SCTL awarded $1.5 million for Final 50 Feet research
SCTL researchers will develop technology to inform delivery drivers about parking availability in Seattle.
2018-09-11

September 7, 2018

The Supply Chain Transportation and Logistics Center (SCTL) has been awarded a three-year $1.5 million grant from the U.S. Department of Energy (DoE) for research and development of advanced vehicle technologies to improve the "Final 50 Feet" of the goods delivery system.

Urban Freight Lab researchers will develop technology to inform delivery drivers about parking availability. With the rise of e-commerce and TNCs, Seattle faces new demands for unloading space on streets and is now the ninth most congested city in the nation according to INRIX’s annual Global Traffic Scorecard.

“We are especially excited to work on the ground with our partners, including the City of Seattle, to innovate urban delivery as well as improve the quality of life for city residents and operational efficiency for our industry partners,” said project Principal Investigator and SCTL Founding Director Anne Goodchild.

To develop technology that communicates parking availability in real time, the researchers will gather data at pilot test locations where delivery drivers will be delivering packages to smart locker systems. Sensing devices will collect locker usage data as well as delivery data, such as the length of time that vehicles are parked in various load and unload zones. The researchers will use this information to develop a mobile app and web platform that will relay real-time information about parking availability.

“When proven and widely adopted, these integrated strategies will transform the way delivery drivers find load/unload spaces and significantly reduce congestion and fuel use,” said Barbara Ivanov, Urban Freight Lab director.

The team anticipates this system will reduce parking-seeking behavior by approximately 20 percent in the pilot test areas. They also expect to reduce parcel truck dwell time in pilot test area locations by 30 percent, which will increase the productivity of load/unload spaces near smart locker systems.

The research will build on the center’s ongoing work to alleviate traffic congestion by addressing the last leg of urban deliveries. Last spring, Urban Freight Lab researchers conducted a pilot study at Seattle Municipal Tower, where they found that a smart locker system can drastically reduce delivery time by eliminating the need for delivery drivers to wait for elevators, track down customers and obtain signatures, which can take up to 73 percent of delivery drivers’ time.

Collaborators on this project are: the City of Seattle, Pacific Northwest National Laboratory, the City of Bellevue, Charlie’s Produce, Expeditors International of Washington, the Ford Motor Co., Kroger, Nordstrom, United Parcel Service, United States Postal Service, CBRE Seattle, King County Metro Transit, Sound Transit, and Western Washington Clean Cities, a program under the Puget Sound Clean Air Agency, an initiative of the U.S. Department of Energy.

“We’re proud that the University of Washington is going to work with the Department of Energy to cut package delivery times by using technology to move packages more efficiently in the last mile,” said Senator Maria Cantwell, a supporter of freight mobility improvement legislation in the Senate. “We’ve seen in the last decade great improvements in the ease of ordering everyday items online, and now we will use data and information to improve delivery times and increase efficiency, particularly in congested areas.”

The award is part of DoE's newly-announced $80 million investement in advanced vehicle technologies research to enable more affordable mobility, strengthen domestic energy security, and enhance U.S. economic growth. The 42 funded projects will bring together key stakeholders, including Clean Cities coalitions, in partnerships to provide data on the impact of mobility services and solutions through real-world testing (evaluation/assessment) and validation. The data, analysis, and insights from this work will fill critical information gaps to inform mobility research needs as well as near- and long-term transportation planning that maximizes energy efficiency and affordability. 

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