre
- University of Queensland (QLD)
The Mayne Centre building houses the UQ Art Museum. As well as being home to more than 4000 museum pieces, the building is also renowned for its award-wining architecture.
The …
- Posted Dec. 17, 2021
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138 kW Roof Top Mount Global Change Institute Building
- University of Queensland (QLD)
The Global Change Institute (GCI) living building is UQ's flagship sustainability project, providing a focal point for the university’s initiative in sustainable education and research.
The GCI building has been …
- Posted Dec. 17, 2021
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66.5 kW Roof Top Mount General Purpose South Building
- University of Queensland (QLD)
The General Purpose South building is fitted-out with a 66.5 kWp solar PV system.
This installation and the re-commissioning of HVAC and hot water systems, have led to a 50% …
- Posted Dec. 17, 2021
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66.5 kW Roof Top Mount General Purpose North 3 Building
- University of Queensland (QLD)
The General Purpose North 3 Building has a 66.5 kWp PV system, one of several initiatives aimed at reducing the building's carbon footprint.
With 266 PV modules occupying a roof …
- Posted Dec. 17, 2021
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8.4 kW Concentrating Photovoltaic Array
- University of Queensland (QLD)
The 6 x 7 metre Solar Focus, or Concentrating Array, has 560 parabolic mirror units that target and concentrate sunlight several hundred-fold onto high efficiency, triple junction solar cells.
A …
- Posted Dec. 17, 2021
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51.5 Roof Top Mount Colin Clark Building
- University of Queensland (QLD)
The Colin Clark building has been fitted with a 51.5 kWp solar PV system.
With this installation, all suitable building rooftops within the commerce precinct of the St Lucia campus …
- Posted Dec. 17, 2021
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34.32 kW Roof Top Mount Axon Building
- University of Queensland (QLD)
The Axon Building (No. 47) is now part of the wider sustainable energy network at UQ.
With most of its T8 light fittings retrofitted with energy saving LEDs and the …
- Posted Dec. 17, 2021
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95.75 kW Roof Top Mount Advanced Engineering Building
- University of Queensland (QLD)
The Advanced Engineering Building (AEB) achieves a high standard in ecological sustainability.
The energy efficient mixed-mode air conditioning system allows natural ventilation during cooler periods supplemented with tempered air, precooled …
- Posted Dec. 17, 2021
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3.8 MW Roof Top Mount Village Market
- Kenyon College (OH)
Students from Kenyon College's Solar Power Systems class flipped the switch on the campus' newest solar power array, which was installed on the south-facing roof of the Village Market.
The …
- Posted Dec. 17, 2021
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19.2 kW PV Solar Array Kenyon Farm
- Kenyon College (OH)
The Kenyon Farm hosts a 19.2 kilowatt (kW) photovoltaic solar array which is mounted to the western side of the barn. The project was developed by the Office of Green …
- Posted Dec. 17, 2021
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81 kW Roof Top Mount Kresge Centennial Hall
- Northwestern University (IL)
Originally constructed in 1954, Kresge Centennial Hall was renovated to create a modern, comfortable, healthy, and green work and study environment for students, faculty, and staff. Renewable energy was also …
- Posted Dec. 17, 2021
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25 kW Pole-Mounted PV Systems Crop and Animal Research and Education Center
- University of Massachusetts Amherst (MA)
Since 2010, the UMass Amherst Crop and Animal Research and Education Center in South Deerfield, MA, has been home to a ground-mounted solar photovoltaic array. The 106-panel, 25-kilowatt PV is …
- Posted Dec. 17, 2021
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336 kW Solar Canopies: Robsham Visitor Center
- University of Massachusetts Amherst (MA)
In 2015, the university installed three large solar photovoltaic parking canopies at the Robsham Memorial Center for Visitors, which are capable of producing an estimated 330,000 kilowatt hours of power …
- Posted Dec. 17, 2021
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5.5 MW:15,000+ Solar Panels on 5 Buildings & 2 Parking Lots
- University of Massachusetts Amherst (MA)
In 2017, UMass Amherst installed over 15,000 photovoltaic panels across campus, providing 5.5 megawatts (DC) of clean electrical power for the campus to use for a heavily discounted rate. The …
- Posted Dec. 17, 2021
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56.1 kW Roof Top Mount Science and Engineering Building
- College of Lake County (IL)
CLC has 187 solar PV panels (56.1 kW) on its Science and Engineering Building. 5,127 kWh of electricity was produced in 2019.
