A Wired feature on EV charging in dense US cities is drawing fire for centring private cars. Authors Aarian Marshall and Matt Simon propose classifying EV charging as a taxpayer-funded public good, installing chargers on utility poles, pushing apartment developers to install chargers via subsidies, and converting gas stations into rapid-charging sites.
The Streetsblog USA critique, republished by usa.streetsblog.org, argues that the plan cements car dependency rather than reducing it, with EV housing costs and renter liability hiding in plain sight.
The short version:
- Wired proposes public-good classification for EV charging.
- Recommended tools include utility-pole chargers, apartment rebates, and gas-station conversions.
- Average EV cost cited at $56,437, more than three times the federal poverty line for a two-person household.
- Streetsblog argues charger mandates can lift rents by up to 25% in buildings with two parking spots per unit.
- Walking, biking, and transit are barely mentioned in the Wired piece.
Why this matters
The critique rests on three points. First, charger mandates embedded in apartment projects raise rents for all units, including non-drivers, since developers pass costs through. Second, dedicating surface parking lots to chargers locks that land into a single use, undercutting future transit-oriented redevelopment. Third, the article's silence on transit, walking, and biking treats those modes as afterthoughts rather than the primary mobility strategy for dense urban cores.
Our analysis
The trade-off here is real. Electric vehicles are necessary to decarbonise transport, but private cars remain expensive to house, insure, and maintain. Pouring public money into charger infrastructure without reducing car dependency subsidises the most expensive mobility mode for the households least able to afford it. Watch whether cities layer charger investments with parking reform and transit frequency improvements. If they do, the package works. If they do not, expect rising rents and stubborn car dependency.
Worked example
Say you are a planning director for a mid-sized US city. The state offers a partial rebate on apartment charger installations. A developer proposes a new mid-rise building with one charger per unit. The rebate cuts a chunk of the cost, but the developer still absorbs the remainder plus the high-voltage electrical upgrades. The developer passes that cost into rents. Non-driving households subsidise driving households. The pattern is well documented for parking, and the critique argues the same logic will apply once high-voltage plugs are added to the bill.
What to watch next
The signal here is whether federal charger funding gets conditioned on parking reform and transit investment. If conditions are loose, expect rising rents and persistent car dependency. If conditions are strict, expect denser, more transit-oriented development. Watch any Treasury or HUD guidance on how charger rebates interact with affordable housing requirements.
Key takeaways
- Charger mandates can lift rents by up to 25% in buildings with industry-standard parking ratios.
- Public-good classification of EV charging risks subsidising private cars in dense cities.
- Layered policy pairing chargers to transit and parking reform is the test of credibility.
Frequently asked questions
What is the Wired article proposing?
Classifying EV charging as a public good, installing chargers on utility poles, subsidising apartment chargers, and converting gas stations to rapid-charging sites.
What is the Streetsblog critique?
That the plan cements car dependency and raises rents via parking and charger mandates, with little attention to transit, walking, or biking.
How much do charger mandates raise rents?
Streetsblog cites scholarship showing rents can rise by up to 25% in buildings with two parking spots per unit.
What is the average EV cost cited?
$56,437, more than three times the federal poverty line for a two-person household.
What is the cleaner policy alternative?
Layering charger investment with parking reform, transit frequency improvements, and active-mobility infrastructure.