Abstract
The worldwide concerns on air pollution and oil depletion in resources have pushed more automotive industry attention toward electric vehicles (EVs) as a long-term solution. However, the driving range of EV s are still less than the traditional combustion engine vehicles. Development of an efficient thermal management system for EV s is of significant importance to improve the overall vehicle performance whilst prolonging the driving range. To accelerate this development target, this paper introduces an advanced simulation tool based on an internet-distributed hardware-in-the-loop simulation (ID-HILS) concept. The ID-HILS platform therefore offer a high flexibility in configuring the simulation which combines both virtual and/or physical vehicle sub-systems distributed at different environment and/or locations. This helps to reduce the efforts and costs to build an entire vehicle simulation tool for the generation of thermal management systems.
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