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Considerations for Designing a Safe, Reliable Battery Management System

Considerations for Designing a Safe, Reliable Battery Management System

This article describes the most significant risks influencing a battery and what engineers must consider when designing a battery management system.


Simulation-First, Digital Twins Speed EV Battery Production

Simulation-First, Digital Twins Speed EV Battery Production

A clean energy revolution is quietly underway. The emerging “battery belt”—consisting of several southern and midwestern states stretching as…


How Cavity Pumps Help Secure the Lithium Supply Chain

How Cavity Pumps Help Secure the Lithium Supply Chain

Engineering designs from electric vehicles to energy storage systems require a robust lithium supply chain. Here’s what engineers need to know…


Using Battery Digital Twins to Elevate EV Performance and Life

Using Battery Digital Twins to Elevate EV Performance and Life

Battery digital twins continuously collect battery and vehicle data over the system’s lifetime, accurately estimating the battery’s current and…


MOSFET Innovations for Increasing the Power Density of Auto Electronics

MOSFET Innovations for Increasing the Power Density of Auto Electronics

Vehicle electrification reduces carbon footprints compared to traditional cars, but the increased electronics require more electrical power to…


Fuel Gauging Part III: Using the Equivalent Circuit Model

Fuel Gauging Part III: Using the Equivalent Circuit Model

Part 3 of this series explains the equivalent circuit approach to fuel gauging and how it enables computing the state of charge and state of health…


Examining Alternative Battery Models—Part II

Examining Alternative Battery Models—Part II

Part 2 of this three-part series examines the alternative battery models to fuel gauging discussed in Part 1.


How To Build a Battery Model Using Fuel Gauging—Part I

How To Build a Battery Model Using Fuel Gauging—Part I

The first in a three-part series, this article explains how to build an electrical battery model using fuel gauging.


Advancing EVs With Chip Embedding and Driver Tech

Advancing EVs With Chip Embedding and Driver Tech

This article features the electrical results obtained by a half-bridge board, which synergistically combines three technologies–Infineon’s…


Transforming the EV Charging Market: The Potential of AI and ML

Transforming the EV Charging Market: The Potential of AI and ML

Artificial intelligence and machine learning are recognized in many areas of the automobile industry, particularly the EV sector. This article will…


Rethinking Electric Truck Design

Rethinking Electric Truck Design

Electric trucks are well on their way as part of the electric vehicle industry, but their design requires different considerations than traditional…


Insulation Failure Detection in EV Batteries

Insulation Failure Detection in EV Batteries

One of the issues with electric vehicle batteries is insulation failure. A proven approach to detecting and correcting this failure lies in…