Electric vehicles may provide a powerful jolt to supply power to our electric grids. Through vehicle-to-grid (V2G) technology, battery power from EVs can be harnessed to power homes or share energy with the grid as demand rises.

The AM625 Sitara™ MPU application processors with Arm® Cortex® A-53 support dual display, 3D graphics acceleration and edge AI for embedded systems. You can get started with testing and development using the SK-AM62 evaluation board.

Optimize shunt-based current sensing in grid applications with AMC3302 high-precision reinforced isolated amplifier. The AMC3302 integrates an isolated DC/DC converter, fault detection and diagnostics to simplify system-level design.

Achieve new levels of power density and efficiency in solar and EV charging systems with the 600-V LMG3422R030 GaN FET with integrated driver and protection. The LMG3422R030 enables switching speed up to 150 V/ns and reduces power losses.

Unlock high power density in GaN and SiC applications with ultra-low-latency C2000™ real-time microcontrollers. These devices improve efficiency in high-voltage power by enabling the high switching frequencies of wide-bandgap technologies.

As the world’s appetite for renewable energy grows, technology can convert and transport that energy is in high demand. See how semiconductors enable the efficient and safe transportation of energy to power homes, buildings, and cities.

Next-generation EV charging stations need to be equipped for vehicle-to-grid communication. Learn how you can incorporate communication, safety and security into your EV charging design while enabling the future of grid integration.

As more electric vehicles (EVs) hit the road, it’s necessary to advance vehicle electrification charging infrastructure. In our electric-vehicle future, semiconductor technology will offer grid operators more flexibility to manage fast and efficient EV chargers.

The electric vehicle (EV) charging industry is growing fast, given commitments from car manufacturers worldwide. Read about some common misconceptions about EV charging, and what you need to know to design EV charging stations that are fast, efficient and powerful.