Stable Insights

EV Charging Pricing Trends

Explore high-quality data on national EV charging station pricing

Overview

Stable Auto has played a pivotal role in evaluating and siting over 16,000 EV charging stations throughout the United States. Through this experience, it’s evident that the pricing strategies of EV charging stations significantly influences both the economic sustainability of stations and the satisfaction of EV drivers.

With the anticipated growth in EV ownership, the demand for public charging facilities is set to rise sharply, partly due to limitations of home charging solutions. To prepare for this growth, it’s important that EV charging station owners and operators adopt strategic pricing that not only ensures the viability of the EV charging industry, but also meets the diverse needs of consumers.

In an effort to shed light on the current state of pricing within the DC fast charging (DCFC) landscape, Stable Auto conducted a comprehensive analysis of the average costs associated with EV charging across the nation, drawing on data from thousands of Level 3 (L3) charging stations under its purview.

Average DCFC charging prices by state (Q2 '24)

The average estimated $/kWh cost for Level 3 (DCFC) charged by stations tracked by Stable Auto

Last updated Aug 16, 2024

Highlights (Q2 '24)

  • Most EV drivers charge their vehicles at home, but those using public DCFCs encounter significantly different prices depending on where they plug in.
  • Comparing prices from Q1'24 to Q2'24, the average price remained relatively flat, increasing slightly from $0.45 to $0.46 per kWh.
  • While gas prices can vary significantly by state, charging prices tend to be more consistent across the country, with 31 states averaging between $0.40 and $0.50 per kWh.
  • However, the majority of the Midwest and several states in the South and Southeast experienced lower average charging costs.
  • On a state-by-state basis, average prices increased in 36 states and decreased in 12 states, with 7 states experiencing changes greater than 10%. This trend seems driven by a catch-up phenomenon, where prices increased more in areas that started with lower rates. For example, in states where Q1'24 prices were below $0.40, prices rose by an average of 11%, compared to a 1% increase in states where the average price was above $0.40 per kWh.

State-by-state view

Last updated Aug 16, 2024