ANSYS Twin Builder - FRONTISfrontis.co.kr/wp-content/uploads/2019/05/2019R1-Twin... · 2019-05-03 · 1 © 2017 ANSYS, Inc. January 1, 2019 ANSYS Confidential ANSYS Twin Builder 2019

1 © 2017 ANSYS, Inc. January 1, 2019 ANSYS Confidential

ANSYS Twin Builder 2019 R1 Product Update


ANSYS Twin Builder 2019 R1Build, Validate and Deploy Complete Systems Simulations and Digital Twins

ANSYS Twin Builder is a new product for Predictive Maintenance

Save on Warranty and Insurance costs

Optimize your product operations

Implement predictive maintenance

How?

Build the Twin: Reuse engineering know-how to build accurate virtual product replicas

Validate the Twin: Validate and optimize twin model

Deploy the Twin: Connect and deploy to supported IIoT Platforms


What is a Simulation Based Digital Twin?

Connected, virtual replica of an in-service physical asset, in the form of an integrated multi-domain system simulation, that mirrors the life and experience of the asset

Enables system design and optimization, predictive maintenance and optimize industrial asset management


Key Capabilities of ANSYS Twin Builder

System Simulation

Build an accurate Physics-based Digital Twin in record time

Build

System Validation and Optimization

Validate and Optimize the Twin

Validate

System Predictive

Maintenance

Connect the Twins to IIoTPlatforms and Deploy Run times

in operation

Deploy


Technical Capabilities Overview of ANSYS Twin Builder


Technical Capabilities Overview: Quickly Build Digital Twins using Twin Builder

Build Phase Benefits and Capabilities

Support for multiple modeling domains and languages• Support for Modelica, VHDL-AMS, C/C++, SPICE and more

Extensive 0D Application Specific Libraries• Electrical, Electronics, Std. Modelica Lib., Fluid Power, Thermal etc.

3rd Party Tool (incl. 1D) Integration• Support for FMI/FMU, ANSYS 3D solvers and co-simulation

3D Reduced Order Model Creation and Integration• Simplify 3D physics by use of ROM (Dynamic, Static and DX)

Embedded Software Integration• SCADE Suite, SCADE Display and more

Easily assemble virtual replica from a variety of sources

Multi-domain, multi-fidelity, multi-language


Technical Capabilities Overview: Validate and Optimize the Digital Twin

Validate Phase Benefits and Capabilities

Multi-Domain Simulation with Integrated Post Processing• Analyze and optimize the interactions among the multi-domain

components in a system.

Rapid HMI Prototyping• Enhances the simulation experience with powerful, easy-to-design,

and interactive graphical panels. etc.

System Validation and Optimization• Support for DoE, Parameter Sweep and Scripting (VBA/Iron Python)

XIL Integration• Support for co-simulation for Model-in-the-Loop (MiL) and

Software-in-the-Loop (SiL) validation workflow

Ensure Product Reliability and Robustness

Optimize System Performancewith built in Optimizers (or ANSYS DX and ANSYS OptiSLang)

Easily Integrate and validate with Test data


Technical Capabilities Overview: Deploy Digital Twins on leading IIoT platform

Deploy Phase Benefits and Capabilities Quickly Connect to supported IoT Platforms

• Configure connector to connect to IIoT platform and send and receive operational data

• SAP Predictive Engineering Insights enabled by ANSYS

Export and Deploy Generated Models• Export from Twin Builder to generate portable, cloud deployable

