How does NXP enhance vehicle efficiency through advanced powertrain technologies?

With our latest Battery Monitoring System Chipset (BMS), NXP ensures a very accurate battery cell measurement with a direct impact on the range improvement of the vehicle. In a similar way, the innovative dynamic gate strength of our last generation of high voltage gate driver drastically impacts impacts drastically the traction inverter efficiency.

What role does NXP play in the development of electric and hybrid vehicles?

Thanks to a large portfolio (power management (PMIC), MCUs, analog front end (AFE), in-vehicle networking (IVN), gate driver (GD), sensors, among others) NXP brings innovation for each principal application of electric and hybrid vehicles. From the on-board charging (OBC) electronic control unit (ECU) to the battery monitoring system (BMS) through high-voltage (HV) DC/low-voltage (LV) DC system, NXP devices ensures an efficient energy conversion and storage. With our latest generation of MCU, SBC and HV GD, NXP is also playing a key role for the energy conversion to ensure the vehicle traction. Beyond devices, NXP is building systems that include an extended set of collaterals such as software and functional safety documents to ease and speed up our customer development.

How does NXP ensure the safety and reliability of its powertrain systems?

Functional Safety is a strong asset of each NXP device. This is part of our DNA. Now, NXP is stepping up by providing a system safety concept. To ease our customers analysis and time to market, NXP delivers associated safety mechanisms and requirements (HW and SW level) handled by NXP devices in a system context. Reliability is also a key concern. As an user you expect the same level performance of your vehicle at T0 and End of Life (EoL). This is why we are designing and qualifying our devices to ensure high level of performance at EoL. For example, our BMS AFE has high EoL accuracy, including 5Sigma guaranteed value.

How can NXP's solutions support compliance with global emissions regulations?

Innovation is the key to support compliance with global emissions regulations. Each innovation that we could bring in our device to ensure a more accurate measurement or a higher efficiency conversion has a direct impact on the range of the car. And by consequence, each miles/km saved extend the battery life.

电气化与动力

电气化解决方案加速系统开发，提高功能安全和能效

恩智浦电气化解决方案采用强大、开放的架构，实现电气化端点和云端之间更安全、更可靠的双向通信。我们的解决方案在整个生态合作体系的功能安全和控制方面提供深厚的专业知识，处理电动汽车动力、电池管理、快速充电和整个电网的负载均衡。