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A Review of Various Power Management Schemesin HEV

机译:混合动力汽车中各种电源管理方案的综述

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摘要

The generation of HEV has already arrived and will live for many ages. Hybrid vehicles comprises of multiple energy sources just because to match the performance demands and has vast advantages such as reducing air pollution, fuel depletion and emission reduction. In order to provide better efficiency power management plays a vital role in HEV. There are many intelligent power management techniques that can achieve optimal power handling which are suitable for real time application and can provide better efficiency for different driving condition. We will basically study on Rule based methods and optimization based methods. In rule-based methods, methods are easily implemented and is very simple in real time but cannot provide best of optimality whereas in optimized based methods, it can provide better optimal results but it all comes with the cost of high computational requirements and price. Thus, in this review-based paper we will brief about the latest trends of power management strategies that are based upon rule based and optimization based and will highlight on which one will yield better optimal results with its pros and cons.
机译:混合动力车的时代已经到来,并将持续许多年龄。混合动力汽车由多种能源组成,仅是为了满足性能要求,并具有减少空气污染,减少燃料消耗和减少排放等巨大优势。为了提供更高的效率,电源管理在HEV中起着至关重要的作用。有许多智能电源管理技术可以实现最佳的电源处理,适合实时应用,并可以针对不同的驾驶条件提供更高的效率。我们将基本研究基于规则的方法和基于优化的方法。在基于规则的方法中,方法易于实现且实时性非常简单,但不能提供最佳的最佳性;而在基于优化的方法中,它可以提供更好的最佳结果,但是这都带来了很高的计算需求和价格。因此,在这篇基于综述的论文中,我们将简要介绍基于规则和基于优化的电源管理策略的最新趋势,并重点介绍哪种策略将产生更好的最佳结果。

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