EV Battery Preconditioning: How It Improves Fast Charging
EV battery preconditioning is a thermal-management feature that prepares an electric vehicle’s battery for better performance before driving or fast…
EV charging
What Is an EV Charging Curve and Why Does It Matter?
Electric vehicle drivers often see a charger advertised at 150 kW, 250 kW, 350 kW or even higher and assume…
EV Charging Power Explained: kW, kWh, Voltage and Amperage
Understanding EV charging power becomes much easier once you know what kilowatts (kW), kilowatt-hours (kWh), volts (V), and amps (A)…
AC vs. DC Charging: What Is the Difference for EV Drivers?
AC vs. DC charging is one of the most important distinctions EV drivers should understand when choosing a charger. Both…
Top EV Charging Networks in the United States
The top EV charging networks in the United States serve different needs, from everyday Level 2 charging at workplaces and…
The 10 States Leading the Electric Vehicle Revolution
The United States’ electric vehicle market is no longer concentrated in a handful of early-adopter markets. EV adoption has expanded…
Top 10 Cities With the Highest Number of Electric Vehicles
Electric vehicle adoption is increasingly concentrated in major U.S. metropolitan markets, but the locations leading the country are not always…
Top 10 States With the Most Electric Vehicles
The United States has more electric vehicles on the road than ever, but adoption remains concentrated in a relatively small…
How Do Electric Vehicles Perform in Cold Weather?
Electric vehicles can perform reliably in cold weather, but low temperatures can affect driving range, charging speed, cabin heating, and…
How Electric Vehicles Are Changing the Future of Transportation
Electric vehicles are changing the future of transportation by reshaping how people travel, how businesses operate vehicles, and how communities…