- Posted Dec. 17, 2021
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540 kW Roof Top Mount: Donald E. Young Center
- Black Hills State University (SD)
Donald E. Young Sports & Fitness Center: 540.36 kW DC - 1,422 solar panels
- Posted Dec. 17, 2021
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36 kW Roof Top Mount Facilities Services Building
- Black Hills State University (SD)
Facilities Services Building: 35.64 kW DC - 108 solar panels
- Posted Dec. 17, 2021
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137 kW Roof Top Mount: EY Berry Library-Learning Centers
- Black Hills State University (SD)
E.Y. Berry Library-Learning Centers: 136.8 kW DC - 360 solar panels
- Posted Dec. 17, 2021
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82 kW Roof Top Mount Life Sciences Building
- Black Hills State University (SD)
Kathryn Johnson Life Sciences Laboratory: 82.1 kW DC - 216 solar panels
- Posted Dec. 17, 2021
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70 kW Roof Top Mount Bordeaux Hall
- Black Hills State University (SD)
There are approximately 2,500+ solar panels installed on Bordeaux Hall, Thomas Hall, Life Science, Library, Facilities Services, & Donald Young Center Rooftops. They produce just over 1MW replacing 15% of …
- Posted Dec. 17, 2021
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69 kW Roof Top Mount Thomas Hall
- Black Hills State University (SD)
There are approximately 2,500+ solar panels installed on Bordeaux Hall, Thomas Hall, Life Science, Library, Facilities Services, & Donald Young Center Rooftops. They produce just over 1MW replacing 15% of …
- Posted Dec. 17, 2021
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2.5 kW Solar PV System Natural History Museum
- Cal Poly Humboldt (CA)
A 2.5 kW system on the Natural History Museum.
- Posted Dec. 17, 2021
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2.5 kW Solar PV System Campus Center for Appropriate Technology
- Cal Poly Humboldt (CA)
A 2.5 kW system on the Campus Center for Appropriate Technology.
- Posted Dec. 17, 2021
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12.5 kW Solar PV System Music A Building
- Cal Poly Humboldt (CA)
A 12.5 kW system on the Music A building.
- Posted Dec. 17, 2021
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20 kW Solar Roof Top Mount Schatz Energy Research Center
- Cal Poly Humboldt (CA)
A new 20 kW system on top of the Schatz Energy Research Center installed in September 2018.
- Posted Dec. 17, 2021
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9 kW Solar PV Roof Top Mount South Hall
- Bard College (NY)
9kW roof-top photovoltaic array installed in 2014.
- Posted Dec. 17, 2021
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280 kW Solar PV Ground Athletic Fields
- Bard College (NY)
280 kW ground-mount photovoltaic array installed in 2013.
- Posted Dec. 17, 2021
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4 kW Roof Top Mount Office of Sustainability
- Gonzaga University (WA)
The Office of Sustainability has a 4 KWH array solar panels installed on its roof to generate and mitigate electricity that was installed in 2018.
