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Project

Solar Canopy / EV Dock

The solar canopy, along Lake Michigan on Chicago’s Northerly Island, is a public docking station for refueling of electric powered cars, bicycles and scooters.

Lead Contact

Project Details

Project Partners
Adrian Smith + Gordon Gill Architecture
Owner
Chicago Park District
Location
Chicago, Illinois
Completion Date
Project Awards

AISC IDEAS², Innovative Design in Engineering and Architecture with Structural Steel, 2013

International Architecture Award, 2012

canopy
Solar Canopy / EV Dock in Chicago. Connor Steinkamp/Steinkamp Photography
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Solar Canopy / EV Dock in Chicago. Courtesy Adrian Smith + Gordon Gill Architecture

An Elegant Refueling Station

The solar canopy, along Lake Michigan on Chicago’s Northerly Island, is a public docking station for refueling of electric powered cars, bicycles and scooters.

We provided structural engineering and steel detailing to Adrian Smith + Gordon Gill Architecture for the award-winning 11-foot-tall solar canopy / EV dock consisting of three tons of architecturally exposed structural steel. The prototype, completed in 2010, is composed of a tree-like steel superstructure that can support up to 900 pounds of solar equipment, a 300-square-foot canopy featuring photovoltaic panels, and a subterranean concrete foundation anchoring the structure to the ground.

Highlights

  • Utilizing 3D CAD and 3D analysis to design the compound curves in the smallest diameter pipes possible, the structure attained a graceful appearance that limits encroachments on parking spaces.

  • We minimized bolted connections in favor of welds, contributing to the project’s elegant design.

  • To further reduce cost and improve quality control, we decreased fieldwork by performing as much of the fabrication in the steel shop as possible.

  • From concept to working prototype, the solar canopy design was completed in 25 days.

  • The design allows also for a single, stand-alone unit or for multiple structures to be linked side-by-side.

  • It can generate enough electricity to power up to 30,000 carbon-free miles per year for two vehicles.