Automotive

Battery Management at the Center of Electrification

How real-time simulators enable hardware-in-the-loop testing for automotive battery systems

This piece explains how real-time simulators support hardware-in-the-loop testing for automotive battery systems and where battery testers and load testers fit in a staged validation flow.

Understanding voltage, current and power ranges in PHIL amplifiers

This piece explains how to size voltage, current, and power ranges for PHIL amplifiers with practical guidance on stability, accuracy, and system constraints.

A guide to using real-time simulation for EV fast-charging validation

A technical guide to how real-time simulation validates EV fast charger control, grid response, battery behaviour, communication timing, fault recovery, and uptime criteria.

Validating multiphase motor controllers before hardware deployment

A practical workflow for validating multiphase motor controllers using SIL and HIL testing, covering plant modeling, timing setup, transient and fault sequences, and pass-fail metrics before hardware bring-up.

9 Motor drive fault injection scenarios for controller validation

Motor drive fault injection scenarios for HIL controller validation, with clear pass criteria and a practical order for running inverter and sensor faults.

8 Key metrics engineers track in high performance motor drive validation

Defines motor drive validation performance and the metrics to measure torque, efficiency, waveform quality, timing, faults, and thermal limits.

What robotics engineers can learn from real-time simulation in automotive

Practical methods for using simulation and solar power system simulators to improve renewable grid stability and reliability.

Simulation first is the new standard in autonomous vehicle testing

Simulation-first testing has become the standard for validating autonomous vehicles, ensuring safety, speed, and reliability before road deployment.

Why automotive testing labs are prioritizing simulation over track time

Simulation-first testing is redefining automotive validation, helping labs reduce costs, improve safety, and accelerate development of electric and autonomous vehicles.