How NXP helps reduce overall cost, extend the range and accelerate the development of EV charging systems.
Vehicle electrification is right at the brink of mass market adoption with EV’s already making up for the majority of newly sold cars in some countries. The shift towards eMobility comes with the need for an energy system that can effectively replace the fleets of fossil-fuel service stations drivers currently rely on. As the popularity of non-fuel based mobile energy supply grows, so do the demands for technical safety – without sacrificing comfort and ease of use.
This requires adding EV charging to conventional service areas, converting older areas to electric-only, and building new charging areas.
What NXP offers
As a leading semiconductor manufacturer focusing on the digitalized automotive industry, NXP is leading the advancement of safe and securely connected mobility, especially electric mobility.
It's automotive electrification products feature high-performance microprocessors, scalable functional safety, MCUs with associated power management ICs and system basis chips (SBCs), in-vehicle networking components for CAN, LIN, FlexRay™ and Ethernet, battery cell controller and battery management solutions and electric motor driver solutions.
This way, every major component is covered – from battery management to propulsion Domain control. Throughout the portfolio, NXP’s aim is to simplify the electrification transition with systemic solutions, incorporating optimal performance, robust functional safety, and power management features that automakers and developers require for their next generation of vehicles.
Solutions in question:
Battery Management System
NXP's BMS products for industrial or automotive applications offer high measurement accuracy and ISO 26262 support up to ASIL D functional safety capability.
Hybrid Electric Vehicle (HEV)
With the need for cleaner cars and lower emissions, NXP has developed a portfolio that provides the building blocks for all the different electric vehicle types.
Electric Vehicle (EV) Power Inverter
For traction motor and onboard charging (OBC) applications.
EV Charging
An Electric Vehicle (EV) charging system supplies power for recharging electric vehicles
Documentation