pSeven solutions
for
directions_car Automotive

The main task in the automotive industry is to organize a nonstop development of safer, better performing and more appealing vehicles within strict timelines and limited budgets. Key automotive challenges today are the development of electric vehicles and autonomous driving systems, fuel economy & emissions regulation, warranty expenses reduction, shortening product development cycles and reducing costs of production.

pSeven and pSeven Enterprise enable OEMs and part manufacturers (powertrain, transmission, chassis, electronics, HVAC, batteries, etc.) to address mentioned above challenges and allow to:

• Automate repetitive engineering tasks, which results in a multiple reduction of simulation time and increases engineers' productivity.
• Find the best product design parameters, design reliable and robust products with advanced Design Space Exploration techniques.
• Reduce number of test runs, experiments, and simulations thanks to predictive ML/AI models built from simulation data or experimental measurements.
• Reduce number of driving scenario simulations for advanced driver-assistance systems (ADAS) development.
• Fasten 0D/1D systems simulation with 3D discipline models by creating and importing surrogate models to Systems Engineering software in C or FMI format for co-simulation.
• Improve simulation reliability by recalibrating models on test bench data (data matching).
• Identify problem and reduce product defects with the help of sensitivity analysis to identify input parameters and/or their combinations that affect quality the most.
• Explore the limits of engine operating range using adaptive Design Space Exploration and ML predictions.

Electric vehicles development

Systems modeling

Growing need for systems modeling, sharing information and models in simple and understandable way and preserving intellectual property rights: fast and robust predictive models can answer this need and drastically speed up system simulation. Models created in pSeven products from simulation, analytical and experimental data can be exported for use in external software products like Systems Engineering modeling software via C, FMU or native format for co-simulation, or can be sent to contractors to develop auxiliary equipment.

Publications