WÄRTSILÄ SMART TECHNOLOGY COMPANY€¦ · © wärtsilä public wÄrtsilÄ model based design in...
Transcript of WÄRTSILÄ SMART TECHNOLOGY COMPANY€¦ · © wärtsilä public wÄrtsilÄ model based design in...
© Wärtsilä PUBLIC
Tommi Latva41-year old Automation engineer with 22 years of experience in field of automationWorked in automation projects in five continents at all stages from design, installation, commissioning and service.
PRESENTER
MATLAB EXPO 2019 / Tommi Latva8 May 2019
© Wärtsilä PUBLIC
WÄRTSILÄ MODEL BASED DESIGN IN INDUSTRIAL AUTOMATION
3 MATLAB EXPO 2019 / Tommi Latva8 May 2019
AUTONOMOUS POWERPLANT WITH MODEL BASED DESIGNEverything around us is becoming more intelligent and better connected. We envision 100% autonomous energy solutions.
To us this means autonomous powerplant, which removes human from decision making.
These autonomous energy solutions will be able to operate themselves in the optimal way, supporting the journey towards a 100% renewable energy.
© Wärtsilä PUBLIC 8 May 20195
100% AUTONOMOUS
CONNECTED & INTEGRATEDCOMMUNICATING INTERNALLY AND EXTERNALLY
INTELLIGENT CONTROLSOF OUR SOLUTIONS
RELIABILITYSAFE AND AVAILABLE
MODELLINGOUR SOLUTIONS & CONNECTED SYSTEMS
DATACOLLECT, ANALYZE & USE
MATLAB EXPO 2019 / Tommi Latva
© Wärtsilä PUBLIC MATLAB EXPO 2019 / Tommi Latva6
LEGACYCurrent automation system has evolved over 20+ years
Originally designed for small diesel plantsEvolved to complex, multi-fuel, multi-engine plants – latest addition is energy storage and renewables
Drawbacks:Old un-documented code and functionality – not suitable for next generation system foundationToo many project specific options and variants – base is not flexible enough Designed for specific hardware – maintaining knowledge for each system
8 May 2019
© Wärtsilä PUBLIC MATLAB EXPO 2019 / Tommi Latva7
CHALLENGESStarting from a clean table – no design manual availableRemove all legacy restrictions – free your mindVersion handling – function vs system modelsMultiple hardware support – single sourcing not acceptableComprehensive simulating – unit and system levelRequirements for autonomous powerplant – completely new productManage security and risks in critical processes – production is priorityAccurate process modelling – finding the golden middle groundCombination of documentation and models – sharing knowledge is must
8 May 2019
© Wärtsilä PUBLIC
Graphical environment – wider audience with better understandingCode Generation – flexibility in hardware selectionQuality improvement – functionality is verified and code generatedTime to market – shorter development cyclesDigital Twin – understanding the consequences Advanced controls – new tools give endless possibilitiesSupport of Git and CI/CD – IT software development has more to give for industrial worldTesting capabilities – automatic testing enables fast introduce of new functions
MATLAB EXPO 2019 / Tommi Latva8
OVERCOMING THE CHALLENGES USING MBD
8 May 2019
© Wärtsilä PUBLIC
Scripting – able to automate routines makes development fasterCode Generation – focus on content instead of language Language – using IEC instead of C/C++ limits modelling Fidelity – finding the optimal fidelity for you needStateflow – is best tool for PLC engineer
MATLAB EXPO 2019 / Tommi Latva9
EXPERIENCE SO FAR WITH MBD
8 May 2019
© Wärtsilä PUBLIC
Expand to grid side – make autonomous plant to be proactive instead of reactiveArtificial Intelligence in the Energy sector – increase the size of brains Remove automation engineer from development – give power back to process owner High-level programming language – move to language which have possibilities in futureAugmented reality – support for lifecycle
MATLAB EXPO 2019 / Tommi Latva10
VISION FOR THE FUTURE
8 May 2019