Lab Vehicle Thermal Management

LMS Imagine.Lab Vehicle Thermal Management provides a dedicated set of tools and libraries to study the energy flows under the hood and within the cabin, which are directly or indirectly contributing to pollutant emissions, fuel consumption, engine performance and passenger comfort. It helps engineers to focus on the interactions between different subsystems ( lubrication, cooling, exhaust line, combustion chamber, engine thermal masses, air conditioning, electric auxiliaries, cabin and vehicle) to find the best compromises for energy flow management ( thermal, thermal-fluids, electrical and mechanical) . LMS Imagine.Lab Vehicle Thermal Management, based on multi-physical component libraries, offers a decisive approach to control the energy flows. Furthermore, LMS Imagine.Lab Vehicle Thermal Management helps analyze the influence of new generation subsystems ( heat pump systems, energy storage systems, heat recovery system) or components ( electric pumps, controlled valves, immersion heaters) on the overall system behavior and especially on fuel consumption, pollutant emissions and passenger comfort. LMS Imagine.Lab Vehicle Thermal Management provides a cost effective alternative to prototypes so that virtual vehicle subsystems integration can be easily and rapidly studied. It is fully integrated into the LMS Imagine.Lab AMESim platform, and therefore takes advantage of its flexibility and its multi-domain modeling capabilities. Features • Basic element approach for each subsystem ( higher flexibility, higher degree of freedom in the modeling) • Advanced application components • Model design including subsystems connection and interaction • Off-the-shelf pre-existing models for vehicle thermal management subsystems: vehicle model, air-conditioning, exhaust, cabin environment, and electric consumers • Off-the-shelf pre-existing model for complete vehicle thermal management • Dedicated post-processing tool to analyze power and energy flows between the different subsystems along a driving cycle Benefits • Efficient and low cost alternative to prototyping or test rigging • Easy to study subsystem integration • Modeling of energy flows under the hood and in the cabin into a single environment • Fast validation of existing vehicle architectures • Anticipate architecture changes on potential gains in passenger comfort, fuel consumption and pollutant emissions • Ready-to-apply demos for conventional, hybrid and electric vehicle to reduce models development time Software engineering memiliki misi menyediakan quality engineering software untuk para engineer sehingga mereka dapat lebih produktif dalam pekerjaannya. Kami juga membuatkan aplikasi software engineering yang customized / khusus , dengan harga yang bersaing. Contact us: 0815 614 1954, 0811 891 101, 0817921 7081