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LMS Imagine.Lab optimises hybrid-vehicle designs

A LMS International product story
Edited by the Engineeringtalk editorial team Feb 12, 2009

LMS will present its Imagine.Lab Hybrid Vehicle system at the 'SAE 2009 Hybrid Vehicle Technologies Symposium', in San Diego, California, on 11 and 12 February.

LMS offers tools needed to develop cost-efficient hybrid vehicles that meet stringent CO2 and other emission targets while maintaining performance, quality and reliability.

LMS Imagine.Lab Hybrid Vehicle helps engineers analyse power management, electric systems and engine-sizing to determine the best architecture for hybrid powertrain systems.

LMS Imagine.Lab Hybrid Vehicle helps engineers analyse power management, electric systems and engine-sizing to determine the best architecture for hybrid powertrain systems.

The dedicated LMS Imagine.Lab Hybrid Vehicle helps engineers analyse power management, electric systems and engine-sizing to determine the best architecture for hybrid powertrain systems, while taking vehicle thermal management into account.

LMS Imagine.Lab Amesim has helped Continental Automotive develop and validate a mild-hybrid vehicle model for CO2 emissions predictions.

This simulator also allowed Continental Automotive to achieve a complete and detailed energy balance in the vehicle, define the relevance of a new component and develop, validate and pre-calibrate control functions.

LMS Imagine.Lab Hybrid Vehicle features dedicated tools to help model and design hybrid-engine architectures.

LMS Imagine.Lab Hybrid Vehicle works on the LMS Imagine.Lab Amesim multi-domain system simulation platform.

The LMS Imagine.Lab Amesim models allow a conventional propulsion system with an on-board rechargeable energy storage system to be designed using a set of specific multi-domain libraries to study the entire system behaviour as well as individual components.

The LMS Imagine.Lab Amesim platform also takes into account control systems, thanks to advanced real-time interfaces with commonly used real-time targets.

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