“We needed a building that was functional, flexible and that sparked the ‘random collisions’ between scientists from different disciplines that can catalyze the breakthrough advances that are our goal. The facility also needed to respect the research being done there by applying state-of-the-art strategies to conserve energy use and optimize the use of renewable resources. HOK and its team understood those necessities and delivered a winning solution.”
As a centerpiece for clean energy systems research at the University of Wisconsin-Madison, the Institute provides a physical hub where scientists from public and private sector disciplines can collaborate. Its primary tenant is the Great Lakes Bioenergy Research Center (GLBRC), one of three centers funded by the U.S. Department of Energy to conduct basic research that generates technology to convert cellulosic biomass to ethanol and other biofuels.
This first phase includes five primary labs that focus on molecular biology, chemical engineering and organic chemistry research; a 1,400-sq.-ft. applied engineering high-bay laboratory for solar and biofuels projects; a central NMR; two videoconferencing rooms; and an education and public outreach suite including biofuel demonstration gardens. The flexible, “plug and play” wet and dry laboratories easily adapt to changes in research teams.
An interior light well supports each research floor. The light well provides open sightlines and highways for interaction between researchers and staff in the offices and work stations that ring the perimeter of the floor and the laboratories at its interior. Bridge walks spanning the light wells provide accessibility, while break rooms, seating nooks and formal meeting areas offer opportunities for collaboration.
Reflecting its clean energy research mission, the Institute is an energy-efficient research facility. The team is targeting LEED Gold Certification, with sustainable strategies including a 22-kW photovoltaic array, a sophisticated daylighting design and extensive use of sustainable materials such as steel, concrete, recycled glass terrazzo flooring and reclaimed wood tiles.
HOK teamed with Madison-based architect of record Potter Lawson on the design.
LEED-NC Gold anticipated
105,000 sq. ft. / 9,755 sq. m. (phase I)
ENR Midwest – Award of Merit
Safety and Higher Education / Research
Expected reduction in energy use compared to a similar lab building built to code requirements
22 January 2014
“Wisconsin Energy Institute”
6 January 2014
“Newest Alternate Energy Resarch Facility in US Designed by HOK”
Laboratory Design News
19 March 2013
“Energy Institute Fueling Innovation in New Facility”
University of Wisconsin-Madison News
10 May 2012
“The Wisconsin Energy Institute Sustainable Design Strategies”
18 January 2012
“University of Wisconsin-Madison, Wisconsin Energy Institute”
Laboratory Design News