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Powertrain Reference Applications

Internal combustion engine, hybrid, and electric vehicle reference applications

The reference applications are fully assembled models of automotive powertrains, including spark-ignition (SI), compression-ignition (CI), hybrid, and electric systems. For design tradeoff analysis and component sizing, control parameter optimization, and hardware-in-the-loop (HIL) testing, start with one of the vehicle reference applications. Before integration with the vehicle model for CI or SI engine and controller calibration, validation, and optimization start with one of the internal combustion engine dynamometer reference applications.

Functions

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Energy Analysis

autoblks.pwr.PlantInfo Analyze powertrain power and energy (Since R2019a)

Topics

Internal Combustion Engine Reference Application Projects
Use these reference applications as a starting point for your own internal combustion engine vehicle models.
Hybrid and Electric Vehicle Reference Application Projects
Start building your own hybrid and electric vehicle models with reference application projects.
Analyze Power and Energy
Evaluate and report energy and power losses at the component- and system-level.
Generate Mapped CI Engine from a Spreadsheet
Use the CI engine dynamometer reference application to generate parameters for the Mapped CI Engine block.
Generate Mapped SI Engine from a Spreadsheet
Use the SI engine dynamometer reference application to generate parameters for the Mapped SI Engine block.
Read and Write Block Parameters to Excel
Read data and write Mapped SI Engine block parameters to an Excel^® data file.
Generate Deep Learning SI Engine Model
Use Virtual Vehicle Composer to generate a deep learning SI engine model from measured transient engine data.
Generate Mapped Fuel Cell from a Spreadsheet
Use the fuel cell electric vehicle reference application to generate parameters for the Mapped Fuel Cell block.

Featured Examples

Conventional Vehicle Reference Application

Simulate a full vehicle model with an internal combustion engine, transmission, and associated powertrain control algorithms.

Powertrain Reference Applications

Functions

Energy Analysis

Topics

Featured Examples

Conventional Vehicle Reference Application

Optimize Transmission Control Module Shift Schedules

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

EV Charging Reference Application

FCEV Reference Application

CI Engine Dynamometer Reference Application

SI Engine Dynamometer Reference Application

Motor Dynamometer Reference Application