Ride-hailing trips today result in an estimated 69 percent more climate pollution on average than the trips they displace. Fortunately, the industry can implement several strategies to address the negative impacts of ride-hailing and contribute to a low-carbon transportation future.
This report reviews lessons learned from relevant studies and initial outreach activities and provide recommendations for future engagement and action to electrify ride-hailing services in the Seattle area.
This report is the first four-year update to the 2015 pLAn. It augments, expands, and elaborates in even more detail L.A.’s vision for a sustainable future, including climate change policy. This report is also referred to as L.A.'s Green New Deal.
This report assesses the timing of cost effectively electrifying shared mobility fleets in U.S. cities, focusing on ride-hailing. The authors developed a total cost of operation metric for conventiona...
This briefing identifies emerging policy approaches to support the deployment of electric vehicles within ride-hailing fleets. It discusses the adoption barriers unique to ride-hailing fleets and summ...
During this webinar, the Seattle Department of Transportation (SDOT) presented its Electric Vehicle Supply Equipment (EVSE) Roadmap for Shared Mobility Hubs (“EVSE Roadmap”) to provide improved connec...
A robust charging network and policies supportive of electric vehicles (EVs) are critical to improving the business case for free-floating carshare services. In electrifying these services, the potent...
Partnerships that electrify ride-hail services are a promising way to reduce greenhouse gas emissions from light-duty vehicles and improve the business case for fast charging services. Much like the p...
Electrifying carshare and ride-hail services is a promising way to reduce greenhouse gas emissions from the transportation sector and help government achieve their climate change goals, according to r...
This paper uses real-world data from Columbus, Ohio to build a heuristic algorithm that emulates how EVs would operate in a hypothetical transportation network company. The charging requirements for D...
