Validity Assessment and Calibration Approach for Simulation Models of Energy Efficiency of Light-Duty Vehicles

Keyphrases

• Advanced Powertrain 66%
• Air Conditioning Load 33%
• Assessment Approach 100%
• Cabin Heating 33%
• Calibration Approach 100%
• Challenging Tasks 33%
• Cmax 33%
• Computation Time 33%
• Detailed Model 33%
• Dynamometer Test 33%
• Energy Efficiency 100%
• Energy Fuel 33%
• Fuel Consumption 33%
• GPS Logger 33%
• Leaf Model 33%
• Light-duty Vehicles 100%
• Logger 33%
• Numerical Model 33%
• Power Adjustment 33%
• Prius 33%
• Real-world Driving 33%
• Road Slope 33%
• Simulation Accuracy 66%
• Simulation Model 100%
• Sticker 100%
• Strategic Decision Making 33%
• Time Resources 33%
• Validity Assessment 100%
• Vehicle Fuel Consumption 33%
• Vehicle Model 33%
• Vehicle Occupants 33%
• Vehicle Speed 33%
• Vehicle Usage 33%

Engineering

• Air Conditioning 50%
• Computational Time 50%
• Detailed Model 50%
• Dynamometer 50%
• Energy Efficiency 100%
• Fuel Economy 50%
• Fuel Energy 50%
• Global Positioning System 50%
• Light-Duty Vehicle 100%
• Max 50%
• Numerical Model 50%
• Powertrain 100%
• Road 50%
• Simulation Mode 100%
• Strategic Decision 50%