Twin

Optimize Operations

Deploy for Preventive Maintenance


ANSYS Twin Builder Heating and Cooling Library

ANSYS Twin Builder Fluid Power Library

Introducing new ANSYS Twin Builder packaging

Twin Builder

ProTwin Builder

PremiumTwin Builder

Enterprise

Twin Builder base(Modeling and basic libraries) ✓ ✓ ✓

Dynamic ROM Builder(Incl. build UI and consumption) ✕ ✓ ✓

Runtime Generator (For IIOT platforms like SAP, PTC

and for generic/FMI export)✕ ✕ ✓

Add-On Libraries


Summary and highlights of Innovations in 2109R1

ModelicaUpdate Modelica Diagram for Existing Models

Support Arrays on Modelica Diagram Editor

Linux workflow for Modelica

Show Modelica Text in new Model Editor TAB

Update/Convert Existing Modelica Tutorial Document to Formal on-line Help Format

Modelica libraries - Fluid Power - Hydraulics + Pneumatics

Usability Enhancements for Modelica Editor

ROMsImprovements for ROM Builder Static ROM

Dynamic ROM integration into Twin Builder

Device Characterization

Feature: Improving Average IGBT/MOSFET Speed Phase II

Basic Dynamic Device updated models and examples

EncryptionIEEE VHDL-2008 Encryption

Usability and Performance enhancementsMatlab/Simulink version update co-simulation and export

Page Port Enhancements

Digital Twin/Export

Export and Import for .Twin Model file from Twin Builder (Including Linux workflow)

Encryption/Decryption for FMU to .Twin file

Twin Runtime SDK

State Space Exporting as FMU


Product InnovationsDigital Twin/Export


Twin Builder Runtime Generation Workflow: Compile, Export and Import/Validate a Twin Model

Twin Builder Runtime Generation

Compile, export and import a cross-platform (Windows and Linux) Twin file (extension .twin).

Supports Modelica, FMUs, SCADE Links, Dynamic ROM , Static and DXROMs, State-space ROMs


Twin Runtime SDK allows testing of exported Twin models and deployment to IIoT Platforms

Deploy Phase Benefits and Capabilities

SDK supports the testing and the deployment of Digital Twins on supported IIoT platforms, such as SAP Leonardo IoT, PTC ThingWorx, etc.


Export State-Space ROMs as FMUs

Export State-Space ROMs as FMUs

Support for export of State-Space ROM as FMU is also added to this library.

Exporting workflow for State-Space FMU

Validating FMU results


Product InnovationsROM


Dynamic ROM Builder available in Twin Builder in 2019 R1

Dynamic ROM

Support for building Dynamic ROMs in Twin Builder

UI for ROM building and visualization results

Exportable as Digital Twin


Product InnovationsEncryption


IEEE VHDL Encryption Supported Workflows

Encrypt your Twin Builder VHDL-AMS models and share them without divulging your IP

Simulate encrypted VHDL-AMS models in Twin Builder, also from 3rd

party tools like Mentor Graphics, without the need to decrypt them.

IEEE VHDL-AMS Encryption:Share your models without divulging your IP


Product InnovationsModelica


Model Editor Enhancements for Modelica IDE

Model Editor Enhancements for Modelica IDE


Workflow improvement for Modelica IDE

Workflow improvement for Modelica IDE in 2019 R1

Change class for placed components Use right click to choose & change the definition class

Parameter DescriptionDisplay full parameter description from Modelica libraries

Show Model Text or Documentation Now available through component right click

Edit propertiesEditing properties on Double Click


Workflow improvement for Modelica IDE

Update Library Definitions in Modelica Diagrams of Legacy Models

Update propertiesWhile preserving the instance parameter values

Existing diagram made in an earlier version

Update Object IconInteractively Update Object Icon

from new definitionsRecreate disconnected wires

Updated Diagram


Twin Builder Fluid Power Library

New Add-On Twin Builder Fluid Power Library

New


Product InnovationsDevice Characterization


Twin Builder Fluid Power Library

New Fast Electro-thermal analysis with the Simplified Average IGBT/MOSFET model

Model Thermal Behavior Level Hmin Hmax total iteration Run time(s)

System level IGBT n/a 1us 100us 62018 2.3

Old full average IGBT average 0.1us 100us 1264858 217

Simplified average average 0.1us 100us 151834 18.8

Simplified electrical model without losing accuracy on loss estimation


Product InnovationsUsability and performance enhancements




Documents

ANSYS Twin Builder - FRONTISfrontis.co.kr/wp-content/uploads/2019/05/2019R1-Twin... · 2019-05-03 · 1 © 2017 ANSYS, Inc. January 1, 2019 ANSYS Confidential ANSYS Twin Builder 2019