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Improved Energy Management Strategy of Hybrid Electric Vehicles with Varying Terrain

机译:地形变化的混合动力汽车能源管理策略的改进

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Existing energy optimization strategies for HEVs generally do not consider mathematical justification for varying gradient within a drive cycle. It is demonstrated in this paper that variations in this factor can lead to significant inaccuracies in the prediction of energy and torque demands and consequently may not reliably follow the desired drive cycle completely. The proposed variants of these strategies for addressing this problem incorporate the factor of varying terrain in the cost function for generating optimal torque commands to ensure drivability and also manage battery charge so as to meet instantaneous torque demands imposed by the terrain within the drive cycle.
机译:用于混合动力汽车的现有能量优化策略通常不考虑在行驶周期内变化梯度的数学依据。本文证明,该因素的变化会导致能量和扭矩需求预测中的重大误差,因此可能无法可靠地完全遵循所需的驱动周期。解决这些问题的这些策略的拟议变体在成本函数中纳入了变化地形的因素,以生成最佳扭矩命令以确保可驾驶性并管理电池充电,从而满足行驶周期内地形施加的瞬时扭矩需求。

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