Integrated power analysis for faster EV development
Developing and calibrating electric powertrains requires engineers to analyze ECU variables, bus communication, and high-precision electrical measurements together. In many test environments, these data sources originate from separate tools and hardware systems, making synchronization and correlation time-consuming and error-prone. As the number of measurement devices increases, engineers need a way to bring all relevant data into a single environment for efficient analysis and calibration.
Key challenges
Fragmented measurement data
ECU, CAN, and power analyzer data are captured in separate systems and difficult to correlate.
Lack of synchronization
Parallel recording does not provide the time-consistent data needed for accurate analysis.
Manual analysis effort
Engineers spend time aligning and validating data from different hardware sources.
Calibration accuracy limitations
Inconsistent measurement data can impact calibration quality and model development.
Your benefits
Gain a synchronized view of ECU signals, bus communication, and power analyzer measurements in one environment.
Eliminate manual data correlation between separate measurement systems.
Improve analysis efficiency through integrated visualization and evaluation workflows in INCA.
Increase calibration and model-development accuracy with high-precision, time-consistent measurement data.
