- Posted Dec. 17, 2021
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Solar Wall - Distance Learning Facility
- Northern Arizona University (AZ)
When project architect Burns Wald-Hopkins Shambach Architects started work on the new Distance Learning Facility at Northern Arizona University in Flagstaff, AZ, they were targeting a LEED® silver rating. In …
- Posted Dec. 17, 2021
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163 kW Solar Field
- Northern Arizona University (AZ)
NAU’s solar field on-campus was generously donated by NAU’s utility company, APS. The system was installed in 2007 to accompany the LEED Platinum certification of the Applied Research and Development …
- Posted Dec. 17, 2021
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Solar Thermal System
- Northern Arizona University (AZ)
NAU’s first on-campus solar thermal air panel system was installed in 2014 through a Green Fund proposal. The six-panel system was installed on the south side of the Property Surplus …
- Posted Dec. 17, 2021
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12.6 kW Solar PV Solar Hot Air and Solar PV at Construction Management
- Northern Arizona University (AZ)
This Green Fund proposal for $20,774 was granted to install five hot air heaters and six PV solar panels to be installed on the Construction Management Lab. This project works …
- Posted Dec. 17, 2021
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652 kW Canopy Array: San Francisco Garage
- Northern Arizona University (AZ)
This is a 561.6 kW array and is expected to produce over 921,858 kilowatt hours annually. The canopies are designed to provide shade to 155 parking spaces and the entire …
- Posted Dec. 17, 2021
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2.4 kW Wind Turbines: HRM, ARD and Solar Shack
- Northern Arizona University (AZ)
The campus has multiple wind turbines; one 2.4 kWh in front of the Hotel and Restaurant Management (HRM) building, one 2.4 kWh turbine next to the Applied Research and Development …
- Posted Dec. 17, 2021
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35 kW Solar PV International Pavilion
- Northern Arizona University (AZ)
Located on the roof of the NAU International Pavilion is a 35 kw solar panel array system. The building was designed to use less electricity than what can be generated …
- Posted Dec. 17, 2021
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561.6 kW Solar PV San Francisco Garage
- Northern Arizona University (AZ)
This is a 561.6 kW array and is expected to produce over 921,858 kilowatt hours annually. The canopies are designed to provide shade to 155 parking spaces and the entire …
- Posted Dec. 17, 2021
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500 kW PPA WELL System and Library South System
- California State University, Sacramento (CA)
Sac State entered into a Power Purchase Agreement (PPA) for Photovoltaics (PV), at two locations on campus for renewable energy produced at a fixed rate of $0.1086/kWh for a 20 …
- Posted Dec. 17, 2021
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4.32 kW Roof Top Mount Benedum Hall
- University of Pittsburgh (PA)
Benedum Hall boasts a 4.32 kW photovoltaic installation on its roof, which was installed in 2012. This photovoltaic (PV) array is for research purposes, including 18 solar PV panels at …
- Posted Dec. 17, 2021
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This tab provides access to data collected through AASHE’s Sustainability Tracking, Assessment & Rating System™ (STARS). STARS is a transparent, self-reporting framework for colleges and universities to measure their sustainability performance. STARS enables meaningful comparisons over time and across institutions using a common set of measurements developed with broad participation from the campus sustainability community.
All responses reference content from reports under the latest version of STARS, version 2.2. AASHE membership and log-in is required.
OP 5: Building Energy Efficiency
- Total performance year site energy consumption per unit of floor area
- Total performance year source energy consumption per unit of floor area
- Percent reduction in total source energy consumption per unit of floor area from baseline
- Description of initiatives to shift individual attitudes and practices in regard to energy efficiency
- Description of energy use standards and controls employed by the institution
- Description of LED lighting and other energy-efficient lighting strategies
- Description of passive solar heating, geothermal systems, and related strategies
- Description of co-generation employed by the institution
- Description of initiatives to replace energy-consuming equipment with high efficiency alternatives
- Website URL - Energy conservation and efficiency program
OP 6: Clean and Renewable Energy
- Percent of total energy consumption from clean and renewable sources
- Website URL - Clean and renewable energy programs
- Percent of electricity from coal
- Percent of electricity from geothermal
- Percent of electricity from hydro
- Percent of electricity from natural gas
- Percent of electricity from nuclear energy
- Percent of electricity from solar photovoltaic
- Percent of electricity from wind
- Percent of electricity from wind
Additional analysis on scores and quantitative fields can be conducted using the STARS Benchmarking Tool.