How New York and Los Angeles Are Building the EV Infrastructure Cities Actually Need

New York City operates the largest municipal electric vehicle fleet in the United States, with over 11,000 vehicles across city agencies. Los Angeles has taken a different route, creating EV carsharing programs in neighborhoods that have historically had less access to transportation options. Both cities show how cities can electrify their own operations by combining vehicle purchases, charging stations, and smart regulations.

Building and Managing City Fleets

NYC's approach centers on infrastructure investment alongside vehicle procurement. The city installed 500 electric vehicle chargers and built solar-powered carports — essentially parking structures with rooftop solar panels that both charge vehicles and generate electricity. The Department of Citywide Administrative Services, led by Commissioner Yume Kitasei, released its latest Clean Fleet Transition Plan in partnership with the U.S. Department of Transportation's Volpe Center, which helps fulfill requirements set out in Executive Order 53.

Los Angeles pursued community-focused electrification instead. The city partnered with the Shared Use Mobility Center to create an EV carsharing program specifically for neighborhoods like Boyle Heights and Central City East. These areas have limited car ownership, so the program combines traditional carsharing with vanpooling — a way for groups of commuters to share a single vehicle. In its second phase, the program deployed 50 additional vehicles and integrated with existing local social services organizations.

Rules, Regulation, and Charging Access

NYC's Department of Transportation has created dedicated curb space exclusively for EV charging, a regulation adopted in August 2020. The city also coordinated with the New York Police Department to ensure these charging spaces stay open and available — a practical challenge that plagues most urban charging networks. Con Edison, the city's main utility, began seeking partners in July 2022 to install Level 2 chargers (a standard charging speed) along streets, extending charging beyond city-owned facilities.

New York also adopted the Advanced Clean Trucks rule, which mandates that all medium- and heavy-duty vehicle sales in the state be zero-emissions by 2045. This affects not just city operations but also commercial delivery fleets, logistics companies, and any business that relies on trucks.

Buying Power Through Numbers

Both cities leveraged a simple economic principle: buying in bulk reduces cost. Los Angeles and 30 other U.S. cities issued a coordinated request for information in January 2017, signaling to EV manufacturers that a large, reliable market existed. A program called Drive EV Fleets, organized by Sourcewell and the Electrification Coalition, has formalized this approach, using the combined purchasing power of cities and government agencies to negotiate lower EV prices.

The broader context here matters. We have seen this pattern before, when cities coordinated broadband deployment in the early 2000s. Individual towns lacked leverage with telecommunications companies, but when dozens of cities asked for the same thing, providers had reason to invest. Fleet electrification follows the same logic. A single city's EV demand might not move a manufacturer's priorities, but coordinated municipal buying does.

Infrastructure Choices and Trade-offs

Municipal fleet electrification requires careful decisions about how and where to install chargers. Solar-powered carports address one real constraint — the local electrical grid can struggle when too many vehicles charge simultaneously — and reduce operating costs over time. But they require significant upfront money and real estate, which is scarce in dense cities.

NYC emphasizes centralized charging at dedicated fleet depots, where vehicles return at the end of the day. Los Angeles, serving dispersed neighborhoods through carsharing, needs distributed charging spread across multiple locations. These different strategies suit different operational models.

Scaling Beyond Initial Pilots

Los Angeles's expansion to a second phase of carsharing suggests the initial program worked better than typical transportation pilots. The fact that local community organizations helped run the program, rather than importing outside operators, likely contributed to genuine adoption.

NYC's approach differs. Through the Department of Citywide Administrative Services, the city is pursuing systematic, planned expansion rather than small-scale pilots. The partnership with the Department of Transportation's Volpe Center brings federal technical support, addressing a common challenge: most cities lack the internal expertise to manage large-scale fleet and infrastructure projects.

The timeline between these two cities tells an interesting story. Los Angeles initiated collective procurement efforts in 2017, yet NYC now operates the largest municipal EV fleet. This suggests that timing is less important than consistent funding and genuine operational commitment. Early movers do not automatically become large-scale operators.

Connecting to the Broader City

Municipal fleet electrification touches many other city systems — the electrical grid, parking regulations, and land use planning. NYC's solar carports handle multiple objectives at once: they charge vehicles, generate renewable electricity, and use space efficiently in a dense urban area.

The need for NYC DOT and NYPD to coordinate on charging space enforcement also illustrates a less obvious challenge. Charging infrastructure operates within existing rules and enforcement designed for traditional cars. When those systems do not align with EV needs, cities must rebuild coordination.

In my view, these municipal initiatives will set the template for private fleet electrification. Public sectors serve as anchor customers — the first large buyers who justify manufacturer investment and operational learning. Cities are also proving grounds where vehicle technology and charging systems handle real urban stress. Once manufacturers and logistics companies see that fleet electrification works in a demanding city environment, they become more willing to invest and transition their own operations. This is how new infrastructure typically spreads, from public deployment to commercial adoption.