The Future of EV Charging: Faster, Smarter and More Connected
EV charging is evolving beyond simply increasing charger power. Networks are becoming more connected and vehicles are gaining smarter energy-management features.…
EV charging is evolving beyond simply increasing charger power. Networks are becoming more connected and vehicles are gaining smarter energy-management features.…
Electric vehicles replace the conventional engine and fuel tank with a battery, electric motor and power electronics. Here is a simple look at how those pieces work together.…
An EV range figure is a useful reference, but real-world range changes with speed, temperature, traffic, terrain, climate control and driving style.…
Home charging is one of the biggest conveniences of EV ownership. Instead of making regular fuel-station trips, many owners simply plug in after arriving home.…
AC and DC charging both replenish an EV battery, but the electricity reaches the battery through different equipment and processes.…
A successful EV road trip is mostly about planning charging stops with enough margin for weather, traffic and unexpected delays.…
EV batteries gradually lose capacity over time, but degradation is normally a gradual process rather than a sudden failure.…
LFP and NMC are two common lithium-ion battery chemistries used in electric vehicles, and each has different characteristics.…
Regenerative braking allows an electric motor to operate as a generator while the vehicle slows, sending some energy back toward the battery.…
Public chargers are shared resources, so simple etiquette can make charging easier for everyone.…