Powertrain Blockset User's Guide

Getting Started Powertrain Blockset Product Description Key Features Required and Recommended Products Required Products Recommended Products Getting Started with Powertrain Blockset Next Steps Conventional Vehicle Spark-Ignition Engine Fuel Economy and Emissions Conventional Vehicle Powertrain Efficiency Workflows SI Core Engine Air Mass Flow and Torque Production Air Mass Flow Models Torque Models SI Engine Dual-Independent Cam Phaser Air Mass Flow Model Collect Physical Measurements Estimate Ideal Trapped Mass Correct Trapped Mass Calculate Air Mass Flow SI Engine Speed-Density Air Mass Flow Model SI Engine Torque Structure Model SI Engine Simple Torque Model CI Core Engine Air Mass Flow and Torque Production Air Mass Flow Torque CI Engine Speed-Density Air Mass Flow Model CI Engine Torque Structure Model Fuel Injection Percent Oxygen Exhaust Temperature CI Engine Simple Torque Model Engine Calibration Maps Engine Plant Calibration Maps Engine Controller Calibration Maps Calibration Maps in Compression-Ignition (CI) Blocks Calibration Maps in Spark-Ignition (SI) Blocks Reference Applications Internal Combustion Engine Reference Application Projects Conventional Vehicle Engine Dynamometers Hybrid and Electric Vehicle Reference Application Projects Hybrid Electric Vehicle Reference Applications Motors and Electric Vehicles Build a Conventional Vehicle Model Optimize Transmission Shift Maps Evaluate and Report Power and Energy Drive Cycle Source Longitudinal Driver Controllers Passenger Car Calibrate, Validate, and Optimize CI Engine with Dynamometer Test Harness Engine System Performance Monitor Calibrate, Validate, and Optimize SI Engine with Dynamometer Test Harness Engine System Performance Monitor Build Hybrid Electric Vehicle Multimode Model Evaluate and Report Power and Energy Drive Cycle Source Longitudinal Driver Controllers Passenger Car Build Full Electric Vehicle Model Evaluate and Report Power and Energy Drive Cycle Source Longitudinal Driver Controllers Passenger Car Build Fuel Cell Electric Vehicle Evaluate and Report Power and Energy Drive Cycle Source Longitudinal Driver Controllers Passenger Car Build Hybrid Electric Vehicle Input Power-Split Model Evaluate and Report Power and Energy Drive Cycle Source Longitudinal Driver Controllers Passenger Car Build Hybrid Electric Vehicle P0 Model Evaluate and Report Power and Energy Drive Cycle Source Longitudinal Driver Controllers Passenger Car Limitations Acknowledgment Build Hybrid Electric Vehicle P1 Model Evaluate and Report Power and Energy Drive Cycle Source Longitudinal Driver Controllers Passenger Car Limitations Acknowledgment Build Hybrid Electric Vehicle P2 Model Evaluate and Report Power and Energy Drive Cycle Source Longitudinal Driver Controllers Passenger Car Limitations Acknowledgment Build Hybrid Electric Vehicle P3 Model Evaluate and Report Power and Energy Drive Cycle Source Longitudinal Driver Controllers Passenger Car Limitations Acknowledgment Build Hybrid Electric Vehicle P4 Model Evaluate and Report Power and Energy Drive Cycle Source Longitudinal Driver Controllers Passenger Car Limitations Acknowledgment Develop, Resize, and Calibrate Motors with Dynamometer Test Harness Motor System Performance Monitor Resize the Motor Resize the CI Engine Create CI Engine Models with Twice the Power Resize the SI Engine Create SI Engine Models with Twice the Power Generate Mapped CI Engine from a Spreadsheet Step 1: Generate Mapped Engine Calibration Step 2: Apply Calibration to Mapped Engine Model Generate Mapped SI Engine from a Spreadsheet Step 1: Generate Mapped Engine Calibration Step 2: Apply Calibration to Mapped Engine Model Generate a Deep Learning SI Engine Model Internal Combustion Mapped and Dynamic Engine Models Analyze Power and Energy Live Script Power Signals Generate Mapped Fuel Cell from a Spreadsheet Step 1: Generate Mapped Fuel Cell Calibration Step 2: Apply Calibration to Mapped Fuel Cell Model Project Templates CI Engine Project Template Controller Plant SI Engine Project Template Controller Plant Supporting Data Install Drive Cycle Data Track Drive Cycle Errors Calibration Generate Parameter Data for Datasheet Battery Block Generate Parameter Data for Equivalent Circuit Battery Block Step 1: Load and Preprocess Data Step 2: Determine the Number of RC Pairs Step 3: Estimate Parameters Step 4: Set Equivalent Circuit Battery Block Parameters Generate Optimal Current Controller Calibration Tables for Permanent Magnet Synchronous Motors Step 1: Generate Current Controller Parameters Step 2: Generate Motor Parameters Step 3: Generate Flux-Based PMSM Parameters Model with Optimized Parameters Generate Current Controller Parameters Collect and Post Process Motor Data Model Motor Data Generate Calibration Set Block Parameters Generate Feed-Forward Flux Parameters Step 1: Load and Preprocess Data Step 2: Generate Evenly Spaced Data Step 3: Set Block Parameters Generate Parameters for Flux-Based PMSM Block Step 1: Load and Preprocess Data Step 2: Generate Evenly Spaced Table Data From Scattered Data Step 3: Set Block Parameters Powertrain Blockset Examples Conventional Vehicle Reference Application HEV Multimode Reference Application HEV Input Power-Split Reference Application HEV P0 Reference Application HEV P1 Reference Application HEV P2 Reference Application HEV P3 Reference Application HEV P4 Reference Application EV Reference Application FCEV Reference Application CI Engine Dynamometer Reference Application SI Engine Dynamometer Reference Application Motor Dynamometer Reference Application Optimize Transmission Control Module Shift Schedules Calibrate ECMS Block Detect Misfires Using On-Board Diagnostics Read and Write Block Parameters to Excel Generate Drive Cycles for Real Driving Emissions Virtual Vehicle Composer Get Started with the Virtual Vehicle Composer Open the Virtual Vehicle Composer App Virtual Vehicle Composer Workflow Setup Virtual Vehicle More About Configure Virtual Vehicle Data Chassis Tire and Brake Powertrain Driver Environment Configure Virtual Vehicle Scenario and Test Configure Virtual Vehicle Data Logging Build Virtual Vehicle Operate Virtual Vehicle Analyze Virtual Vehicle Resize Engines and Mapped Motors Resize Engine Resize Mapped Motor