(HIL) solution for powertrain control software development and validation

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Nov 2, 2011 - powertrain control software development and validation ... Romania ... HIL Environment = Whole assembly needed for HIL software validation:.
HiL in the automotive industry

Using Hardware In the Loop (HIL) solution for powertrain control software development and validation

Daniel DRAGNE, Dan OCNASU

DIM/DCMAP/ CGMP/HIL

November 2nd 2011

CAR2011

Presentation Plan  Renault HIL Principles  Renault HIL Generic Concept  Renault HIL Architecture  Generic Model Structure  Evolutions for Electrical Vehicle Application  Conclusions and Outlook

Daniel DRAGNE Dan OCNASU

November 2nd 2011

CAR2011

2

Renault HIL Principles Two main concepts at the base of Renault HIL Facility:  Generic  One bench configuration for all applications  diesel, gasoline, automatic transmission, electrical vehicle

Romania Korea

France

 Global Usage

CTT

 One bench location for world wide usage Brazil

India Spain * CTT – Centre Technique Titu

Daniel DRAGNE Dan OCNASU

November 2nd 2011

CAR2011

3

Renault HIL Generic Concept (1/2)  HIL Environment = Whole assembly needed for HIL software validation:  model, HIL bench, wiring, ECU, auxiliary tools… Remote user PC

dSPACE bench Electrical failures

Network

bench PC

Model ControlDesk

Harness

ECU From sensors

I/Os

(RT processor)

To actuators

DDT2000

USB diag

CAN

CANalyzer

INCA

Load rack ETAS

Daniel DRAGNE Dan OCNASU

November 2nd 2011

CAR2011

4

Renault HIL Generic Concept (2/2)  16 Generic dSPACE benches:  11 GUv1 (DS1005 processor board) + 1 GUv1 to come  5 GUv2 (DS1006 processor board) + 3 GUv2 to come

 1 Specific OpalRT bench (electrical vehicle)  69 Load Racks (some with multiple configuration):    

    

38 Diesel 24 Gasoline 4 Electrical vehicle 3 Automatic transmission

1 Specific Load Box for DCT 132 Harnesses 16 ECU Boxes 239 ECUs (passed through HIL inventory) 437 industrialized models (+300 archived) Daniel DRAGNE Dan OCNASU

November 2nd 2011

CAR2011

5

Renault HIL Architecture  Remote usage from inside/outside Renault Group  Complete remote control over:  Virtual vehicle (bench)  Calibration tools  Diagnostic tools  Measurement tools

 Facility with high reliability:  IT  Electrical  Climate

 Easy to manage access rights, user accounts configuration, etc. Daniel DRAGNE Dan OCNASU

November 2nd 2011

CAR2011

6

Generic Model Structure (1/2)  The main functions of the HIL model  Physical description of the system (MDL)  Signal exchange with the simulator (IO)  User interface (CPT)

MDL

IO

Daniel DRAGNE Dan OCNASU

November 2nd 2011

CPT

CAR2011

7

Generic Model Structure (2/2)  Examples of Engine Model Configurations :  Diesel turbo-charged direct-injection

Air Inlet

Aftertreatment

Compressor

Turboshaft

EGR duct

Turbine

Outlet Manifold

Mass and thermal power exchange November 2nd 2011

Engine Cylinders

Crankshaft This is a part of the Transmission Model!

Mechanical power exchange

Daniel DRAGNE Dan OCNASU

Direct Injection System

Inlet Throttle and Manifold

CAR2011

8

Evolutions for Electrical Vehicle Application

Daniel DRAGNE Dan OCNASU

November 2nd 2011

CAR2011

9

Evolutions for Electrical Vehicle Application (1/3)  Hardware evolutions:  Simultaneous use of both CAN controllers available on HIL bench in order to simulate 2 CAN networks (Vehicle and ELectrical)  Upgrade of HIL benches by adding a LIN controller (dSPACE intervention)

Controller under test

Daniel DRAGNE Dan OCNASU

November 2nd 2011

CAR2011

10

Evolutions for Electrical Vehicle Application (2/3)  Software evolutions:  MIL model integration with I/O adaptation for HIL model structure compatibility  Model structure adaptation in order to split the CAN subsystem  Add of a new subsystem for LIN network simulation

Daniel DRAGNE Dan OCNASU

November 2nd 2011

CAR2011

11

Evolutions for Electrical Vehicle Application (3/3)  Design and development of a dedicated HMI Specific PowerLatch HMI

High Power Relays State

State of Charge (SoC) indicator

Econometer

Inverter activation state Key position and gear lever (PRND) Daniel DRAGNE Dan OCNASU

November 2nd 2011

CAR2011

12

Conclusions and Outlook  Increase of computing power and model adaptation to multiple processor platforms, imposed by:  Model representativeness to be improved in order to increase the applicability area of HIL  Electrical vehicle (full or hybrid) applications

 FPGA based applications possible in order to allow power electronics simulation  Study the possibility to introduce the ISO 26262 (product liability) certification for the HIL environments

Daniel DRAGNE Dan OCNASU

November 2nd 2011

CAR2011

13

HiL in the automotive industry

Using Hardware In the Loop (HIL) solution for powertrain control software development and validation

Thank you for your attention!

Daniel DRAGNE, Dan OCNASU

DIM/DCMAP/ CGMP/HIL

November 2nd 2011

CAR2011

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