3 stories tagged charging-efficiency on EV Digest.
A reader's question explores whether a residential two-phase electrical setup offers advantages for faster or more robust EV charging. This dives into the technical aspects of home power supply and its implications for maximizing charging speeds at home. While less common in North America, understanding these configurations can be crucial for optimizing personal EVSE installations.
A recent study conducted by Germany's largest automobile club sheds light on the significant energy losses that can occur during home EV charging. These inefficiencies translate to higher electricity bills for owners, but the report also identifies best practices and vehicle characteristics that can help mitigate these hidden costs. Understanding these factors can empower EV drivers to optimize their charging habits and save money.
Infineon is spotlighting its new automotive-qualified CoolGaN™ bidirectional switches, designed to improve the efficiency and simplify the architecture of electric vehicle onboard chargers. These advanced components utilize proprietary Gate Injection Transistor (GIT) technology to enable high-performance, single-stage charging systems, promising more robust and integrated solutions for future EVs.
