AVL CRUISE™ M is a powerful simulation software designed to analyze and optimize various mobility concepts, including electric, fuel cell, hybrid, and combustion engine vehicles. It provides an extensive library of physical models for key components like battery packs, fuel cells, cooling systems, and e-motors, enabling users to implement and evaluate associated control strategies. With AVL CRUISE™ M, users can accurately simulate the effects of different system configurations on vehicle performance, energy efficiency, and component lifetime. Its easy-to-parameterize models, real-time capabilities, and fast calculation methods make it ideal for concept studies, allowing engineers to identify optimal system designs early in the development process. The software supports cross-process compatibility through standardized interfaces like FMI, enabling seamless integration with other modeling environments. With AVL CRUISE™ M, users can design and optimize subsystems and overall systems in detail, achieving significant time and cost savings while mitigating late and costly changes.

Features:

• Simulates electric, fuel cell, hybrid, and combustion engine concepts for comprehensive analysis.
• Provides an extensive component library with physical models for battery packs, fuel cells, e-motors, and more.
• Enables implementation and evaluation of control strategies for optimized performance and efficiency.
• Offers easy-to-parameterize models with high prediction quality for performing concept studies.
• Scales model depth to study interrelationships between different domains.
• Features real-time capable models for calibration of controls in Mil/HiL/SiL environments.
• Provides reliable and fast calculation methods for detailed component evaluation.
• Models all relevant physical areas in a vehicle, including electrical networks, thermoregulation systems, and mechanical systems.
• Supports standardized interfaces like FMI for cross-process compatibility with other modeling environments.
• Includes validated vehicle models for various drive concepts.
• Offers electrochemical models for PEM and SO fuel cells.
• Features parameterization wizards for batteries, fuel cells, turbochargers, and more.
• Includes model generators for battery packs, fuel cell stacks, and combustion engines.