vobes process

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Folie 1 Jorgos Kyriazis, Volkswagen AG, GOE31 08.06.2006 ELEKTRIK / ELEKTRONIK ENTWICKLUNG ELEKTRIK / ELEKTRONIK ENTWICKLUNG ProSTEP iViP Symposium 2006 Integration of the Electrical System Development Processes with KBL OEM’s Viewpoint Jorgos Kyriazis VOBES Development Team

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vobes process

Transcript of vobes process

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    ProSTEP iViP Symposium 2006

    Integration of the Electrical System Development

    Processes with KBLOEMs Viewpoint

    Jorgos KyriazisVOBES Development Team

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    Overview

    Some words about the electrical system, harnesses and their development process

    The Classic VOBES Process (1st generation) Challenges and optimization potentials How KBL helps us implement a modular tool

    chain (VOBES 2nd generation) Examples for KBL driven applications Conclusion

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    The Electrical Net of a car

    The electrical net is the infrastructure for signaland energy transport between all electricalcomponents

    The electrical net consists of various wireharnesses. The main harness is normally a combination of

    modules that are configured due to the customers choice. Some million valid configurations can bepossible.

    Minor harnesses are designed in variants, whereeach configuration has a specified part number.

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    The Design Process and Design Tools

    Nearly every car manufacturer has a different approach to design harnesses that fits to his specific logistic concept.

    All core design processes can be split into these phases: Functional Design System Design Installation and DMU Harness Design Documentation / Data Output to Manufacturing

    There is no end-to-end design tool available, that offers applicable solutions to all of these phases.

    Thats the reason, why VW developed VOBES.

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    VOBES Core Process (1st Generation)VOBES - Volkswagen Bordnetz-Entwicklungssystem

    E3LCable

    Interface

    + S

    oftware

    byVW

    3D Harness Installation (ELV)CATIA V4 by Dassault Systemes

    Wiring Schematics (KAB)LCable by Mentor Graphics

    with VW-Userware

    System Schematics (SYS)LCable by Mentor Graphics

    with VW-Userware

    Drawing Generation (ELZ) CATIA V4 + VW-Userware

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    Aspects Of VOBES Until 2003

    VOBES 1st generation integrated ECAD and MCAD data achieved a consistent design data flow from system

    design to documentation had a lot of outstanding functionality

    used proprietary internal interfaces used proprietary internal data formats needed complex userware in CATIA and LCable was expensive to maintain

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    Evolution Into The 2nd Generation Of VOBES

    Key Challenges extract more value from the existing data by extended

    use of design data within the design process improvement of performance integration of new generations of CAD editors smooth evolution with parallel use of tools

    Key Solution modular toolchain with neutral interfaces integration of the best tools available for each phase

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    Transition Towards The Modular Toolset

    Volkswagen builds the future Electrical System Development Process

    on standard data formats and on amodular software architekture

    with a file-based exchange ofdesign data.

    Implementation of KBLXML

    Integration of LDoradoas documentation module

    Implementation of Digital ChangeDocumentation based on LDorado

    ECAD/MCAD Integrationwith ELENA

    NewSchematics Editor

    Simulation of theElectrical System

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    VOBES Core Process (2nd Generation)

    ELENAElectrologic Domain

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    Mechanical Domain

    Harness Documentation

    LCable

    New Tool VDAELog

    VDT

    CATIA V5

    CATIA V4VDT

    KBL*

    KBL

    KBL*

    VDT2KBL

    ELog2KBL

    any other processor tool, that requiresharness data inKBLXML formatParts&Instances

    Merge Route

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    LDoradoLayout

    Digital ChangeDocumentation

    LDoradoDesign

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    Topology

    KBL based data flow proprietary data flow

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    ELENA Sub-modules

    LCable

    VDT-Interface

    ModuleEditor

    WireEditor

    ContactSelection

    CATIA V5

    XML

    Merger

    XML

    Router AssemblyEditorModule

    AssignerAlias Editor

    VDT

    Cntct&WireCalculation

    KBL-CheckerKBL

    Export

    LDorado

    KB

    L

    Import/Update

    TopologyExport

    E L E N A

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    Change Notification Digital Change Documentation

    accurately versioned storage in System42

    KBLXML

    PQ46 Autumn 2005

    partially automated generationBOM and Wirelist automatically

    in the background

    100% digital availabilityfor FASD and VELEA

    Frontpage

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    ELEKTRIK / ELEKTRONIK ENTWICKLUNGELEKTRIK / ELEKTRONIK ENTWICKLUNG

    Conclusion

    KBL and its derivates

    have a data model to represent harness data,

    help us build neutral interfaces between applicationswith different scope and

    enable us to modularize the tool chain,

    allow us to extend the usage of design data along the product process and

    can also be used to forward harness data to our suppliers