Comparative Study of Energy Management Strategies for Hydraulic Hybrids

Keyphrases

• Energy Management 100%
• Hydraulic Hybrid 100%
• Strategy Design 60%
• Driving Cycle 60%
• Controller 20%
• Performance Improvement 20%
• City Bus 20%
• Control Strategy 20%
• Human-in-the-loop 20%
• Tracking Error 20%
• Root Mean Square 20%
• Stochastic Dynamic Programming 20%
• Underlying Assumptions 20%
• Rule-based 20%
• System Parameters 20%
• Drive System 20%
• Appropriate Design 20%
• Hydraulic Hybrid Powertrain 20%
• Series Hydraulic Hybrid 20%
• Model Predictive Control 20%
• Model Errors 20%
• Full-scale Experiment 20%
• Simulation Case 20%
• Cycle Parameters 20%
• Stochastic Dynamic Model 20%
• Specific Fuel Consumption 20%
• Bus Trip 20%

Engineering

• Hydraulics 100%
• Energy Management 100%
• Design Method 60%
• Control Strategy 20%
• Design of Experiments 20%
• Hydraulic Hybrid Powertrains 20%
• Predictive Control Model 20%
• System Parameter 20%
• Root Mean Square 20%
• Loop Control System 20%
• Modeling Error 20%
• Stochastic Dynamic 20%
• Full Factorial Design 20%
• Dynamic Models 20%
• Dynamic Programming 20%
• Optimality 20%
• Specific Fuel Consumption 20%