Project Overview
Ohio State University’s new, 66,000 ft2 Energy Advancement and Innovation Center is a hub for energy research and technology incubation that aims to produce the next generation of smart energy systems and renewable energy technology, and green mobility solutions. The building, which was designed by Smith-Miller + Hawkinson Architects and features an architectural precast concrete facade, is intended to inspire and facilitate interdisciplinary collaboration and to provide a model of energy efficiency in architecture.
Sustainable Innovation
The Energy Advancement and Innovation Center’s facade system includes interlocking cellular polycarbonate panels spanning 42 ft, a butt-glazed curtain wall system, and 38 architectural precast concrete panels. To create the four architectural precast concrete panel profiles for the facade, GATE Precast used just four custom forms, which were made in-house. Limiting the number of forms reduced project costs. Although all the architectural precast concrete components used the same concrete mixture and finish, dynamic movement of light and shadow across the vertical precast concrete relief creates the appearance of varying shades of gray.
Of all the facade elements installed on the project, the installation time for the architectural precast concrete panels was the shortest. The team carefully coordinated the design and fabrication process and arranged for “just-in-time” panel delivery. As a result, the panels could be installed in just 11 days, whereas weeks and months were required to install the curtain wall and polycarbonate facade elements. The just-in-time delivery approach also minimized the need for on-site storage, allowing for a cleaner, safer construction site and university campus.
With the innovation center focused on advanced energy research, including the development of new solutions that could accelerate a global energy transition to a zero-carbon economy, it was clear that sustainability was a key priority for the design and construction team. The building’s cantilevered solar canopy design expands its capacity to collect solar energy. The photovoltaic array with 704 solar panels will supply 33% of the annual electricity needed to operate the building. Additionally, precast concrete’s superior thermal performance when compared to competing systems contributes to the energy efficiency of the facility. To minimize carbon emissions during the project, Ohio State University deliberately chose a local precast concrete producer, so that the trucks delivering components to the site would not have to travel far.
Combining precision, efficiency, and aesthetic flexibility, precast concrete was the ideal choice for OSU’s Energy Advancement and Innovation Center, helping OSU officials and the building deliver on its mission.
Mason Nichols is a Grand Rapids, Mich.-based writer and editor who has covered the precast concrete industry since 2013. |